Additional Protocol Regulations, 43568-43600 [E8-16815]
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43568
Federal Register / Vol. 73, No. 144 / Friday, July 25, 2008 / Proposed Rules
DEPARTMENT OF COMMERCE
Bureau of Industry and Security
15 CFR Parts 781, 782, 783, 784, 785
and 786
[Docket No. 08021265–8693–01]
RIN 0694–AD26
Additional Protocol Regulations
Bureau of Industry and
Security, Commerce.
ACTION: Proposed rule and request for
comments.
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AGENCY:
SUMMARY: This proposed rule would
implement the provisions of the
Protocol Additional to the Agreement
Between the United States of America
and the International Atomic Energy
Agency (IAEA) for the Application of
Safeguards in the United States of
America (the ‘‘Additional Protocol’’).
The Additional Protocol is an agreement
between the United States and the IAEA
to allow monitoring and reporting of
certain civil nuclear fuel cycle-related
activities.
The Department of Commerce’s
Bureau of Industry and Security (BIS) is
proposing these Additional Protocol
Regulations (APR) to implement the
provisions of the Additional Protocol
affecting U.S. industry and other U.S.
persons engaged in certain civil nuclear
fuel cycle-related activities, which are
not regulated by the U.S. Nuclear
Regulatory Commission (NRC) or its
domestic Agreement States and are not
located on certain U.S. government
locations. The proposed APR describe
the requirement to report such activities
to BIS, the scope and conduct of IAEA
complementary access to locations at
which such civil nuclear fuel cyclerelated activities take place, and the role
of BIS in implementing the Additional
Protocol in the United States. The
impact of the APR on U.S. industry and
other U.S. persons will involve the
submission of initial reports, annual
update reports, and other reporting
requirements, as well as on-site
activities in conjunction with
complementary access. Other U.S.
government agencies issuing regulations
implementing other provisions of the
Additional Protocol include the Nuclear
Regulatory Commission, the Department
of Energy, and the Department of
Defense.
Comments must be received by
August 25, 2008.
ADDRESSES: You may submit comments,
identified by RIN 0694–AD26, by any of
the following methods:
DATES:
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• Federal eRulemaking Portal: https://
www.regulations.gov. Follow the on-line
instructions for submitting comments.
• E-mail:
publiccomments@bis.doc.gov. Include
‘‘RIN 0694–AD26’’ in the subject line of
the message.
• Fax: (202) 482–3355. Please alert
the Regulatory Policy Division, by
calling (202) 482–2440, if you are faxing
comments.
• Mail or Hand Delivery/Courier:
Willard Fisher, U.S. Department of
Commerce, Bureau of Industry and
Security, Regulatory Policy Division,
14th St. & Pennsylvania Avenue, NW.,
Room 2705, Washington, DC 20230,
Attn: RIN 0694–AD26.
FOR FURTHER INFORMATION CONTACT: For
questions of a general or regulatory
nature, contact the Regulatory Policy
Division, telephone: (202) 482–2440.
For program information on reports and
complementary access, contact Jill
Shepherd, Treaty Compliance Division,
Office of Nonproliferation and Treaty
Compliance, telephone: (202) 482–1001.
For legal questions, contact Rochelle
Woodard, Office of the Chief Counsel
for Industry and Security, telephone:
(202) 482–5301.
SUPPLEMENTARY INFORMATION:
Background
I. Origins and Overview of the
Additional Protocol
The requirement for a comprehensive
international safeguards system to
prevent the spread of nuclear weapons
was first established by the Treaty on
the Non-Proliferation of Nuclear
Weapons (NPT). The NPT was signed by
the United States on July 1, 1968, and
entered into force on March 5, 1970.
The treaty banned nuclear weapon
states (NWS) from transferring nuclear
weapons to non-nuclear weapon states
(NNWS) or assisting NNWS in acquiring
such weapons. It also banned NNWS
from manufacturing or acquiring
nuclear weapons and stipulated that
each NNWS Party to the NPT would
undertake to accept safeguards, as set
forth in an agreement to be negotiated
and concluded with the International
Atomic Energy Agency (IAEA), which
serves as the official international
verification authority for the
implementation of safeguards
agreements concluded pursuant to the
NPT. Although NWS, including the
United States, are not obligated under
the NPT to accept IAEA safeguards, all
have voluntarily offered to accept
safeguards on certain activities to
encourage NNWS to meet their
obligations. The IAEA completed
formulation of detailed provisions for a
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model NPT Safeguards Agreement in
1971. The safeguards system, as
embodied in the comprehensive
safeguards agreements concluded
between the IAEA and individual
NNWS States Parties to the NPT,
consists of nuclear material accountancy
and nuclear material verification
measures by which the IAEA
independently verifies declarations
made by individual States Parties about
their nuclear material and activities to
ensure that nuclear material inventories
and flows have been accurately declared
and are not being used to further any
proscribed purpose.
During deliberations on the NPT,
several major industrialized nations
expressed concern that the absence of
requirements for IAEA safeguards in
NWS would place NNWS at a
commercial and industrial disadvantage
in developing nuclear energy for
peaceful purposes. Specifically, the
NNWS were concerned that application
of safeguards would interfere with the
efficient operations of their commercial
activities and would possibly
compromise industrial and trade secrets
as a result of access by IAEA inspectors
to their facilities and records. In order
to allay these concerns, the United
States voluntarily offered in 1967 to
permit the IAEA to apply safeguards to
civil nuclear facilities in the United
States. The U.S. ‘‘Voluntary Offer’’ is set
forth in the ‘‘Agreement Between the
United States of America and the
International Atomic Energy Agency for
the Application of Safeguards in the
United States of America’’ (also known
as the ‘‘U.S.-IAEA Safeguards
Agreement’’). Since then, the other four
NWS recognized under the NPT (China,
France, the Russian Federation, and the
United Kingdom) also agreed to make
all or part of their civil nuclear activities
eligible for IAEA safeguards.
The U.S.-IAEA Safeguards Agreement
was signed on November 18, 1977, and
entered into force on December 9, 1980.
At that time, the United States
submitted to the IAEA a list of more
than 200 eligible facilities for which
safeguards could be applied if selected
by the IAEA. This list included facilities
licensed by the U.S. Nuclear Regulatory
Commission (NRC), as well as eligible
Department of Energy facilities. The
United States has added additional
facilities to the eligible facilities list
since that time. Under the U.S.-IAEA
Safeguards Agreement, approximately
eighteen facilities have been selected for
safeguards inspection and/or monitoring
since 1981.
Although the U.S.-IAEA Safeguards
Agreement is based on the model
safeguards agreement developed by the
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IAEA, the terms of the U.S.-IAEA
Safeguards Agreement and the
obligations of NNWS parties to the NPT
differ in several respects. First, the U.S.IAEA Safeguards Agreement excludes
nuclear facilities associated with
activities of direct national security
significance. Also, the United States
decides which civil nuclear facilities are
eligible for the full program of
safeguards procedures (including
routine inspections) and the IAEA
decides which eligible facilities will be
selected for the application of
safeguards, although the IAEA need not
select any. Furthermore, the United
States has made separate commitments
to provide to the IAEA, for safeguards
purposes, information on exports of
nuclear material and nuclear-related
equipment and materials.
In the aftermath of the 1991 Persian
Gulf War, the IAEA determined that Iraq
had been engaged in a clandestine
nuclear weapons development program
at locations not directly subject to
routine IAEA safeguards inspections.
The international community
determined that the safeguards system
needed to be strengthened, and
negotiated a Model Additional Protocol
to amend existing bilateral safeguards
agreements (i.e., the ‘‘Model Protocol
Additional to the Agreement(s) Between
State(s) and the International Atomic
Energy Agency for the Application of
Safeguards,’’ INFCIRC/540 (Corrected)
September 1997). The Model Additional
Protocol requires enhanced information
collection and access to sites and other
locations involved in nuclear fuel cyclerelated activities and covers almost all
of a state’s nuclear fuel cycle, thereby
providing IAEA inspectors with greater
ability to detect clandestine nuclear
activities in NNWS facilities, sites, and
locations that are involved in nuclear
fuel cycle activities. In an effort to
encourage adoption of the Additional
Protocol among NNWS, the United
States signed the Additional Protocol on
June 12, 1998. In the Additional
Protocol, the United States accepts all of
the measures of the Model Additional
Protocol, except where their application
would result in access by the IAEA to
activities of direct national security
significance to the United States or to
locations or information associated with
such activities. By subjecting itself to
the same safeguards on all of its civil
nuclear activities that NNWS are subject
to (with the exception of those activities
of direct national security significance),
the United States intends to encourage
widespread adherence to the Model
Additional Protocol and demonstrate
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that adherence does not place other
countries at a commercial disadvantage.
The Additional Protocol will enter
into force when the United States
notifies the IAEA that the statutory and
constitutional requirements for entry
into force have been met. These
requirements include: (1) Ratification, to
which the Senate provided advice and
consent with certain conditions and
understandings on March 31, 2004; (2)
enactment of implementing legislation,
which was signed by the President on
December 18, 2006 (The U.S. Additional
Protocol Implementation Act of 2006
(Pub. L. 109–401, 120 Stat. 2726 (2006));
(3) issuance of an Executive Order,
which was issued on February 5, 2008;
(4) issuance of agency regulations by the
Departments of Commerce, Defense, and
Energy, and by the Nuclear Regulatory
Commission (DOC, DOD, DOE, and
NRC); and (5) certification by the
President that certain Senate conditions
have been met. The United States’
instrument of ratification may be
deposited with the IAEA only after the
President has certified that two Senate
conditions, which address the
application of the national security
exclusion in Articles 1.b and 1.c of the
Additional Protocol (i.e., managed
access, security and counter-intelligence
training, and preparation at locations of
direct national security significance)
and the completion of site vulnerability
assessments concerning activities,
locations, and information of direct
national security significance, will be
met within 180 days after deposit of the
United States’ instrument of ratification.
The Additional Protocol consists of
the following articles and annexes:
Article 1: Relationship between the
Additional Protocol and the U.S.-IAEA
Safeguards Agreement
Articles 2 and 3: Provision of information
Articles 4 through 10: Complementary access
Article 11: Designation of IAEA inspectors
Article 12: Visas
Article 13: Subsidiary arrangements
Article 14: Communications systems
Article 15: Protection of confidential
information
Article 16: Annexes
Article 17: Entry into force
Article 18: Definitions
Annex I: List of activities referred to in the
Additional Protocol
Annex II: List of specified equipment and
non-nuclear material for reporting of
exports and imports
The Additional Protocol requires the
United States to declare to the IAEA a
number of nuclear fuel cycle-related
items, materials, and activities that may
be used for peaceful nuclear purposes,
but that also could be necessary
elements for a nuclear weapons
program. In order to obtain the
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information necessary to complete the
U.S. declaration to the IAEA, the U.S.
Government must collect reports from
U.S. industry and other U.S. persons.
U.S. declarations submitted under the
Additional Protocol would provide the
IAEA with information about additional
aspects of the U.S. civil nuclear fuel
cycle, including: mining and
concentration of nuclear ores; nuclearrelated equipment manufacturing,
assembly, or construction; imports,
exports, and other activities involving
certain source material (i.e., source
material that has not reached the
composition and purity suitable for fuel
fabrication or for being isotopically
enriched); imports and exports of
specified nuclear equipment and nonnuclear material; nuclear fuel cyclerelated research and development
activities not involving nuclear material;
and other activities involving nuclear
material not currently subject to the
U.S.–IAEA Safeguards Agreement.
Within 180 days after deposit of the
United States’ instrument of ratification
of the Additional Protocol, the United
States must submit to the IAEA a
declaration containing information
compiled from the Initial Reports
submitted to BIS in accordance with the
proposed requirements of Section
783.1(a) of the APR. Thereafter, by May
15th of each succeeding year, the United
States must submit to the IAEA a
declaration containing an annual update
to the information contained in previous
U.S. declarations to the IAEA. The U.S.
annual declaration to the IAEA will
contain information compiled, for the
most part, from the Annual Update
Reports submitted to BIS in accordance
with the proposed requirements of
Section 783.1(b) of the APR.
The Additional Protocol provides that
there shall be no mechanistic or
systematic verification of information
contained in the U.S. declaration (e.g.,
there is no provision for routine
inspections). However, the United
States would be required to provide the
IAEA with access (referred to as
‘‘complementary access’’) to civil
nuclear fuel cycle-related locations and
activities, under certain circumstances,
as defined in the Additional Protocol.
Such access would be designed to
ensure the absence of undeclared
nuclear material and activities at
declared sites where nuclear facilities or
materials are located or to address a
question about the completeness or
correctness of the U.S. declaration or an
inconsistency related to the information
contained therein. In the latter instance,
access generally would be requested
only if a question or inconsistency in
the U.S. declaration could not be
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resolved through consultation between
the United States and the IAEA. The
APR contain requirements administered
by the Department of Commerce’s
Bureau of Industry and Security to
implement the Additional Protocol.
Additional U.S. obligations under the
Additional Protocol are administered by
other U.S. government agencies as
designated by the President of the
United States.
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A. Part 781—General Information and
Overview of the APR
The Additional Protocol Regulations
(15 CFR chapter VII, subchapter D), or
APR, would implement certain
obligations of the United States under
the Additional Protocol. Part 781
contains definitions of terms used in the
APR, describes the purpose and scope of
the APR, and provides an overview of
the activities regulated under the APR.
B. Part 782—General Information
Regarding Reporting Requirements and
Procedures
The Additional Protocol augments the
existing U.S.-IAEA Safeguards
Agreement by requiring the United
States to provide the IAEA with
information on civil nuclear and
nuclear-related items, materials, and
activities not presently covered by the
U.S.-IAEA Safeguards Agreement. The
items, materials, and activities that must
be declared include the following:
mining and milling activities involving
the production or processing of
materials that could serve as feed
material for the civil nuclear fuel cycle
(i.e., uranium and thorium); nuclearrelated equipment manufacturing;
exports and imports of nuclear-related
equipment and nuclear-related nonnuclear material; and civil nuclear fuel
cycle-related research and development
(R&D) activities not involving nuclear
material. To enable the United States to
collect the information necessary to
prepare the U.S. declaration to the
IAEA, BIS is publishing the APR to
establish reporting requirements for U.S.
industry and other U.S. persons
concerning civil nuclear and nuclearrelated items, materials, and activities
that must be declared under the
Additional Protocol.
Part 782 of the APR contains a brief
overview of the reporting and
compliance review requirements in the
APR, identifies who is responsible for
submitting the reports required under
the APR, and provides information on
how to determine which activities
would be subject to the APR reporting
requirements, including instructions on
where and how to submit activity
determination requests to BIS. Part 782
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also explains how to obtain the forms
needed to submit reports required by
the APR and where to submit the
reports.
C. Part 783—Reporting Requirements for
Nuclear Fuel Cycle-Related Activities
Not Involving Nuclear Materials
Part 783 contains a comprehensive
description of the reporting
requirements under the APR, including
which activities must be reported, who
must submit reports, the types of reports
that must be submitted (e.g., Initial
Report, Annual Update Report, Export
Report, Import Confirmation Report,
Supplemental Information Report—the
latter would be submitted in response to
BIS notification of an IAEA request for
amplification or clarification of
information), the types of changes that
would require the submission of an
Amended Report to BIS, when a No
Changes Report may be submitted in
lieu of an Annual Update Report, the
APR forms required and the procedures
that must be followed to prepare and
submit these reports, and the deadlines
for submitting these reports to BIS.
Section 783.1(a) of the APR would
establish initial reporting requirements
under the APR. You must submit an
Initial Report to BIS, no later than 30
calendar days following the date of
publication of the rule that establishes
the APR, if you are engaged in any of
the civil nuclear fuel cycle-related
activities described in Section 783.1(a)
of the APR on the date of publication.
In this instance, your Initial Report must
describe only those activities in which
you are engaged as of the date of
publication, except that the description
of activities involving uranium hardrock mines must include any such
mines that were closed down during the
calendar year in which the rule
establishing the APR was published (up
to and including the date of publication)
as well as mines that were in either
operating or suspended status on the
date of publication. The period of time
covered by your Initial Report must
include the calendar year in which the
APR are promulgated (up to and
including the date of publication).
For any calendar year that follows the
year in which the rule establishing the
APR is published, you must submit an
Initial Report to BIS if you commenced
civil nuclear fuel cycle-related activities
described in Section 783.1(a) of the APR
at your location, during the previous
calendar year, and have not previously
reported such activities to BIS. You may
include such activities in your Annual
Update Report, in lieu of submitting a
separate Initial Report, if you also have
an Annual Update Report requirement
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for the same location that covers the
same reporting period (Annual Update
Report requirements are addressed in
the discussion of Section 783.1(b),
below).
Section 783.1(a)(1) of the APR
contains two separate reporting
requirements that apply to civil nuclear
fuel cycle-related research and
development activities, as defined in
Section 781.1 of the APR, that do not
involve nuclear material. Section
783.1(a)(1)(i) of the APR describes the
initial reporting requirement for any
such civil activities that were funded,
specifically authorized or controlled by,
or carried out on behalf of, the United
States. Section 783.1(a)(1)(ii) of the APR
describes the initial reporting
requirement for any such activities that
were specifically related to civil
enrichment, reprocessing of nuclear
fuel, or the processing of intermediate or
high-level waste containing plutonium,
high enriched uranium or uranium-233
and that were not funded, specifically
authorized or controlled by, or carried
out on behalf of the United States.
Reports on these activities must include
a general activity description and
location information. The provisions of
Section 783.1(a)(1)(i) and (a)(1)(ii) are
intended to address the information
requirements described in Articles 2.a(i)
and 2.b(i), respectively, of the
Additional Protocol.
Section 783.1(a)(2) of the APR
describes the initial reporting
requirement for civil nuclear-related
manufacturing, assembly, and
construction activities (e.g., the
manufacture of centrifuge rotor tubes,
diffusion barriers, zirconium tubes,
nuclear grade graphite, and reactor
control rods). The specific activities
subject to this APR reporting
requirement are listed in detail in
Supplement No. 2 to Part 783 of the
APR, which corresponds to Annex I of
the Additional Protocol. For these
locations, the APR require a description
of the scale of operations for each
location engaged in any of the activities
described in Supplement No. 2 to Part
783. This information need not be
detailed, but should include the
organization’s name, location, a brief
description of operations, and the
estimated current annual production.
The provisions of Section 783.1(a)(2) are
intended to address the information
requirements described in Article 2.a(iv)
of the Additional Protocol.
Section 783.1(a)(3) of the APR
describes the initial reporting
requirement for U.S. uranium hard-rock
mining activities, consistent with
information requirements described in
Article 2.a(v) of the Additional Protocol.
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Uranium hard-rock mines are required
to report to BIS their location,
operational status, estimated annual
production capacity, and current annual
production. For Initial Reports
submitted during the calendar year in
which the APR are promulgated, this
reporting requirement applies to any
mines that were closed down during
that calendar year (up to and including
the date of publication of the APR), as
well as mines in either operating or
suspended status on the date that the
rule establishing the APR is published.
Mines that were closed down prior to
the calendar year in which the APR are
promulgated do not have a reporting
obligation.
Section 783.1(b) of the APR would
establish annual reporting requirements
under the APR. If you submit an Initial
Report to BIS, in accordance with
Section 783.1(a) of the APR, and your
Initial Report does not indicate that all
civil nuclear fuel cycle-related activities
described therein have ceased at your
location, Section 783.1(b) of the APR
would require that you submit an
Annual Update Report to BIS for each
calendar year that follows the year
covered by your Initial Report. This
Annual Update Report requirement will
continue to apply for as long as you
engage in activities subject to the APR
reporting requirements. If your location
subsequently ceases to engage in
activities subject to the APR reporting
requirements, you would still be
required to submit an Annual Update
Report covering the calendar year in
which you ceased to engage in such
activities. Section 783.1(b)(2) of the APR
provides that a No Changes Report may
be submitted, in lieu of an Annual
Update Report, when there are no
changes with respect to your location
and civil nuclear fuel cycle-related
activities during the previous calendar
year. If your Initial Report or most
recent Annual Update Report indicates
that all civil nuclear fuel cycle-related
activities described therein have ceased
at your location, and no other reportable
activities have occurred during the
previous calendar year, then you would
not have a reporting requirement under
Section 783.1(a) or (b) of the APR.
Initial Reports describing reportable
civil nuclear fuel cycle-related activities
identified in Section 783.1(a) of the APR
would need to be submitted to BIS no
later than 30 calendar days following
the date of publication of the rule
establishing the APR, if you are engaged
in any such civil nuclear fuel cyclerelated activities on the date of
publication. Any such activities that
commence after the date of publication
of the rule establishing the APR must be
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reported to BIS no later than January 31
of the year following the calendar year
in which the activities took place. If you
are subject to an Annual Update Report
requirement for the same location and
covering the same reporting period, you
may include these additional activities
in your Annual Update Report, in lieu
of submitting a separate Initial Report.
Annual Update Reports must be
submitted to BIS by January 31st of the
year following any calendar year in
which reportable fuel cycle-related
activities took place. No Changes
Reports must be submitted to BIS by
January 31st of the year following any
calendar year in which reportable
nuclear fuel cycle-related activities took
place.
Section 783.1(c) and (d), respectively,
of the APR describe the reporting
requirements that would apply to
exports and imports of equipment or
non-nuclear material identified in
Supplement No. 3 to Part 783 of the
APR. The equipment and non-nuclear
material in Supplement No. 3 are
derived from the Zangger Committee
Trigger List (IAEA INFCIRC/254/Rev.8/
Part 1, Annex B)—the Trigger List
defines goods specially designed for
nuclear use that, along with nuclearrelated dual-use materials, equipment,
software and related technology, are
subject to export controls administered
by member states of the Nuclear
Suppliers Group (NSG). If you export
any of the items listed in Supplement
No. 3 to Part 783, you must submit an
Export Report to BIS no later than 15
days following the end of the calendar
quarter in which the items were
exported—therefore, Export Reports
must be submitted to BIS no later than
January 15th, April 15th, July 15th, and/
or October 15th each year. You will be
notified by BIS if an Import
Confirmation Report is required under
the APR. BIS will provide such
notification only upon receipt of a
request from the IAEA for information
to verify imports. For each import of
equipment or non-nuclear material
listed in Supplement No. 3 to Part 783,
you must submit an Import
Confirmation Report to BIS no later than
30 calendar days following the date that
you receive notification of this
requirement. The provisions of Section
783.1(c) and (d) are intended to address
the information requirements described
in Article 2.a(ix)(b) of the Additional
Protocol.
Section 783.1(e) of the APR describes
the requirements that would apply to a
Supplemental Information Report. If the
IAEA specifically requests amplification
or clarification concerning any
information provided in the U.S.
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declaration that is based on your
report(s), BIS will send you written
notification requiring that you report to
BIS additional information concerning
the activities that you previously
reported and any other activities
conducted at your location or building
that would be relevant for the purpose
of addressing the IAEA’s request for
amplification or clarification of
information.
Section 783.2 of the APR describes
the circumstances under which an
Amended Report would need to be
submitted to BIS. Section 783.2(a) of the
APR would require that an Amended
Report be submitted to BIS no later than
30 calendar days following the date that
you discover an error or omission in
your most recent report that involves
information concerning an activity
subject to the reporting requirements in
Section 783.1(a) or (b) of the APR.
Section 783.2(b) of the APR would
require that an Amended Report be
submitted to BIS no later than 30
calendar days after any changes to
company and location information, such
as the company’s designated contact
person (for reporting and
complementary access purposes), the
name or mailing address of the
company, the owner/operator of the
location, or the owner of the company.
Section 783.2(d) of the APR would
require that an Amended Report be
submitted to BIS no later than 30
calendar days following the date that
you received written notification from
BIS to provide information requested by
the IAEA following complementary
access to the location.
D. Part 784—Complementary Access
Part 784 of the APR describes the
purpose of complementary access by the
IAEA and identifies the types of
locations that may be subject to
complementary access under the APR.
Any location that would be required to
submit an Initial Report, Annual Update
Report, or No Changes Report to BIS,
pursuant to Part 783 of the APR, is a
reportable location and may be subject
to complementary access by the IAEA.
The fact that a location would be
required to submit a report to BIS does
not automatically trigger
complementary access by the IAEA,
although it may provide the basis for
complementary access. Information that
has been reported to BIS and included
in the U.S. declaration will be analyzed
by the IAEA before the IAEA makes a
decision on whether or not to request
complementary access to a particular
location. In addition to providing the
IAEA with complementary access to
reportable locations, Part 784 of the APR
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provides that other locations specified
by the IAEA may be subject to
complementary access.
The specific purpose of
complementary access will be location
dependent. In the case of uranium hardrock mine locations, the purpose of
complementary access is limited to
enabling the IAEA to verify, on a
selective basis, the absence of
undeclared nuclear material and nuclear
related activities. For all other locations
subject to the APR (e.g., locations
involved in reportable civil nuclear fuel
cycle-related research and development
or manufacturing activities, other
locations specified by the IAEA), the
purpose of complementary access is
limited to allowing the IAEA to resolve
questions relating to the correctness and
completeness of the information
provided in the U.S. declaration or to
resolve inconsistencies relating to that
information. Complementary access
normally will not be scheduled for the
latter type of location until after the
IAEA has provided the United States
with an opportunity to clarify or resolve
the question or inconsistency in the U.S.
declaration.
Part 784 of the APR defines the role
of BIS in notifying locations that will be
subject to complementary access and
acting as host to the IAEA Team during
complementary access. A BIS Host team
(augmented by other agency
representatives, as appropriate) will
accompany the IAEA inspectors during
their activities at the location. In
addition, a BIS Advance Team, upon
receiving advance notice from the IAEA
of complementary access, may deploy to
the location to assist in preparing
personnel and implementing
appropriate measures to protect
confidential business and other critical
information.
Part 784 also provides specific
information on the scope and conduct of
complementary access, such as the
kinds of activities that may be carried
out by the IAEA Team (e.g., the
circumstances under which the IAEA
Team will be granted physical access to
records and visual access to facilities).
In addition, Part 784 describes the
circumstances under which the Host
Team will implement managed access
measures during IAEA complementary
access. Managed access will protect
activities of direct national security
significance to the United States, as well
as locations or information associated
with such activities. It is also designed
to prevent the dissemination of
proliferation sensitive information, to
meet safety or physical protection
requirements, and to protect proprietary
or commercially sensitive information.
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E. Part 785—Enforcement
Part 785 contains definitions of
enforcement-related terms and describes
the scope of the enforcement activities
that would be authorized under the
APR, including the types of violations
subject to the APR, administrative and
criminal proceedings, hearings,
representation, paperwork, summary
decisions, discovery, subpoenas, matters
protected against disclosure, procedural
stipulations, extensions, post-hearing
submissions, decisions, settlements,
payment of assessments, and how to
report a violation.
F. Part 786—Records and
Recordkeeping
Part 786 describes the APR
recordkeeping requirements, including
the types of records that would need to
be retained, required retention periods,
acceptable media for record storage,
records inspection procedures,
accessibility of records, and disposal of
records.
G. Part 787—Interpretations
Part 787 is reserved for future
interpretations of parts 781 through 786
of the APR and also for Subsidiary
Arrangements to the Additional
Protocol.
Rulemaking Requirements
1. This proposed rule has been
determined to be significant for
purposes of Executive Order 12866.
2. Notwithstanding any other
provision of law, no person is required
to, nor shall any person be subject to a
penalty for failure to comply with a
collection of information, subject to the
Paperwork Reduction Act (PRA), unless
that collection of information displays a
currently valid OMB Control Number.
This rule proposes a collection of
information subject to the requirements
of the Paperwork Reduction Act of 1995
(44 U.S.C. 3501 et seq.). The information
collection contained in this proposed
rule is part of a joint information
collection by the Bureau of Industry and
Security (BIS) of the Department of
Commerce (DOC), in accordance with
the proposed Additional Protocol
Regulations (APR) (15 CFR parts 781–
799), and the Nuclear Regulatory
Commission (NRC), in accordance with
amendments to its regulations in 10 CFR
part 75 and 10 CFR part 110. BIS has
submitted this proposed collection to
the Office of Management and Budget
for approval. A total of approximately
129 respondents are expected to be
subject to the information collection
requirements set forth in these BIS and
NRC rules. These information collection
requirements are expected to involve an
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estimated 3,357 total burden hours per
annum at a total estimated cost of
$139,142 per annum. The estimated
total burden hours per annum include
the time for reviewing instructions,
searching existing data sources,
gathering and maintaining the data
needed, and completing and reviewing
the collection of information.
Public comment is sought regarding:
Whether this proposed collection of
information is necessary for the proper
performance of the functions of the
agency, including whether the
information shall have practical utility;
the accuracy of the burden estimate;
ways to enhance the quality, utility, and
clarity of the information to be
collected; and ways to minimize the
burden of the collection of information,
including through the use of automated
collection techniques or other forms of
information technology. Send comments
regarding this burden estimate or any
other aspects of this collection of
information, including suggestions for
reducing the burden, to David Rostker,
Office of Management and Budget
(OMB), by e-mail to
David_Rostker@omb.eop.gov or by fax to
(202) 395–7285, and to Willard Fisher,
Regulatory Policy Division, Bureau of
Industry and Security, Department of
Commerce, as indicated in the
ADDRESSES section of this rule.
The DOC’s Office of Strategic
Industries and Economic Security (SIES)
conducted a study in order to obtain an
estimate of the number of U.S.
companies, organizations, and other
U.S. persons that would be subject to
reporting requirements under the BIS
and NRC rules. This study, along with
reviews conducted by the NRC on
activities conducted by its licensees,
indicated that potentially 119 locations
and 10 sites at International Atomic
Energy Agency (IAEA) Selected
Facilities from the U.S. Eligible
Facilities List licensed by the NRC (an
estimated total of 129 respondents)
would have reporting requirements
pursuant to DOC and NRC regulations
under the Additional Protocol.
The information collection
requirements in the BIS and/or NRC
rules consist of the following activities:
(1) Additional Protocol (AP)-related
reporting activities (e.g., activities
involving the completion and
submission of AP-related reports using
forms contained in handbooks described
below), (2) complementary access
activities (e.g., activities involving IAEA
inspection team access to locations and
sites subject to AP-related reporting
requirements), and (3) compliance
review activities (e.g., activities
involving BIS requests for information
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from persons and locations subject to
the APR to determine compliance with
APR reporting and recordkeeping
requirements).
The estimated information collection
burden associated with the proposed
AP-related reporting activities is
expected to total 2,161 burden hours per
year, at a total cost to respondents of
$96,467 per annum, as follows: 2,161
burden hours × $37.20/hour (employee
salaries) × 1.2 (20% overhead) = $96,467
estimated annual cost.
The estimated information collection
burden associated with the proposed
complementary access activities is
expected to total 1,153 burden hours per
year, at a total cost to respondents of
$32,070 per annum, as follows: First,
576.33 (burden hours per
complementary access) × 2 (locations
per calendar year) = 1,153 total burden
hours and, second, $16,035 (estimated
cost per complementary access) × 2
(locations per calendar year) = $32,070
estimated annual cost.
The estimated information collection
burden associated with the proposed
compliance review activities is expected
to total 43 burden hours per year, at a
total cost to respondents of $1,897 per
annum, as follows: 42.5 burden hours ×
$37.20/hour (employee salaries) × 1.2
(20% overhead) = $1,897.20 annual
estimated cost.
In addition, this proposed rule
contains a recordkeeping requirement of
3 years, which would involve a total
estimated recordkeeping cost of
$8,707.50 per annum, as follows: 1.5
square feet (average office space
occupied by storage cabinet containing
AP-related records) × $45/square foot
(average cost of office space utilized for
storage) × 129 reports (estimated
number of locations required to submit
AP-related reports) = $8,707.50 annual
estimated cost.
Based on the estimates provided
above, the annual burden hours of this
information collection are expected to
total 3,357 burden hours, as follows:
2,161 (estimated annual burden hours
for AP-related reporting activities) +
1,153 (estimated annual burden hours
for complementary access activities) +
43 (estimated annual burden hours for
compliance review activities) = 3,357
total estimated annual burden hours for
all AP-related information collection
activities. (Note: The AP-related
recordkeeping burden estimate is based
upon cost of storage space rather than
burden hours.)
Based on the estimates provided
above, the annual cost of this
information collection is expected to
total $139,142, as follows: $96,467
(estimated annual cost for AP-related
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reporting activities) + $32,070
(estimated annual cost for
complementary access activities) +
$1,897.20 (estimated annual cost for
compliance review activities) +
$8,707.50 (estimated annual cost of APrelated recordkeeping requirements) =
$139,142 total estimated annual cost for
all AP-related information collection
activities.
The AP requires the United States to
declare to the IAEA a number of
commercial nuclear and nuclear-related
items, materials, and activities that may
be used for peaceful nuclear purposes,
but that also would be necessary
elements for a nuclear weapons
program. Executive Order (E.O.) 13458
of February 5, 2008, designates the DOC
as the lead agency responsible for
collecting data required under the AP
from the commercial nuclear industry
and other U.S. persons, except for data
involving activities or locations subject
to the licensing jurisdiction of the NRC.
The E.O. designates the NRC as the lead
agency responsible for collecting data
required under the AP from those
persons, locations, and sites subject to
its licensing jurisdiction. In addition,
National Security Policy Directive 57
(February 4, 2008) designated DOC as
the lead agency responsible for
managing the collection and aggregation
of all data reported to the U.S.
Government for the purpose of
preparing the U.S. AP declaration for
submission to the IAEA.
BIS has developed two separate
handbooks (one for locations and the
other for sites of IAEA-selected
facilities) that will provide guidance on
how to complete and submit the forms
required under the APR. These
handbooks identify the specific forms
that must be included in each type of
report package that must be submitted
to BIS or the NRC. The specific forms
in each handbook are identified below.
LIST OF FORMS CONTAINED IN REPORT
HANDBOOK FOR LOCATIONS
LIST OF FORMS CONTAINED IN REPORT
HANDBOOK FOR LOCATIONS—Continued
Form
Description of information collected on form
AP–7 ........
Information on concentration
plants.
Holdings of impure source materials.
Imports and exports of impure
source materials.
Holdings of safeguards-exempted materials.
Location of safeguards-terminated materials.
Processing of safeguards-terminated waste materials.
Exports of specified equipment
and non-nuclear material.
Imports of specified equipment
and non-nuclear material.
Supplemental information report.
Continuation.
No Changes Report.
AP–8 ........
AP–9 ........
AP–10 ......
AP–11 ......
AP–12 ......
AP–13 ......
AP–14 ......
AP–15 ......
AP–16 ......
AP–17 ......
LIST OF FORMS CONTAINED IN REPORT
HANDBOOK FOR SITES
Form
AP–A
AP–B
AP–C
AP–D
.....................
.....................
.....................
.....................
AP–E .....................
AP–F .....................
AP–G .....................
AP–H .....................
AP–I ......................
AP–J ......................
AP–K .....................
Form
Description of information collected on form
AP–L .....................
AP–1 ........
AP–2 ........
AP–3 ........
Certification.
Contact Information.
Research and Development with
U.S. Government (USG) Involvement.
Research and Development
without U.S. Government Involvement.
Nuclear-related manufacturing,
assembly and construction activities.
Information on uranium hard
rock mines.
AP–M ....................
AP–4 ........
AP–5 ........
AP–6 ........
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AP–N .....................
AP–O .....................
AP–P .....................
AP–Q .....................
Description of information collected on form
Certification.
Contact Information.
Building information.
Research and Development with U.S. Government Involvement.
Research and Development without U.S.
Government Involvement.
Nuclear-related manufacturing, assembly
and construction activities.
Information on concentration plants.
Holdings of impure
source materials.
Imports and exports of
impure source materials.
Holdings of safeguardsexempted materials.
Location of safeguardsterminated materials.
Processing of safeguards-terminated
waste materials.
Exports of specified
equipment and nonnuclear material.
Imports of specified
equipment and nonnuclear material.
Supplemental information report.
Continuation.
No Changes Report.
3. This rule does not contain policies
with Federalism implications as that
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term is defined in Executive Order
13132.
4. The Regulatory Flexibility Act
(RFA), as amended by the Small
Business Regulatory Enforcement
Fairness Act of 1996 (SBREFA), 5 U.S.C.
601 et seq., generally requires an agency
to prepare a regulatory flexibility
analysis of any rule subject to the notice
and comment rulemaking requirements
under the Administrative Procedure Act
(5 U.S.C. 553) or any other statute,
unless the agency certifies that the rule
will not have a significant economic
impact on a substantial number of small
entities. Under section 605(b) of the
RFA, however, if the head of an agency
certifies that a rule will not have a
significant economic impact on a
substantial number of small entities, the
statute does not require the agency to
prepare a regulatory flexibility analysis.
Pursuant to section 605(b), the Chief
Counsel for Regulations, Department of
Commerce, certified to the Chief
Counsel for Advocacy, Small Business
Administration, that this proposed rule,
if promulgated, will not have a
significant economic impact on a
substantial number of small entities for
the reasons explained below.
Consequently, BIS has not prepared a
regulatory flexibility analysis.
Small entities include small
businesses, small organizations and
small governmental jurisdictions. For
purposes of assessing the impacts of this
proposed rule on small entities, small
entity is defined as: (1) A small business
according to RFA default definitions for
small business (based on SBA size
standards), (2) a small governmental
jurisdiction that is a government of a
city, county, town, school district or
special district with a population of less
than 50,000, and (3) a small
organization that is any not-for-profit
enterprise which is independently
owned and operated and is not
dominant in its field. BIS has
determined that this final rule would
affect only the first and third categories
of small entities (i.e., small businesses
and small organizations).
The DOC’s Office of Strategic
Industries and Economic Security (SIES)
conducted a study to obtain an estimate
of the number of U.S. businesses,
organizations, and other U.S. persons
that would be subject to the information
collection and recordkeeping
requirements that BIS and the NRC
would have to establish in order to meet
U.S. obligations under the AP. This
study, along with reviews conducted by
the NRC on activities conducted by its
licensees, indicated that potentially 119
locations and 10 sites at IAEA-Selected
Facilities from the U.S. Eligible
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Facilities List licensed by the NRC (an
estimated total of 129 respondents)
would have reporting requirements
pursuant to DOC and NRC regulations
under the AP. The study indicated that
the majority of the businesses or
organizations most likely to be impacted
by the entry-into-force of the AP would
fall into the following categories: (1)
Colleges and universities, (2) nuclear
fuel manufacturers and utility
companies, (3) mining and milling
companies, and (4) corporate entities
and contractors involved in research
and development, manufacturing,
assembly and construction activities.
Although BIS estimates that the majority
of these businesses and organizations
are substantially sized entities, having
more than 500 employees, BIS does not
have sufficient information on these
businesses and organizations to
definitively characterize them as large
entities.
The Small Business Administration
(SBA) has established standards for
what constitutes a small business, with
respect to each of the Standard
Industrial Classification (SIC) code
categories. For example, a business in
the uranium mining industry (NAICS
Code: 212291, SIC Code: 1094) is
considered by SBA to be a small
business if it is independently owned
and operated and not dominant in its
field of operation and it employs 500 or
fewer persons on a full-time basis, parttime, temporary, or other basis. The
Mine Safety and Health Administration
(MSHA) estimates that approximately
99.8% of the metal/non-metal mining
industry would qualify as small
businesses. However, many of the
uranium mining and milling entities in
the United States appear to be
subsidiaries of large companies and BIS
estimates that most of the small entities
likely to be impacted by the entry-intoforce of the AP will fall within the other
categories of businesses and
organizations identified in the SIES
survey. In addition, BIS is not able to
determine which SIC code categories
apply to the other categories of
businesses or organizations that are
likely to be impacted by the entry-intoforce of the AP. Therefore, for the
purpose of assessing the impact of this
proposed rule, BIS assumes that all of
the 129 businesses and organizations
likely to be affected are small entities.
Although this proposed rule, if
promulgated, would affect a substantial
number of small entities (i.e., 129
businesses and organizations), the
reporting, on-site verification (i.e.,
complementary access), compliance
review, and recordkeeping requirements
that would be imposed by this rule
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would not have a significant economic
impact on these entities.
First, this rule proposes to establish
reporting requirements in Part 783 of
the APR that would require U.S.
industry and U.S. persons to submit
data needed to prepare U.S. declarations
to the IAEA in accordance with U.S.
obligations under the AP. The U.S.
declarations submitted under the AP
would provide the IAEA with
information about additional aspects of
the U.S. civil nuclear fuel cycle,
including the following: mining and
concentration of nuclear ores; nuclearrelated equipment manufacturing,
assembly, or construction; imports,
exports, and other activities involving
certain source material (i.e., source
material that has not reached the
composition and purity suitable for fuel
fabrication or for being isotopically
enriched); imports and exports of
specified nuclear equipment and nonnuclear material; nuclear fuel cyclerelated research and development
activities not involving nuclear material;
and other activities involving nuclear
material not currently subject to the
U.S.-IAEA Safeguards Agreement. The
total estimated annual burden hours for
these proposed reporting requirements
would be 2,161 hours and the total
estimated annual cost would be
$96,467, or $747.81 per respondent.
Second, this rule proposes to establish
on-site verification (i.e., complementary
access) requirements in Part 784 of the
APR. Any location that would be
required to submit an Initial Report,
Annual Update Report, or No Changes
Report to BIS, pursuant to Part 783 of
the APR, would be treated as a
reportable location under the APR and,
as such, might be subject to
complementary access by the IAEA. The
fact that a location would be required to
submit a report to BIS would not
automatically trigger complementary
access by the IAEA, although it might
provide the basis for complementary
access. Information reported to BIS and
included in the U.S. declaration would
be analyzed by the IAEA before the
IAEA would decide whether or not to
request complementary access to a
particular location. In addition to
providing the IAEA with
complementary access to reportable
locations, Part 784 of the APR would
provide that other locations specified by
the IAEA might be subject to
complementary access. The specific
purpose of complementary access
would be location dependent.
Complementary access to uranium hardrock mine locations would be limited to
enabling the IAEA to verify, on a
selective basis, the absence of
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undeclared nuclear material and nuclear
related activities. For all other locations
subject to the APR, the purpose of
complementary access would be limited
to allowing the IAEA to resolve
questions relating to the correctness and
completeness of the information
provided in the U.S. declaration or to
resolve inconsistencies relating to that
information. The total estimated annual
burden hours for these proposed
complementary access requirements
would be 1,153 hours and the total
estimated annual cost would be
$32,070, or $248 per respondent.
Third, this rule proposes to establish
compliance review requirements in
Section 782.3 of the APR that would
authorize BIS to request information,
periodically, from persons and locations
subject to the APR to determine
compliance with the APR reporting and
recordkeeping requirements.
Information requested may relate to
nuclear fuel cycle research and
development activities not involving
nuclear material, nuclear-related
manufacturing, assembly or
construction activities, or uranium hardrock mining activities as described in
Part 783 of the APR. Any person or
location subject to the APR and
receiving such a request for information
would be required to submit a response
to BIS within 30 calendar days of
receipt of the request. The total
estimated annual burden hours for these
proposed compliance review
requirements would be 43 hours and the
total estimated annual cost would be
$1,897.20, or $14.70 per respondent.
Fourth, this rule proposes to establish
recordkeeping provisions in Part 786 of
the APR in accordance with which each
person or location required to submit a
report or correspondence under Parts
782 through 784 of the APR would have
to retain all supporting materials and
documentation used to prepare the
report or correspondence. All such
supporting materials and
documentation would have to be
retained by the person or location for
three years from the due date of the
applicable report or for three years from
the date of submission of the applicable
report, whichever would be later. Upon
request by BIS, the person or location
also would be required to permit access
to and copying of any records related to
compliance with the requirements of the
APR. The total estimated annual cost for
these proposed APR recordkeeping
requirements would be $8,707.50. (Note:
Since the AP-related recordkeeping
burden estimate is based upon the cost
of storage space rather than the number
of burden hours, this estimate does not
include the total annual burden hours
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associated with the APR recordkeeping
requirements.)
The total estimated annual burden
hours required to implement the
reporting, complementary access,
compliance review, and recordkeeping
requirements described above would be
3,357 burden hours and the total
estimated annual cost would be
$139,142. Although the primary impact
of these new requirements would affect
a substantial number of small entities
(i.e., 129 businesses and organizations),
the total economic impact on the
affected entities (i.e., $139,142, per
annum, for all of the affected entities)
would not be significant. The average
impact per entity would be $1,079 (i.e.,
$139,142 ÷ 129) per annum, which
represents a small percentage of the net
annual revenue of a typical small
business. Since the requirements that
this rule proposes to establish would
not impose a significant economic
impact on a substantial number of small
entities, BIS did not prepare a regulatory
flexibility analysis for this rule.
Finally, the changes proposed by this
rule should be viewed in light of the fact
that BIS’s discretion in formulating the
reporting, complementary access,
compliance review, and recordkeeping
requirements of the APR is limited by
the necessity of meeting U.S. obligations
under the AP. The AP specifies the
information that the United States must
declare to the IAEA. In drafting the
requirements and the forms for U.S.
locations and U.S. persons to use, BIS
has attempted to minimize the
recordkeeping and reporting burden to
ensure that only information that the
United States must declare to the IAEA
would have to be submitted to BIS.
List of Subjects
15 CFR Part 781
Nuclear fuel cycle-related activities,
Imports, Treaties.
15 CFR Part 782
Nuclear fuel cycle-related activities,
Reporting and recordkeeping
requirements.
15 CFR Part 783
Nuclear fuel cycle-related activities,
Exports, Imports, Reporting and
recordkeeping requirements.
15 CFR Part 784
Nuclear fuel cycle-related activities,
Imports, Reporting and recordkeeping
requirements.
15 CFR Part 785
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15 CFR Part 786
Reporting and recordkeeping
requirements.
Accordingly, in 15 CFR Chapter VII,
new Subchapter D, titled ‘‘Additional
Protocol Regulations’’ and consisting of
Parts 781 through 799, is proposed to be
added to read as follows:
Subchapter D—Additional Protocol
Regulations
PART 781—GENERAL INFORMATION
AND OVERVIEW OF THE ADDITIONAL
PROTOCOL REGULATIONS (APR)
Sec.
781.1 Definitions of terms used in the
Additional Protocol Regulations (APR).
781.2 Purposes of the Additional Protocol
and APR.
781.3 Scope of the APR.
781.4 U.S. Government requests for
information needed to satisfy the
requirements of the APR or the Act.
781.5 Authority.
Authority: Public Law 109–401, 120 Stat.
2726 (December 18, 2006); Executive Order
13458 (February 4, 2008).
§ 781.1 Definitions of terms used in the
Additional Protocol Regulations (APR).
The following are definitions of terms
used in parts 781 through 799 of this
subchapter (collectively known as the
APR), unless otherwise noted:
Access Point of Contact (A–POC). The
individual at a location who will be
notified by BIS immediately upon
receipt of an IAEA request for
complementary access to a location. BIS
must be able to contact either the A–
POC or alternate A–POC on a 24-hour
basis. All interactions with the location
for permitting and planning an IAEA
complementary access will be
conducted through the A–POC or the
alternate A–POC, if the A–POC is
unavailable.
Act (The). The United States
Additional Protocol Implementation Act
of 2006 (Pub. L. 109–401).
Additional Protocol. The Protocol
Additional to the Agreement between
the United States of America and the
International Atomic Energy Agency for
the Application of Safeguards in the
United States of America, with
Annexes, signed at Vienna on June 12,
1998 (T. Doc. 107–097), known as the
Additional Protocol.
Additional Protocol Regulations
(APR). Those regulations contained in
15 CFR parts 781 to 799 that were
promulgated by the Department of
Commerce to implement and enforce
the Additional Protocol.
Agreement State. Any State of the
United States with which the U.S.
Nuclear Regulatory Commission (NRC)
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has entered into an effective agreement
under Subsection 274b of the Atomic
Energy Act of 1954, as amended (42
U.S.C. 2011 et seq.).
Beneficiation. The concentration of
nuclear ores through physical or any
other non-chemical methods.
Bureau of Industry and Security (BIS).
The Bureau of Industry and Security of
the United States Department of
Commerce, including Export
Administration and Export
Enforcement.
Complementary Access. The exercise
of the IAEA’s access rights as set forth
in Articles 4 to 6 of the Additional
Protocol (see part 784 of the APR for
requirements concerning the scope and
conduct of complementary access).
Complementary Access Notification.
A written announcement issued by BIS
to a person who is subject to the APR
(e.g., the owner, operator, occupant, or
agent in charge of a location that is
subject to the APR as specified in
§ 781.3(a) of the APR) that informs this
person about an impending
complementary access in accordance
with the requirements of Part 784 of the
APR.
Host Team. The U.S. Government
team that accompanies the International
Atomic Energy Agency (IAEA)
inspectors during complementary
access, as provided for in the Additional
Protocol and conducted in accordance
with the provisions of the APR.
Host Team Leader. The representative
from the Department of Commerce who
leads the Host Team during
complementary access.
International Atomic Energy Agency
(IAEA). The United Nations
organization, headquartered in Vienna,
Austria, that serves as the official
international verification authority for
the implementation of safeguards
agreements concluded pursuant to the
Treaty on the Non-Proliferation of
Nuclear Weapons (NPT).
ITAR. The International Traffic in
Arms Regulations (22 CFR parts 120–
130), which are administered by the
Directorate of Defense Trade Controls,
U.S. Department of State.
Location. Any geographical point or
area declared or identified by the United
States or specified by the IAEA (see
‘‘location specified by the IAEA,’’ as
defined in this section).
Location-specific environmental
sampling. The collection of
environmental samples (e.g., air, water,
vegetation, soil, smears) at, and in the
immediate vicinity of, a location
specified by the IAEA for the purpose of
assisting the IAEA to draw conclusions
about the absence of undeclared nuclear
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material or nuclear activities at the
specified location.
Location-specific subsidiary
arrangement. An agreement that sets
forth procedures, which have been
mutually agreed upon by the United
States and the IAEA, for conducting
complementary access at a specific
reportable location. (Also see definition
of ‘‘subsidiary arrangement’’ in this
section.)
Location specified by the IAEA. A
location that is selected by the IAEA to:
(1) Verify the absence of undeclared
nuclear material or nuclear activities; or
(2) Obtain information that the IAEA
needs to amplify or clarify information
contained in the U.S. declaration.
Managed access. Procedures
implemented by the Host Team during
complementary access to prevent the
dissemination of proliferation sensitive
information, to meet safety or physical
protection requirements, to protect
proprietary or commercially sensitive
information, or to protect activities of
direct national security significance to
the United States, including information
associated with such activities, in
accordance with the Additional
Protocol.
National Security Exclusion (NSE).
The right of the United States, as
specified under Article 1.b of the
Additional Protocol, to exclude the
application of the Additional Protocol
when the United States Government
determines that its application would
result in access by the IAEA to activities
of direct national security significance
to the United States or to locations or
information associated with such
activities.
NRC. The U.S. Nuclear Regulatory
Commission.
Nuclear fuel cycle-related research
and development. Those activities that
are specifically related to any process or
system development aspect of any of the
following:
(1) Conversion of nuclear material;
(2) Enrichment of nuclear material;
(3) Nuclear fuel fabrication;
(4) Reactors;
(5) Critical facilities;
(6) Reprocessing of nuclear fuel; or
(7) Processing (not including
repackaging or conditioning not
involving the separation of elements, for
storage or disposal) of intermediate or
high-level waste containing plutonium,
high enriched uranium or uranium-233.
Nuclear Material. Any source material
or special fissionable material, as
follows.
(1) Source material means uranium
containing the mixture of isotopes
occurring in nature; uranium depleted
in the isotope 235; thorium; any of the
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foregoing in the form of metal, alloy,
chemical, or concentrate. The term
source material shall not be interpreted
as applying to ore or ore residue.
(2) Special fissionable material means
plutonium 239; uranium 233; uranium
enriched in the isotopes 235 or 233; any
material containing one or more of the
foregoing, but the term special
fissionable material does not include
source material.
Person. Any individual, corporation,
partnership, firm, association, trust,
estate, public or private institution, any
State or any political subdivision
thereof, or any political entity within a
State, any foreign government or nation
or any agency, instrumentality or
political subdivision of any such
government or nation, or other entity
located in the United States.
Report Point of Contact (R–POC). A
person whom BIS may contact for the
purposes of clarification of information
provided in report(s) and for general
information. The R–POC need not be the
person who prepares the forms or
certifies the report(s) for submission to
BIS, but should be familiar with the
content of the reports.
Reportable Location. A location that
must submit an Initial Report, Annual
Update Report, or No Changes Report to
BIS, in accordance with the provisions
of the APR, is considered to be a
‘‘reportable location’’ with reportable
activities (see § 783.1(a) and (b) of the
APR for nuclear fuel cycle-related
activities subject to these reporting
requirements).
Reporting Code. A unique
identification used for identifying a
location where one or more nuclear fuel
cycle-related activities subject to the
reporting requirements of the APR are
located.
Subsidiary Arrangement (or General
Subsidiary Arrangement). An agreement
that sets forth procedures, which have
been mutually agreed upon by the
United States and the IAEA, for
implementing the Additional Protocol,
irrespective of the location. (Also see
the definition of ‘‘location-specific
subsidiary arrangement’’ in this
section.)
United States. Means the several
States of the United States, the District
of Columbia, and the commonwealths,
territories, and possessions of the
United States, and includes all places
under the jurisdiction or control of the
United States, including any of the
places within the provisions of
paragraph (41) of section 40102 of Title
49 of the United States Code, any civil
aircraft of the United States or public
aircraft, as such terms are defined in
paragraphs (1) and (37), respectively, of
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section 40102 of Title 49 of the United
States Code, and any vessel of the
United States, as such term is defined in
section 3(b) of the Maritime Drug
Enforcement Act, as amended (section
1903(b) of Title 46 App. of the United
States Code).
Uranium Hard-Rock Mine. Means any
of the following:
(1) An area of land from which
uranium is extracted in non-liquid form;
(2) Private ways and roads
appurtenant to such an area; and
(3) Lands, excavations, underground
passageways, shafts, slopes, tunnels and
workings, structures, facilities,
equipment, machines, tools, or other
property including impoundments,
retention dams, and tailings ponds, on
the surface or underground, used in, or
to be used in, or resulting from, the
work of extracting such uranium ore
from its natural deposits in non-liquid
form, or if in liquid form, with workers
underground, or used in, or to be used
in, the concentration of such uranium
ore, or the work of the uranium ore.
Uranium Hard-Rock Mine (Closeddown). A uranium hard-rock mine
where ore production has ceased and
the mine or its infrastructure is not
capable of further operation.
Uranium Hard-Rock Mine
(Operating). A uranium hard-rock mine
where ore is produced on a routine
basis.
Uranium Hard-Rock Mine
(Suspended). A uranium hard-rock mine
where ore production has ceased, but
the mine and its infrastructure are
capable of further operation.
U.S. declaration. The information
submitted by the United States to the
IAEA in fulfillment of U.S. obligations
under the Additional Protocol.
United States Government locations.
Those locations owned and operated by
a U.S. Government agency (including
those operated by contractors to the
agency), and those locations leased to
and operated by a U.S. Government
agency (including those operated by
contractors to the agency). United States
Government locations do not include
locations owned by a U.S. Government
agency and leased to a private
organization or other entity such that
the private organization or entity may
independently decide the purposes for
which the locations will be used.
Wide-area environmental sampling.
The collection of environmental
samples (e.g., air, water, vegetation, soil,
smears) at a set of locations specified by
the IAEA for the purpose of assisting the
IAEA to draw conclusions about the
absence of undeclared nuclear material
or nuclear activities over a wide area.
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You. The term ‘‘you’’ or ‘‘your’’ means
any person. With regard to the reporting
requirements of the APR, ‘‘you’’ refers to
persons that have an obligation to report
certain activities under the provisions of
the APR. (Also see the definition of
‘‘person’’ in this section.)
§ 781.2 Purposes of the Additional
Protocol and APR.
(a) General. The Additional Protocol
is a supplement to the existing U.S.IAEA Safeguards Agreement, which
entered into force in 1980. It provides
the IAEA with access to additional
information about civil nuclear and
nuclear-related items, materials, and
activities and with physical access to
reportable locations where nuclear
facilities, materials, or ores are located
(to ensure the absence of undeclared
nuclear material and activities) and to
other reportable locations and locations
specified by the IAEA (to resolve
questions or inconsistencies related to
the U.S. Declaration). The Additional
Protocol is based upon and is virtually
identical to the IAEA Model Additional
Protocol (see IAEA Information Circular,
INFCIRC/540, at www.iaea.org/
Publications/Documents/Infcircs/
index.html), except that it excludes
IAEA access to activities with direct
national security significance to the
United States, or to locations or
information associated with such
activities, and provides for managed
access in connection with those same
activities and to locations or
information associated with those
activities.
(b) Purposes of the Additional
Protocol. The Additional Protocol is
designed to enhance the effectiveness of
the U.S.-IAEA Safeguards Agreement by
providing the IAEA with information
about aspects of the U.S. civil nuclear
fuel cycle, including: mining and
concentration of nuclear ores; nuclearrelated equipment manufacturing,
assembly, or construction; imports,
exports, and other activities involving
certain source material (i.e., source
material that has not reached the
composition and purity suitable for fuel
fabrication or for being isotopically
enriched); imports and exports of
specified nuclear equipment and nonnuclear material; nuclear fuel cyclerelated research and development
activities not involving nuclear material;
and other activities involving nuclear
material not currently subject to the
U.S.-IAEA Safeguards Agreement (e.g.,
nuclear material that has been exempted
from safeguards pursuant to paragraph
37 of INFCIRC/153 (Corrected) June
1972).
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(c) Purposes of the Additional
Protocol Regulations. To fulfill certain
obligations of the United States under
the Additional Protocol, BIS has
established the APR, which require the
reporting of information to BIS (as
described in Parts 783 and 784 of the
APR) from all persons and locations in
the United States (as described in
§ 781.3(a) of the APR) with reportable
activities. This information, together
with information reported to other U.S.
Government agencies and less any
information to which the U. S.
Government applies the national
security exclusion, is aggregated into a
U.S. declaration, which is submitted
annually to the IAEA. The APR also
provide for complementary access at
such locations in accordance with the
provisions in Part 784 of the APR.
§ 781.3
Scope of the APR.
The Additional Protocol Regulations
or APR implement certain obligations of
the United States under the Protocol
Additional to the Agreement Between
the United States of America and the
International Atomic Energy Agency
Concerning the Application of
Safeguards in the United States of
America, known as the Additional
Protocol.
(a) Persons and locations subject to
the APR. The APR, promulgated by the
Department of Commerce, shall apply to
all persons and locations in the United
States, except:
(1) Locations that are subject to the
regulatory authority of the Nuclear
Regulatory Commission (NRC), pursuant
to the NRC’s regulatory jurisdiction
under the Atomic Energy Act of 1954,
as amended (42 U.S.C. 2011 et seq.); and
(2) The following United States
Government locations (see definition in
§ 781.1 of the APR):
(i) Department of Energy locations;
(ii) Department of Defense locations;
(iii) Central Intelligence Agency
locations; and
(iv) Department of State locations.
(b) Activities subject to the APR. The
activities that are subject to the
recordkeeping and reporting
requirements described in the APR are
found in Parts 783 and 784 of this
subchapter (APR).
§ 781.4 U.S. Government requests for
information needed to satisfy the
requirements of the APR or the Act.
From time to time, one or more U.S.
Government agencies (i.e., the
Department of Defense, the Department
of Energy, the NRC, or BIS) may contact
a location to request information that
the U.S. Government has determined to
be necessary to satisfy certain
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requirements of the APR or the Act (e.g.,
clarification requests or vulnerability
assessments). If the manner of providing
such information is not specified in the
APR, the agency in question will
provide the location with appropriate
instructions.
§ 781.5
Authority.
The APR implement certain
provisions of the Additional Protocol
under the authority of the Additional
Protocol Implementation Act of 2006
(Pub. L. 109–401, 120 Stat. 2726
(December 18, 2006)). In Executive
Order 13458 of February 4, 2008, the
President delegated authority to the
Department of Commerce to promulgate
regulations to implement the Act, and
consistent with the Act, to carry out
appropriate functions not otherwise
assigned in the Act, but necessary to
implement certain declaration and
complementary access requirements of
the Additional Protocol and the Act.
PART 782—GENERAL INFORMATION
REGARDING REPORTING
REQUIREMENTS AND PROCEDURES
Sec.
782.1 Overview of reporting requirements
under the APR.
782.2 Persons responsible for submitting
reports required under the APR.
782.3 Compliance review.
782.4 Assistance in determining your
obligations.
782.5 Where to obtain APR report forms.
782.6 Where to submit reports.
Authority: Public Law 109–401, 120 Stat.
2726 (December 18, 2006); Executive Order
13458 (February 4, 2008).
jlentini on PROD1PC65 with PROPOSALS4
§ 782.1 Overview of reporting
requirements under the APR.
Part 783 of the APR describes the
reporting requirements for certain
activities specified in the APR. For each
activity specified in Part 783, BIS may
require that an Initial Report, an Annual
Update Report, a No Changes Report, an
Export Report, an Import Confirmation
Report, a Supplemental Information
Report, or an Amended Report be
submitted to BIS. In addition, persons
subject to the APR may be required to
provide BIS with information needed to
assist the IAEA in clarifying or verifying
information specified in the U.S.
declaration or in clarifying or
amplifying information concerning the
nature of the activities conducted at a
location (see §§ 783.1(d) and 784.1(b)(2)
of the APR for requirements concerning
a Supplementary Information Report).
If, after reviewing Part 783 of the APR,
you determine that you are subject to
one or more APR reporting
requirements, you may obtain the
appropriate forms by contacting BIS (see
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§ 782.5 of the APR). In addition, forms
may be downloaded from the Internet at
www.ap.gov.
§ 782.2 Persons responsible for
submitting reports required under the APR.
The owner, operator, or senior
management official of a location
subject to the reporting requirements in
Part 783 of the APR is responsible for
the submission of all required reports
and documents in accordance with all
applicable provisions of the APR.
§ 782.3
Compliance review.
Periodically, BIS will request
information from persons and locations
subject to the APR to determine
compliance with the reporting and
recordkeeping requirements set forth
herein. Information requested may
relate to nuclear fuel cycle research and
development activities not involving
nuclear material, nuclear-related
manufacturing, assembly or
construction activities, or uranium hardrock mining activities as described in
Part 783 of the APR. Any person or
location subject to the APR and
receiving such a request for information
must submit a response to BIS within 30
calendar days of receipt of the request.
If the requested information cannot be
provided to BIS, the response must fully
explain the reason why such
information cannot be provided. If
additional time is needed to collect the
requested information, the person or
location should request an extension of
the submission deadline, before the
expiration of the 30-day time period set
by BIS, and include an explanation for
why an extension is needed. BIS will
grant only one extension of the
submission deadline. The maximum
period of time for which BIS will grant
an extension will be 30 days. Failure to
respond to this request could lead to an
investigation of the person’s or
location’s reporting and recordkeeping
procedures under the APR.
§ 782.4 Assistance in determining your
obligations.
(a) Determining if your activity is
subject to reporting requirements.
(1) If you need assistance in
determining whether or not your
activity is subject to the APR’s reporting
requirements, submit your written
request for an activity determination to
BIS. Such requests may be sent via
facsimile to (202) 482–1731, e-mailed to
apdr@ap.gov, or hand delivered or
submitted by courier to the Treaty
Compliance Division, Bureau of
Industry and Security, U.S. Department
of Commerce, Attn: AP Activity
Determination, 14th Street and
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Pennsylvania Avenue, NW., Room 4515,
Washington, DC 20230. Your activity
determination request should include
the information indicated in paragraph
(a)(2) of this section to ensure an
accurate determination. Also include
any additional information that would
be relevant to the activity described in
your request. If you are unable to
provide all of the information required
in paragraph (a)(2) of this section, you
should include an explanation
identifying the reasons or deficiencies
that preclude you from supplying the
information. If BIS cannot make a
determination based upon the
information submitted, BIS will return
the request to you and identify the
additional information that is necessary
to complete an activity determination.
BIS will provide a written response to
your activity determination request
within 10 business days of receipt of the
request.
(2) You must include the following
information when submitting an activity
determination request to BIS:
(i) Date of your request;
(ii) Name of your organization and
complete street address;
(iii) Point of contact for your
organization;
(iv) Phone and facsimile number for
your point of contact;
(v) E-mail address for your point of
contact, if you want BIS to provide an
acknowledgment of receipt via e-mail;
and
(vi) Description of your activity in
sufficient detail as to allow BIS to make
an accurate determination.
(b) Other inquiries. If you need
assistance in interpreting the provisions
of the APR or need assistance with APR
report forms or complementary access
issues, contact BIS’s Treaty Compliance
Division by phone at (202) 482–1001. If
you require a written response from BIS,
submit a detailed request to BIS that
explains your question, issue, or
request. Send the request to the address
or facsimile included in paragraph (a) of
this section, or e-mail the request to
apqa@ap.gov. To ensure that your
request is properly routed, include the
notation, ‘‘Attention: APR Advisory
Request,’’ on your submission to BIS.
§ 782.5
Where to obtain APR report forms.
Report forms required by the APR
may be downloaded from the Internet at
www.ap.gov. You also may obtain these
forms by contacting: Treaty Compliance
Division, Bureau of Industry and
Security, U.S. Department of Commerce,
Attn: Forms Request, 14th Street and
Pennsylvania Avenue, NW., Room 4515,
Washington, DC 20230, Telephone:
(202) 482–1001.
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§ 782.6
Where to submit reports.
Reports required by the APR must be
sent via facsimile to (202) 482–1731,
e-mailed to aprp@ap.gov, or hand
delivered or submitted by courier to
BIS, in hard copy, to the following
address: Treaty Compliance Division,
Bureau of Industry and Security, U.S.
Department of Commerce, Attn: AP
Reports, 14th Street and Pennsylvania
Avenue, NW., Room 4515, Washington,
DC 20230, Telephone: (202) 482–1001.
Specific types of reports and due dates
are outlined in Supplement No. 1 to Part
783 of the APR.
PART 783—CIVIL NUCLEAR FUEL
CYCLE-RELATED ACTIVITIES NOT
INVOLVING NUCLEAR MATERIALS
Sec.
783.1 Reporting requirements.
783.2 Amended reports.
783.3 Reports containing information
determined by BIS not to be required by
the APR.
783.4 Deadlines for submission of reports
and amendments.
Supplement No. 1 to Part 783—Deadlines for
Submission of Reports and Amendments
Supplement No. 2 to Part 783—
Manufacturing Activities
Supplement No. 3 to Part 783—List of
Specified Equipment and Non-Nuclear
Material for the Reporting of Exports and
Imports
Authority: Public Law 109–401, 120 Stat.
2726 (December 18, 2006); Executive Order
13458 (February 4, 2008).
jlentini on PROD1PC65 with PROPOSALS4
§ 783.1
Reporting requirements.
(a) Initial report. You must submit an
Initial Report to BIS, no later than [30
calendar days following the date of
publication of the final rule that
establishes the APR] (see Supplement
No. 1 to this Part), if you are engaged in
any of the civil nuclear fuel cyclerelated activities described in this
paragraph (a) on [the date of publication
of the final rule that establishes the
APR]. The Initial Report must include
any activities involving uranium hardrock mines that were closed down
during the calendar year in which the
APR were promulgated (up to and
including the date of publication). For
any year that follows the year in which
the APR were promulgated, you must
submit an Initial Report to BIS if you
commenced any of the civil nuclear fuel
cycle-related activities described in this
paragraph (a) during the previous
calendar year and have not reported
such activities to BIS. Reportable
nuclear fuel-cycle activities that
commence after the date of publication
of the rule establishing the APR must be
reported to BIS no later than January 31
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of the year following the calendar year
in which the activities took place (see
Supplement No. 1 to this Part). You may
report these activities as part of your
Annual Update Report, in lieu of
submitting a separate Initial Report, if
you also have an Annual Update Report
requirement that applies to the same
location and covers the same reporting
period (see paragraph (b) of this
section). In order to satisfy the Initial
Report requirements under this
paragraph (a), you must complete and
submit to BIS Form AP–1, Form AP–2,
and other appropriate forms, as
provided in this paragraph (a).
(1) Research and development
activities not involving nuclear material.
You must report to BIS any of the civil
nuclear fuel cycle-related research and
development activities identified in
paragraphs (a)(1)(i) and (a)(1)(ii) of this
section. Activities subject to these APR
reporting requirements include research
and development activities related to
safe equipment operations for a nuclear
fuel cycle-related activity, but do not
include activities related to theoretical
or basic scientific research or to research
and development on industrial
radioisotope applications, medical,
hydrological and agricultural
applications, health and environmental
effects and improved maintenance.
(i) You must complete Form AP–3
and submit it to BIS, as provided in
§ 782.6 of the APR, if you conducted
any civil nuclear fuel cycle-related
research and development activities
defined in § 781.1 of the APR that:
(A) Did not involve nuclear material;
and
(B) Were funded, specifically
authorized or controlled by, or
conducted on behalf of, the United
States.
(ii) You must complete Form AP–4
and submit it to BIS, as provided in
§ 782.6 of the APR, if you conducted
any civil nuclear fuel cycle-related
research and development activities
defined in § 781.1 of the APR that:
(A) Did not involve nuclear material;
(B) Were specifically related to
enrichment, reprocessing of nuclear
fuel, or the processing of intermediate or
high-level waste containing plutonium,
high enriched uranium or uranium-233
(where ‘‘processing’’ involves the
separation of elements); and
(C) Were not funded, specifically
authorized or controlled by, or
conducted on behalf of, the United
States.
(2) Civil nuclear-related
manufacturing, assembly or
construction activities. You must
complete Form AP–5 and submit it to
BIS, as provided in § 782.6 of the APR,
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if you engaged in any of the activities
specified in Supplement No. 2 to this
part.
(3) Uranium hard-rock mining and
ore beneficiation activities. You must
complete Form AP–6 and submit it to
BIS, as provided in § 782.6 of the APR,
if your location is either a uranium
hard-rock mine or an ore beneficiation
plant that was in operating or
suspended status (see § 781.1 of the APR
for the definitions of ‘‘uranium hardrock mine’’ and uranium hard-rock
mines in ‘‘operating,’’ ‘‘suspended,’’ or
‘‘closed-down’’ status).
(i) The Initial Report requirement for
the calendar year in which the APR are
promulgated applies to:
(A) Uranium hard-rock mines or ore
beneficiation plants that are in operating
or suspended status on the date that the
rule establishing the APR is published;
and
(B) Uranium hard-rock mines that
have changed from operating or
suspended status to closed-down status
during the calendar year in which the
rule establishing the APR is published
(up to and including the date of
publication of the rule). Mines that were
closed down prior to the calendar year
in which the APR are promulgated and
that remain in closed-down status do
not have a reporting requirement.
(ii) For any calendar year that follows
the year in which the APR are
promulgated, you are required to submit
an Initial Report to BIS only if you
commenced operations at a uranium
hard-rock mine or an ore beneficiation
plant during the previous calendar year
(e.g., the commencement of operations
would include, but not be limited to, the
resumption of operations at a mine that
was previously in ‘‘closed-down’’
status). Otherwise, see the Annual
Update Report and No Changes Report
requirements in paragraphs (b)(1) or
(b)(2) of this section. For example, you
must submit an Annual Update Report
to indicate the closed-down status of
any uranium hard-rock mine that was
indicated in your most recent report to
be in either operating or suspended
status, but at which you ceased
operations during the previous calendar
year.
(b) Annual reporting requirements.
You must submit either an Annual
Update Report or a No Changes Report
to BIS, as provided in § 782.6 of the
APR, if, during the previous calendar
year, you continued to engage in civil
nuclear fuel cycle-related activities at a
location for which you submitted an
Initial Report to BIS in accordance with
the APR reporting requirements
described in paragraph (a) of this
section.
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(1) Annual Update Report. You must
submit an Annual Update Report to BIS
if you have updates or changes to report
concerning your location’s activities
during the previous calendar year.
When preparing your Annual Update
Report, you must complete the same
report forms that you used for
submitting your Initial Report on these
activities. However, additional report
forms will be required if your location
engaged in any civil nuclear fuel cyclerelated activities described in paragraph
(a) of this section that you did not
previously report to BIS. The
appropriate report forms for each type of
activity that must be reported under the
APR are identified in paragraphs (a)(1)
through (a)(3) of this section. You must
submit your Annual Update Report to
BIS no later than January 31 of the year
following any calendar year in which
the activities took place or there were
changes to previously ‘‘reported’’
activities (see Supplement No. 1 to this
Part).
(2) No Changes Report. You may
submit a No Changes Report, in lieu of
an Annual Update Report, if you have
no updates or changes concerning your
location’s activities (except the
certifying official and dates signed and
submitted) since your most recent report
of activities to BIS. In order to satisfy
the reporting requirements under this
paragraph (b)(2), you must complete
Form AP–16 and submit it to BIS, as
provided in § 782.6 of the APR, no later
than January 31 of the year following
any calendar year in which there were
no changes to previously ‘‘reported’’
activities or location information (see
Supplement No. 1 to this Part).
(3) Additional guidance on annual
reporting requirements. (i) If your Initial
Report or your most recent Annual
Update Report for a location indicates
that all civil nuclear fuel cycle-related
activities described therein have ceased
at that location, and no other reportable
activities have occurred during the
previous calendar year, then you do not
have a reporting requirement for the
location under paragraph (b) of this
section.
(ii) If your location ceases to engage
in activities subject to the APR reporting
requirements described in paragraph (a)
of this section, and you have not
previously reported this to BIS, you
must submit an Annual Update Report
covering the calendar year in which you
ceased to engage in such activities.
(iii) Closed-down mines should be
reported only once.
(c) Export Report. You must complete
Forms AP–1, AP–2, and AP–13 for each
export of specified equipment or nonnuclear material identified in
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Supplement No. 3 to this Part and
submit these Forms to BIS, as provided
in § 782.6 of the APR. These Forms must
be submitted to BIS no later than 15
days after the end of each calendar
quarter (see Supplement No. 1 to this
Part). For example, the Export Report for
the calendar quarter beginning on
January 1st and ending on March 31st
must be submitted to BIS by April 15th
and the Export Reports for the
remainder of the calendar year would
have to be submitted to BIS by July
15th, October 15th, and January 15th,
respectively.
(d) Import Confirmation Report. You
must complete Forms AP–1, AP–2 and
AP–14 for each import of equipment or
non-nuclear material identified in
Supplement No. 3 to this Part and
submit these forms to BIS, as provided
in § 782.6 of the APR, if BIS sends you
written notification requiring that you
provide information concerning imports
of such equipment and non-nuclear
material. These Forms must be
submitted within 30 calendar days of
the date that you receive written
notification of this requirement from
BIS (see Supplement No. 1 to this Part).
BIS will provide such notification when
it receives a request from the IAEA for
information concerning imports of this
type of equipment or non-nuclear
material. The IAEA may request this
information to verify that you received
specified equipment or non-nuclear
material that was shipped to you by a
person, organization, or government
from a foreign country.
(e) Supplemental Information Report.
You must complete Forms AP–1, AP–2
and AP–15 and submit them to BIS, as
provided in § 782.6 of the APR, if BIS
sends you written notification requiring
that you provide information about the
activities conducted at your location,
insofar as relevant for the purpose of
safeguards. These Forms must be
submitted within 15 calendar days of
the date that you receive written
notification of this requirement from
BIS (see Supplement No. 1 to this Part).
BIS will provide such notification only
if the IAEA specifically requests
amplification or clarification concerning
any information provided in the U.S.
Declaration based on your report(s).
(f) Reportable location. A location that
must submit an Initial Report, Annual
Update Report, or No Changes Report to
BIS, pursuant to the requirements of this
section, is considered to be a reportable
location with declared activities.
§ 783.2
Amended reports.
In order for BIS to maintain accurate
information on previously submitted
reports, including information necessary
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for BIS to facilitate complementary
access notifications or to communicate
reporting requirements under the APR,
Amended Reports are required under
the circumstances described in
paragraphs (a), (b), and (d) of this
section. This section applies only to
changes affecting Initial Reports and
Annual Update Reports that were
submitted to BIS in accordance with the
requirements of § 783.1(a) and (b) of the
APR. The specific report forms that you
must use to prepare and submit an
Amended Report will depend upon the
type of information that you are
required to provide, pursuant to this
section.
(a) Changes to activity information.
You must submit an Amended Report to
BIS within 30 calendar days of the time
that you discover an error or omission
in your most recent Initial Report or
Annual Update Report that involves
information concerning an activity
subject to the reporting requirements
described in § 783.1(a) or (b) of the APR.
Use Form AP–1, and any applicable
report forms indicated for the activities
identified in § 783.1(a) of the APR, to
prepare your Amended Report. Submit
your Amended Report to BIS, as
provided in § 782.6 of the APR.
(b) Changes to organization and
location information that must be
maintained by BIS.
(1) Internal organization changes. You
must submit an Amended Report to BIS
within 30 calendar days of any change
in the following information (use Form
AP–1 to prepare your Amended Report
and submit it to BIS, as provided in
§ 782.6 of the APR):
(i) Name of report point of contact (R–
POC), including telephone number,
facsimile number, and e-mail address;
(ii) Name(s) of complementary access
point(s) of contact (A–POC), including
telephone number(s), facsimile
number(s) and e-mail address(es);
(iii) Organization name;
(iv) Organization mailing address;
(v) Location owner, including
telephone number, and facsimile
number; or
(vi) Location operator, including
telephone number, and facsimile
number.
(2) Change in ownership of
organization. You must submit an
Amended Report to BIS if you sold a
reportable location or if your reportable
location went out of business since
submitting your most recent Initial
Report, Annual Update Report, or No
Changes Report to BIS. You must also
submit an Amended Report to BIS if you
purchased a reportable location that
submitted an Initial Report, Annual
Update Report, or No Changes Report to
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BIS for the most recent reporting period,
as specified in § 783.1(a) and (b) of the
APR. Submit your Amended Report to
BIS, as provided in § 782.6 of the APR,
either before the effective date of the
change in ownership or within 30
calendar days after the effective date of
the change.
(i) The following information must be
included in an Amended Report
submitted to BIS by an organization that
is selling or that has sold a reportable
location (use Forms AP–1 and AP–16 to
prepare your Amended Report—address
specific details regarding the sale of a
reportable location in Form AP–16):
(A) Name of seller (i.e., name of the
organization selling a reportable
location);
(B) Reporting Code (this code will be
assigned to your location and reported
to you by BIS or the NRC after receipt
of your Initial Report);
(C) Name of purchaser (i.e., name of
the new organization/owner purchasing
a reportable location) and name and
address of contact person for the
purchaser, if known;
(D) Date of ownership transfer or
change;
(E) Additional details on the sale of
the reportable location relevant to
ownership or operational control over
any portion of the reportable location
(e.g., whether the entire location or only
a portion of the reportable location has
been sold to a new owner); and
(F) Details regarding whether the new
owner of a reportable location will
submit the next report for the entire
calendar year in which the ownership
change occurred, or whether the
previous owner and new owner will
submit separate reports for the periods
of the calendar year during which each
owned the reportable location.
(ii) The following information must be
included in an Amended Report
submitted to BIS by an organization that
is purchasing or that has purchased a
reportable location (use Forms AP–1
and AP–2 to prepare your Amended
Report):
(A) Name of purchaser (i.e., name of
the new organization/owner purchasing
a reportable location) and name and
address of contact person for the
purchaser;
(B) Details on the purchase of the
reportable location relevant to
ownership or operational control over
any portion of the reportable location
(e.g., whether the purchaser intends to
purchase and to maintain operational
control over the entire location or only
a portion of the reportable location); and
(C) Details on whether the purchaser
intends to continue existing civil
nuclear fuel cycle-related activities at
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the reportable location or to cease such
activities during the current reporting
period.
(iii) If the new owner of a reportable
location is responsible for submitting a
report that covers the entire calendar
year in which the ownership change
occurred, the new owner must obtain
and maintain possession of the
location’s records covering the entire
year, including those records for the
period of the year during which the
previous owner still owned the
property.
Note 1 to § 783.2(b): Amended Reports that
are submitted to identify changes involving
internal organization information or changes
in ownership are used only for internal U.S.
Government purposes and are not forwarded
to the IAEA. BIS uses the information it
obtains from Amended Reports to update
contact information for internal oversight
purposes and for IAEA complementary
access notifications.
Note 2 to § 783.2(b): For ownership
changes, the reportable location will
maintain its original Reporting Code, unless
the location is sold to multiple owners, at
which time BIS will assign a new Reporting
Code.
(c) Non-substantive changes. If you
discover one or more non-substantive
typographical errors in your Initial
Report or Annual Update Report, after
submitting the report to BIS, you are not
required to submit an Amended Report
to BIS. Instead, you may correct these
errors when you submit your next
Annual Update Report to BIS.
(d) Amendments related to
complementary access. If you are
required to submit an Amended Report
to BIS following the completion of
complementary access (see part 784 of
the APR), BIS will notify you, in
writing, of the information that must be
amended pursuant to § 784.6 of the
APR. Complete and submit Form AP–1
(organization information) and/or the
specific report forms required by
Section 783.1(a) or (b) of the APR,
according to the type(s) of activities for
which information is being requested.
You must submit your Amended Report
to BIS, as provided in § 782.6 of the
APR, no later than 30 calendar days
following your receipt of BIS’s post
complementary access letter.
(e) Option for submitting amended
reports in letter form. If you are required
to submit an Amended Report to BIS,
pursuant to paragraph (a), (b), or (d) of
this section, BIS may permit you to
submit your report in the form of a letter
that contains all of the corrected
information required under this section.
Your letter must be submitted to BIS, at
the address indicated in § 782.6 of the
APR, no later than the applicable due
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43581
date(s) indicated in this section (also see
Supplement No. 1 to this part).
§ 783.3 Reports containing information
determined by BIS not to be required by the
APR.
If you submit a report and BIS
determines that none of the information
contained therein is required by the
APR, BIS will not process the report and
will notify you, either electronically or
in writing, explaining the basis for its
decision. BIS will not maintain any
record of the report. However, BIS will
maintain a copy of the notification.
§ 783.4 Deadlines for submission of
reports and amendments.
Reports and amendments required
under this part must be postmarked by
the appropriate date identified in
Supplement No. 1 to this part 783.
Required reports and amendments
include those identified in paragraphs
(a) through (g) of this section.
(a) Initial Report: Submitted by a
location that commenced one or more of
the civil nuclear fuel cycle-related
activities described in § 783.1(a) of the
APR during the previous calendar year,
but that has not yet reported such
activities to BIS. However, Initial
Reports that are submitted to BIS during
the calendar year in which the APR are
promulgated must describe only those
activities in which you are engaged as
of the date of publication of the rule
establishing the APR, except that the
description of activities involving
uranium hard-rock mines must include
any such mines that were closed down
during the calendar year in which the
rule establishing the APR was published
(up to and including the date of
publication), as well as mines that were
in either operating or suspended status
on the date of publication (see
§ 783.1(a)(3)(i) of the APR).
(b) Annual Update Report: Submitted
by a reportable location—this report
describes changes to previously
reported (i.e., declared) activities and
any other reportable civil nuclear fuel
cycle-related activities that took place at
the location during the previous
calendar year.
(c) No Changes Report: Submitted by
a reportable location, in lieu of an
Annual Update Report, when there are
no updates or changes to any
information, excluding the certifying
official and dates signed and submitted,
since the previous report submitted by
that location.
(d) Export Report: Submitted
following the end of any calendar
quarter in which a person exports an
item listed in Supplement No. 3 to this
part.
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(e) Import Confirmation Report:
Submitted in response to a written
notification from BIS, following a
specific request by the IAEA.
(f) Supplemental Information Report:
Submitted in response to a written
notification from BIS, following a
specific request by the IAEA.
(g) Amended Report: Submitted by a
reportable location to report certain
changes affecting the location’s most
recent Initial Report or Annual Update
Report.
Supplement No. 1 to Part 783
DEADLINES FOR SUBMISSION OF REPORTS AND AMENDMENTS
Reports
Applicable forms
Due dates
Initial Report .......................................................
Forms AP–1 and AP–2 and:
—AP–3 or AP–4 for R&D activities;
—AP–5 for civil nuclear-related manufacturing, assembly or construction; and
—AP–6 for mining and ore beneficiation.
Annual Update Report ........................................
No Changes Report ...........................................
Forms AP–1 and AP–2 and:
—AP–3 or AP–4 for R&D activities;
—AP–5 for civil nuclear-related manufacturing, assembly or construction; and
—AP–6 for mining and ore beneficiation.
Form AP–17 .....................................................
[30 calendar days after promulgation of the
final rule establishing the APR] for: (1) Any
activities in which you were engaged on the
date of publication of that rule and (2) uranium hard-rock mines that have changed
from operating or suspended status to
closed-down status during the calendar
year in which the rule establishing the APR
is published (up to and including the date of
publication of the rule).
For activities commencing after promulgation
of the rule establishing the APR, Initial Reports must be submitted no later than January 31 of the year following any calendar
year in which the activities began, unless
you are required to submit an Annual Update Report because of on-going previously
‘‘reported’’ activities at the same location—
in that case, you may include the new activities in your Annual Update Report, instead of submitting a separate Initial Report.
January 31 of the year following any calendar
year in which the activities took place or
there were changes to previously ‘‘reported’’ activities.
Export Report .....................................................
Forms AP–1, AP–2, and AP–13 ......................
Import Confirmation Report ................................
Forms AP–1, AP–2, and AP–14 ......................
Supplemental Information Report ......................
Forms AP–1, AP–2, and AP–15 ......................
Amended Report:
—Report information.
—Organization and location information.
—Complementary access letter.
Form AP–1 and appropriate forms, as specified in § 783.1 of the APR, for the type of
report being amended.
jlentini on PROD1PC65 with PROPOSALS4
Supplement No. 2 to Part 783—
Manufacturing Activities
The following constitute manufacturing
activities that would require the submission
of a report to BIS, pursuant to § 783.1(a)(2)
of the APR.
(1) The manufacture of centrifuge rotor
tubes or the assembly of gas centrifuges.
Centrifuge rotor tubes means thin-walled
cylinders as described in Section 5.1.1(b) of
Supplement No. 3 to this Part. Gas
centrifuges means centrifuges as described in
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the INTRODUCTORY NOTE to Section 5.1 of
Supplement No. 3 to this Part.
(2) The manufacture of diffusion barriers.
Diffusion barriers means thin, porous filters
as described in Section 5.3.1(a) of
Supplement No. 3 to this Part.
(3) The manufacture or assembly of laserbased systems. Laser-based systems means
systems incorporating those items as
described in Section 5.7 of Supplement No.
3 to this Part.
(4) The manufacture or assembly of
electromagnetic isotope separators.
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January 31 of the year following any calendar
year in which there were no changes to
previously ‘‘reported’’ activities or location
information.
Within 15 calendar days following the end of
any calendar quarter in which a person exports an item listed in Supplement No. 3 to
this Part.
Within 30 calendar days of receiving notification from BIS.
Within 15 calendar days of receiving notification from BIS.
Amended report due:
—30 calendar days after you discover an
error or omission in activity information
contained in your most recent report.
—30 calendar days after a change in
company information or ownership of a
location.
—30 calendar days after receipt of a
post-complementary access letter from
BIS.
Electromagnetic isotope separators means
those items referred to in Section 5.9.1 of
Supplement No. 3 to this Part containing ion
sources as described in Section 5.9.1(a) of
Supplement No. 3 to this Part.
(5) The manufacture or assembly of
columns or extraction equipment. Columns
or extraction equipment means those items as
described in Sections 5.6.1, 5.6.2, 5.6.3, 5.6.5,
5.6.6, 5.6.7, and 5.6.8 of Supplement No. 3
to this Part.
(6) The manufacture of aerodynamic
separation nozzles or vortex tubes.
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Aerodynamic separation nozzles or vortex
tubes means separation nozzles and vortex
tubes as described, respectively, in Sections
5.5.1 and 5.5.2 of Supplement No. 3 to this
Part.
(7) The manufacture or assembly of
uranium plasma generation systems.
Uranium plasma generation systems means
systems for the generation of uranium plasma
as described in Section 5.8.3 of Supplement
No. 3 to this Part.
(8) The manufacture of zirconium tubes.
Zirconium tubes means tubes as described in
Section 1.6 of Supplement No. 3 to this Part.
(9) The manufacture or upgrading of heavy
water or deuterium. Heavy water or
deuterium means deuterium, heavy water
(deuterium oxide) and any other deuterium
compound in which the ratio of deuterium to
hydrogen atoms exceeds 1:5,000.
(10) The manufacture of nuclear grade
graphite. Nuclear grade graphite means
graphite having a purity level better than 5
parts per million boron equivalent and with
a density greater than 1.50 g/cm3;
(11) The manufacture of flasks for
irradiated fuel. A flask for irradiated fuel
means a vessel for the transportation and/or
storage of irradiated fuel that provides
chemical, thermal and radiological
protection, and dissipates decay heat during
handling, transportation and storage.
(12) The manufacture of reactor control
rods. Reactor control rods means rods as
described in Section 1.4 of Supplement No.
3 to this Part.
(13) The manufacture of critically safe
tanks and vessels. Critically safe tanks and
vessels means those items as described in
Sections 3.2 and 3.4 of Supplement No. 3 to
this Part.
(14) The manufacture of irradiated fuel
element chopping machines. Irradiated fuel
element chopping machines means
equipment as described in Section 3.1 of
Supplement No. 3 to this Part.
(15) The construction of hot cells. Hot cells
means a cell or interconnected cells totaling
at least 6 cubic meters in volume with
shielding equal to or greater than the
equivalent of 0.5 meters of concrete, with a
density of 3.2 g/cm3 or greater, outfitted with
equipment for remote operations.
reactors which could reasonably be capable
of modification to produce significantly more
than 100 grams of plutonium per year.
Reactors designed for sustained operation at
significant power levels, regardless of their
capacity for plutonium production, are not
considered as ‘‘zero energy reactors.’’
1.2. Reactor Pressure Vessels
Metal vessels, as complete units or as
major shop-fabricated parts therefor, which
are specially designed or prepared to contain
the core of a nuclear reactor, as defined in
Section 1.1, and are capable of withstanding
the operating pressure of the primary coolant.
Explanatory Note: This is the list that the
IAEA Board of Governors agreed at its
meeting on 24 February 1993 would be used
for the purpose of the voluntary reporting
scheme, as subsequently amended by the
Board. A top plate for a reactor pressure
vessel is covered by this Section 1.2 as a
major shop-fabricated part of a pressure
vessel. Reactor internals (e.g., support
columns and plates for the core and other
vessel internals, control rod guide tubes,
thermal shields, baffles, core grid plates,
diffuser plates, etc.) are normally supplied by
the reactor supplier. In some cases, certain
internal support components are included in
the fabrication of the pressure vessel. These
items are sufficiently critical to the safety and
reliability of the operation of the reactor (and,
therefore, to the guarantees and liability of
the reactor supplier), so that their supply,
outside the basic supply arrangement for the
reactor itself, would not be common practice.
Therefore, although the separate supply of
these unique, specially designed and
prepared, critical, large and expensive items
would not necessarily be considered as
falling outside the area of concern, such a
mode of supply is considered unlikely.
1.3. Reactor Fuel Charging and Discharging
Machines
1. Reactors and Equipment Therefor
jlentini on PROD1PC65 with PROPOSALS4
Supplement No. 3 to Part 783 List of
Specified Equipment and Non-Nuclear
Material for the Reporting of Exports
and Imports
Manipulative equipment specially
designed or prepared for inserting or
removing fuel in a nuclear reactor, as defined
in Section 1.1 of this Supplement, capable of
on-load operation or employing technically
sophisticated positioning or alignment
features to allow complex off-load fueling
operations such as those in which direct
viewing of or access to the fuel is not
normally available.
1.4. Reactor Control Rods
1.1. Complete Nuclear Reactors
Nuclear reactors capable of operation so as
to maintain a controlled self-sustaining
fission chain reaction, excluding zero energy
reactors, the latter being defined as reactors
with a designed maximum rate of production
of plutonium not exceeding 100 grams per
year.
Explanatory Note: A ‘‘nuclear reactor’’
basically includes the items within or
attached directly to the reactor vessel, the
equipment which controls the level of power
in the core, and the components which
normally contain or come in direct contact
with or control the primary coolant of the
reactor core. It is not intended to exclude
Rods specially designed or prepared for the
control of the reaction rate in a nuclear
reactor as defined in Section 1.1 of this
Supplement.
Explanatory Note: This item includes, in
addition to the neutron absorbing part, the
support or suspension structures therefor if
supplied separately.
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1.5. Reactor Pressure Tubes
Tubes which are specially designed or
prepared to contain fuel elements and the
primary coolant in a reactor, as defined in
Section 1.1 of this Supplement, at an
operating pressure in excess of 5.1 MPa (740
psi).
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43583
1.6. Zirconium Tubes
Zirconium metal and alloys in the form of
tubes or assemblies of tubes, and in
quantities exceeding 500 kg in any period of
12 months, specially designed or prepared
for use in a reactor, as defined in Section 1.1
of this Supplement, and in which the relation
of hafnium to zirconium is less than 1:500
parts by weight.
1.7. Primary Coolant Pumps
Pumps specially designed or prepared for
circulating the primary coolant for nuclear
reactors, as defined in Section 1.1 of this
Supplement.
Explanatory Note: Specially designed or
prepared pumps may include elaborate
sealed or multi-sealed systems to prevent
leakage of primary coolant, canned-driven
pumps, and pumps with inertial mass
systems. This definition encompasses pumps
certified to NC–1 or equivalent standards.
2. Non-Nuclear Materials for Reactors
2.1. Deuterium and Heavy Water
Deuterium, heavy water (deuterium oxide)
and any other deuterium compound in which
the ratio of deuterium to hydrogen atoms
exceeds 1:5,000 for use in a nuclear reactor,
as defined in Section 1.1 of this Supplement,
in quantities exceeding 200 kg of deuterium
atoms for any one recipient country in any
period of 12 months.
2.2. Nuclear Grade Graphite
Graphite having a purity level better than
5 parts per million boron equivalent and with
a density greater than 1.50 g/cm3 for use in
a nuclear reactor, as defined in Section 1.1
of this Supplement, in quantities exceeding
3 × 104 kg (30 metric tons) for any one
recipient country in any period of 12 months.
Note: For the purpose of reporting, the
Government will determine whether or not
the exports of graphite meeting the
specifications of this Section 2.2 are for
nuclear reactor use.
3. Plants for the Reprocessing of Irradiated
Fuel Elements, and Equipment Specially
Designed or Prepared Therefor
Introductory Note: Reprocessing irradiated
nuclear fuel separates plutonium and
uranium from intensely radioactive fission
products and other transuranic elements.
Different technical processes can accomplish
this separation. However, over the years
Purex has become the most commonly used
and accepted process. Purex involves the
dissolution of irradiated nuclear fuel in nitric
acid, followed by separation of the uranium,
plutonium, and fission products by solvent
extraction using a mixture of tributyl
phosphate in an organic diluent. Purex
facilities have process functions similar to
each other, including: irradiated fuel element
chopping, fuel dissolution, solvent
extraction, and process liquor storage. There
may also be equipment for thermal
denitration of uranium nitrate, conversion of
plutonium nitrate to oxide or metal, and
treatment of fission product waste liquor to
a form suitable for long term storage or
disposal. However, the specific type and
configuration of the equipment performing
these functions may differ between Purex
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facilities for several reasons, including the
type and quantity of irradiated nuclear fuel
to be reprocessed and the intended
disposition of the recovered materials, and
the safety and maintenance philosophy
incorporated into the design of the facility. A
‘‘plant for the reprocessing of irradiated fuel
elements’’ includes the equipment and
components which normally come in direct
contact with and directly control the
irradiated fuel and the major nuclear material
and fission product processing streams.
These processes, including the complete
systems for plutonium conversion and
plutonium metal production, may be
identified by the measures taken to avoid
criticality (e.g., by geometry), radiation
exposure (e.g., by shielding), and toxicity
hazards (e.g., by containment). Items of
equipment that are considered to fall within
the meaning of the phrase ‘‘and equipment
specially designed or prepared’’ for the
reprocessing of irradiated fuel elements
include:
3.1. Irradiated Fuel Element Chopping
Machines
Introductory Note: This equipment
breaches the cladding of the fuel to expose
the irradiated nuclear material to dissolution.
Specially designed metal cutting shears are
the most commonly employed, although
advanced equipment, such as lasers, may be
used. Remotely operated equipment specially
designed or prepared for use in a
reprocessing plant, as identified in the
introductory paragraph of this section, and
intended to cut, chop or shear irradiated
nuclear fuel assemblies, bundles or rods.
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3.2. Dissolvers
Introductory Note: Dissolvers normally
receive the chopped-up spent fuel. In these
critically safe vessels, the irradiated nuclear
material is dissolved in nitric acid and the
remaining hulls removed from the process
stream. Critically safe tanks (e.g., small
diameter, annular or slab tanks) specially
designed or prepared for use in a
reprocessing plant, as identified in the
introductory paragraph of this section,
intended for dissolution of irradiated nuclear
fuel and which are capable of withstanding
hot, highly corrosive liquid, and which can
be remotely loaded and maintained.
3.3. Solvent Extractors and Solvent
Extraction Equipment
Introductory Note: Solvent extractors both
receive the solution of irradiated fuel from
the dissolvers and the organic solution which
separates the uranium, plutonium, and
fission products. Solvent extraction
equipment is normally designed to meet
strict operating parameters, such as long
operating lifetimes with no maintenance
requirements or adaptability to easy
replacement, simplicity of operation and
control, and flexibility for variations in
process conditions. Specially designed or
prepared solvent extractors such as packed or
pulse columns, mixer settlers or centrifugal
contactors for use in a plant for the
reprocessing of irradiated fuel. Solvent
extractors must be resistant to the corrosive
effect of nitric acid. Solvent extractors are
normally fabricated to extremely high
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standards (including special welding and
inspection and quality assurance and quality
control techniques) out of low carbon
stainless steels, titanium, zirconium, or other
high quality materials.
3.4. Chemical Holding or Storage Vessels
Introductory Note: Three main process
liquor streams result from the solvent
extraction step. Holding or storage vessels are
used in the further processing of all three
streams, as follows:
(a) The pure uranium nitrate solution is
concentrated by evaporation and passed to a
denitration process where it is converted to
uranium oxide. This oxide is re-used in the
nuclear fuel cycle.
(b) The intensely radioactive fission
products solution is normally concentrated
by evaporation and stored as a liquor
concentrate. This concentrate may be
subsequently evaporated and converted to a
form suitable for storage or disposal.
(c) The pure plutonium nitrate solution is
concentrated and stored pending its transfer
to further process steps. In particular,
holding or storage vessels for plutonium
solutions are designed to avoid criticality
problems resulting from changes in
concentration and form of this stream.
Specially designed or prepared holding or
storage vessels for use in a plant for the
reprocessing of irradiated fuel. The holding
or storage vessels must be resistant to the
corrosive effect of nitric acid. The holding or
storage vessels are normally fabricated of
materials such as low carbon stainless steels,
titanium or zirconium, or other high quality
materials. Holding or storage vessels may be
designed for remote operation and
maintenance and may have the following
features for control of nuclear criticality: (1)
Walls or internal structures with a boron
equivalent of at least two percent; (2) a
maximum diameter of 175 mm (7 in) for
cylindrical vessels; or (3) a maximum width
of 75 mm (3 in) for either a slab or annular
vessel.
3.5. Plutonium Nitrate to Oxide Conversion
System
Introductory Note: In most reprocessing
facilities, this final process involves the
conversion of the plutonium nitrate solution
to plutonium dioxide. The main functions
involved in this process are: Process feed
storage and adjustment, precipitation and
solid/liquor separation, calcination, product
handling, ventilation, waste management,
and process control. Complete systems
specially designed or prepared for the
conversion of plutonium nitrate to plutonium
oxide, in particular adapted so as to avoid
criticality and radiation effects and to
minimize toxicity hazards.
3.6. Plutonium Oxide to Metal Production
System
Introductory Note: This process, which
could be related to a reprocessing facility,
involves the fluorination of plutonium
dioxide, normally with highly corrosive
hydrogen fluoride, to produce plutonium
fluoride which is subsequently reduced using
high purity calcium metal to produce
metallic plutonium and a calcium fluoride
slag. The main functions involved in this
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process are: Fluorination (e.g., involving
equipment fabricated or lined with a
precious metal), metal reduction (e.g.,
employing ceramic crucibles), slag recovery,
product handling, ventilation, waste
management and process control. Complete
systems specially designed or prepared for
the production of plutonium metal, in
particular adapted so as to avoid criticality
and radiation effects and to minimize toxicity
hazards.
4. Plants for the Fabrication of Fuel Elements
A ‘‘plant for the fabrication of fuel
elements’’ includes the equipment:
(a) Which normally comes in direct contact
with, or directly processes, or controls, the
production flow of nuclear material, or
(b) Which seals the nuclear material within
the cladding.
5. Plants for the Separation of Isotopes of
Uranium and Equipment, Other Than
Analytical Instruments, Specially Designed
or Prepared Therefor
Items of equipment that are considered to
fall within the meaning of the phrase
‘‘equipment, other than analytical
instruments, specially designed or prepared’’
for the separation of isotopes of uranium
include:
5.1. Gas Centrifuges and Assemblies and
Components Specially Designed or Prepared
for Use in Gas Centrifuges
Introductory Note: The gas centrifuge
normally consists of a thin-walled cylinder(s)
of between 75 mm (3 in) and 400 mm (16 in)
diameter contained in a vacuum environment
and spun at high peripheral speed of the
order of 300 m/s or more with its central axis
vertical. In order to achieve high speed the
materials of construction for the rotating
components have to be of a high strength to
density ratio and the rotor assembly, and
hence its individual components, have to be
manufactured to very close tolerances in
order to minimize the unbalance. In contrast
to other centrifuges, the gas centrifuge for
uranium enrichment is characterized by
having within the rotor chamber a rotating
disc-shaped baffle(s) and a stationary tube
arrangement for feeding and extracting the
UF6 gas and featuring at least 3 separate
channels, of which 2 are connected to scoops
extending from the rotor axis towards the
periphery of the rotor chamber. Also
contained within the vacuum environment
are a number of critical items which do not
rotate and which although they are specially
designed are not difficult to fabricate nor are
they fabricated out of unique materials. A
centrifuge facility however requires a large
number of these components, so that
quantities can provide an important
indication of end use.
5.1.1. Rotating Components
(a) Complete rotor assemblies: Thin-walled
cylinders, or a number of interconnected
thin-walled cylinders, manufactured from
one or more of the high strength to density
ratio materials described in the Explanatory
Note to Section 5.1.1 of this Supplement. If
interconnected, the cylinders are joined
together by flexible bellows or rings as
described in Section 5.1.1(c) of this
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Supplement. The rotor is fitted with an
internal baffle(s) and end caps, as described
in Section 5.1.1(d) and (e) of this
Supplement, if in final form. However the
complete assembly may be delivered only
partly assembled.
(b) Rotor tubes: Specially designed or
prepared thin-walled cylinders with
thickness of 12 mm (0.5 in) or less, a
diameter of between 75 mm (3 in) and 400
mm (16 in), and manufactured from one or
more of the high strength to density ratio
materials described in the Explanatory Note
to Section 5.1.1 of this Supplement.
(c) Rings or Bellows: Components specially
designed or prepared to give localized
support to the rotor tube or to join together
a number of rotor tubes. The bellows is a
short cylinder of wall thickness 3 mm (0.12
in) or less, a diameter of between 75 mm (3
in) and 400 mm (16 in), having a convolute,
and manufactured from one of the high
strength to density ratio materials described
in the Explanatory Note to Section 5.1.1 of
this Supplement.
(d) Baffles: Disc-shaped components of
between 75 mm (3 in) and 400 mm (16 in)
diameter specially designed or prepared to be
mounted inside the centrifuge rotor tube, in
order to isolate the take-off chamber from the
main separation chamber and, in some cases,
to assist the UF6 gas circulation within the
main separation chamber of the rotor tube,
and manufactured from one of the high
strength to density ratio materials described
in the Explanatory Note to Section 5.1.1 of
this Supplement.
(e) Top caps/Bottom caps: Disc-shaped
components of between 75 mm (3 in) and 400
mm (16 in) diameter specially designed or
prepared to fit to the ends of the rotor tube,
and so contain the UF6 within the rotor tube,
and in some cases to support, retain or
contain as an integrated part an element of
the upper bearing (top cap) or to carry the
rotating elements of the motor and lower
bearing (bottom cap), and manufactured from
one of the high strength to density ratio
materials described in the Explanatory Note
to Section 5.1.1 of this Supplement.
Explanatory Note: The materials used for
centrifuge rotating components are:
(a) Maraging steel capable of an ultimate
tensile strength of 2.05 × 109 N/m2 (300,000
psi) or more;
(b) Aluminum alloys capable of an ultimate
tensile strength of 0.46 × 109 N/m2 (67,000
psi) or more;
(c) Filamentary materials suitable for use in
composite structures and having a specific
modulus of 12.3 × 106 m or greater and a
specific ultimate tensile strength of 0.3 x 106
m or greater (‘‘Specific Modulus’’ is the
Young’s Modulus in N/m2 divided by the
specific weight in N/m3; ‘‘Specific Ultimate
Tensile Strength’’ is the ultimate tensile
strength in N/m2 divided by the specific
weight in N/m3).
5.1.2. Static Components
(a) Magnetic suspension bearings:
Specially designed or prepared bearing
assemblies consisting of an annular magnet
suspended within a housing containing a
damping medium. The housing will be
manufactured from a UF6-resistant material
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(see Explanatory Note to Section 5.2 of this
Supplement.). The magnet couples with a
pole piece or a second magnet fitted to the
top cap described in Section 5.1.1(e) of this
Supplement. The magnet may be ring-shaped
with a relation between outer and inner
diameter smaller or equal to 1.6:1. The
magnet may be in a form having an initial
permeability of 0.15 H/m (120,000 in CGS
units) or more, or a remanence of 98.5% or
more, or an energy product of greater than 80
kJ/m3 (107 gauss-oersteds). In addition to the
usual material properties, it is a prerequisite
that the deviation of the magnetic axes from
the geometrical axes is limited to very small
tolerances (lower than 0.1 mm or 0.004 in)
or that homogeneity of the material of the
magnet is specially called for.
(b) Bearings/Dampers: Specially designed
or prepared bearings comprising a pivot/cup
assembly mounted on a damper. The pivot is
normally a hardened steel shaft with a
hemisphere at one end with a means of
attachment to the bottom cap, described in
Section 5.1.1(e) of this Supplement, at the
other. The shaft may however have a
hydrodynamic bearing attached. The cup is
pellet-shaped with a hemispherical
indentation in one surface. These
components are often supplied separately to
the damper.
(c) Molecular pumps: Specially designed or
prepared cylinders having internally
machined or extruded helical grooves and
internally machined bores. Typical
dimensions are as follows: 75 mm (3 in) to
400 mm (16 in) internal diameter, 10 mm (0.4
in) or more wall thickness, with the length
equal to or greater than the diameter. The
grooves are typically rectangular in crosssection and 2 mm (0.08 in) or more in depth.
(d) Motor stators: Specially designed or
prepared ring-shaped stators for high speed
multiphase AC hysteresis (or reluctance)
motors for synchronous operation within a
vacuum in the frequency range of 600–2,000
Hz and a power range of 50–1,000 VA. The
stators consist of multi-phase windings on a
laminated low loss iron core comprised of
thin layers typically 2.0 mm (0.08 in) thick
or less.
(e) Centrifuge housing/recipients:
Components specially designed or prepared
to contain the rotor tube assembly of a gas
centrifuge. The housing consists of a rigid
cylinder of wall thickness up to 30 mm (1.2
in) with precision machined ends to locate
the bearings and with one or more flanges for
mounting. The machined ends are parallel to
each other and perpendicular to the
cylinder’s longitudinal axis to within 0.05
degrees or less. The housing may also be a
honeycomb type structure to accommodate
several rotor tubes. The housings are made of
or protected by materials resistant to
corrosion by UF6.
(f) Scoops: Specially designed or prepared
tubes of up to 12 mm (0.5 in) internal
diameter for the extraction of UF6 gas from
within the rotor tube by a Pitot tube action
(that is, with an aperture facing into the
circumferential gas flow within the rotor
tube, for example by bending the end of a
radially disposed tube) and capable of being
fixed to the central gas extraction system.
The tubes are made of or protected by
materials resistant to corrosion by UF6.
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5.2. Specially Designed or Prepared
Auxiliary Systems, Equipment and
Components for Gas Centrifuge Enrichment
Plants
Introductory Note: The auxiliary systems,
equipment and components for a gas
centrifuge enrichment plant are the systems
of plant needed to feed UF6 to the
centrifuges, to link the individual centrifuges
to each other to form cascades (or stages) to
allow for progressively higher enrichments
and to extract the ‘‘product’’ and ‘‘tails’’ UF6
from the centrifuges, together with the
equipment required to drive the centrifuges
or to control the plant. Normally UF6 is
evaporated from the solid using heated
autoclaves and is distributed in gaseous form
to the centrifuges by way of cascade header
pipework. The ‘‘product’’ and ‘‘tails’’ UF6
gaseous streams flowing from the centrifuges
are also passed by way of cascade header
pipework to cold traps (operating at about
203 K (¥70 °C)) where they are condensed
prior to onward transfer into suitable
containers for transportation or storage.
Because an enrichment plant consists of
many thousands of centrifuges arranged in
cascades there are many kilometers of
cascade header pipework, incorporating
thousands of welds with a substantial
amount of repetition of layout. The
equipment, components and piping systems
are fabricated to very high vacuum and
cleanliness standards.
5.2.1. Feed Systems/Product and Tails
Withdrawal Systems
Specially designed or prepared process
systems including: Feed autoclaves (or
stations), used for passing UF6 to the
centrifuge cascades at up to 100 kPa (15 psi)
and at a rate of 1 kg/h or more; desublimers
(or cold traps) used to remove UF6 from the
cascades at up to 3 kPa (0.5 psi) pressure.
The desublimers are capable of being chilled
to 203 K (¥70 °C) and heated to 343 K (70
°C); ‘‘Product’’ and ‘‘Tails’’ stations used for
trapping UF6 into containers. This plant,
equipment and pipework is wholly made of
or lined with UF6-resistant materials (see
Explanatory Note to Section 5.2 of this
Supplement) and is fabricated to very high
vacuum and cleanliness standards.
5.2.2. Machine Header Piping Systems
Specially designed or prepared piping
systems and header systems for handling UF6
within the centrifuge cascades. The piping
network is normally of the ‘‘triple’’ header
system with each centrifuge connected to
each of the headers. There is thus a
substantial amount of repetition in its form.
It is wholly made of UF6-resistant materials
(see Explanatory Note to Section 5.2 of this
Supplement) and is fabricated to very high
vacuum and cleanliness standards.
5.2.3. UF6 Mass Spectrometers/Ion Sources
Specially designed or prepared magnetic or
quadrupole mass spectrometers capable of
taking ‘‘on-line’’ samples of feed, product or
tails, from UF6 gas streams and having all of
the following characteristics:
(a) Unit resolution for atomic mass unit
greater than 320;
(b) Ion sources constructed of or lined with
nichrome or monel or nickel plated;
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(c) Electron bombardment ionization
sources;
(d) Having a collector system suitable for
isotopic analysis.
5.2.4. Frequency Changers
Frequency changers (also known as
converters or invertors) specially designed or
prepared to supply motor stators (as defined
under Section 5.1.2(d) of this Supplement),
or parts, components and sub-assemblies of
such frequency changers having all of the
following characteristics:
(a) A multiphase output of 600 to 2,000 Hz;
(b) High stability (with frequency control
better than 0.1%);
(c) Low harmonic distortion (less than 2%);
and
(d) An efficiency of greater than 80%.
Explanatory Note: The items listed in this
Section 5.2 either come into direct contact
with the UF6 process gas or directly control
the centrifuges and the passage of the gas
from centrifuge to centrifuge and cascade to
cascade. Materials resistant to corrosion by
UF6 include stainless steel, aluminum,
aluminum alloys, nickel or alloys containing
60% or more nickel.
5.3. Specially Designed or Prepared
Assemblies and Components for Use in
Gaseous Diffusion Enrichment
Introductory Note: In the gaseous diffusion
method of uranium isotope separation, the
main technological assembly is a special
porous gaseous diffusion barrier, heat
exchanger for cooling the gas (which is
heated by the process of compression), seal
valves and control valves, and pipelines.
Inasmuch as gaseous diffusion technology
uses uranium hexafluoride (UF6), all
equipment, pipeline and instrumentation
surfaces (that come in contact with the gas)
must be made of materials that remain stable
in contact with UF6. A gaseous diffusion
facility requires a number of these
assemblies, so that quantities can provide an
important indication of end use.
jlentini on PROD1PC65 with PROPOSALS4
5.3.1. Gaseous Diffusion Barriers
(a) Specially designed or prepared thin,
porous filters, with a pore size of 100–1,000
˚ (angstroms), a thickness of 5 mm (0.2 in)
A
or less, and for tubular forms, a diameter of
25 mm (1 in) or less, made of metallic,
polymer or ceramic materials resistant to
corrosion by UF6, and
(b) Specially prepared compounds or
powders for the manufacture of such filters.
Such compounds and powders include
nickel or alloys containing 60 percent or
more nickel, aluminum oxide, or UF6resistant fully fluorinated hydrocarbon
polymers having a purity of 99.9 percent or
more, a particle size less than 10 microns,
and a high degree of particle size uniformity,
which are specially prepared for the
manufacture of gaseous diffusion barriers.
5.3.2. Diffuser Housings
Specially designed or prepared
hermetically sealed cylindrical vessels
greater than 300 mm (12 in) in diameter and
greater than 900 mm (35 in) in length, or
rectangular vessels of comparable
dimensions, which have an inlet connection
and two outlet connections all of which are
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greater than 50 mm (2 in) in diameter, for
containing the gaseous diffusion barrier,
made of or lined with UF6-resistant materials
and designed for horizontal or vertical
installation.
5.3.3. Compressors and Gas Blowers
Specially designed or prepared axial,
centrifugal, or positive displacement
compressors, or gas blowers with a suction
volume capacity of 1 m3/min or more of UF6,
and with a discharge pressure of up to
several hundred kPa (100 psi), designed for
long-term operation in the UF6 environment
with or without an electrical motor of
appropriate power, as well as separate
assemblies of such compressors and gas
blowers. These compressors and gas blowers
have a pressure ratio between 2:1 and 6:1 and
are made of, or lined with, materials resistant
to UF6.
5.3.4. Rotary Shaft Seals
Specially designed or prepared vacuum
seals, with seal feed and seal exhaust
connections, for sealing the shaft connecting
the compressor or the gas blower rotor with
the driver motor so as to ensure a reliable
seal against in-leaking of air into the inner
chamber of the compressor or gas blower
which is filled with UF6. Such seals are
normally designed for a buffer gas in-leakage
rate of less than 1,000 cm3/min (60 in3/min).
5.3.5. Heat Exchangers for Cooling UF6
Specially designed or prepared heat
exchangers made of or lined with UF6resistant materials (except stainless steel) or
with copper or any combination of those
metals, and intended for a leakage pressure
change rate of less than 10 Pa (0.0015 psi) per
hour under a pressure difference of 100 kPa
(15 psi).
5.4. Specially Designed or Prepared
Auxiliary Systems, Equipment and
Components for Use in Gaseous Diffusion
Enrichment
Introductory Note: The auxiliary systems,
equipment and components for gaseous
diffusion enrichment plants are the systems
of plant needed to feed UF6 to the gaseous
diffusion assembly, to link the individual
assemblies to each other to form cascades (or
stages) to allow for progressively higher
enrichments and to extract the ‘‘product’’ and
‘‘tails’’ UF6 from the diffusion cascades.
Because of the high inertial properties of
diffusion cascades, any interruption in their
operation, and especially their shut-down,
leads to serious consequences. Therefore, a
strict and constant maintenance of vacuum in
all technological systems, automatic
protection from accidents, and precise
automated regulation of the gas flow is of
importance in a gaseous diffusion plant. All
this leads to a need to equip the plant with
a large number of special measuring,
regulating and controlling systems. Normally
UF6 is evaporated from cylinders placed
within autoclaves and is distributed in
gaseous form to the entry point by way of
cascade header pipework. The ‘‘product’’ and
‘‘tails’’ UF6 gaseous streams flowing from exit
points are passed by way of cascade header
pipework to either cold traps or to
compression stations where the UF6 gas is
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liquefied prior to onward transfer into
suitable containers for transportation or
storage. Because a gaseous diffusion
enrichment plant consists of a large number
of gaseous diffusion assemblies arranged in
cascades, there are many kilometers of
cascade header pipework, incorporating
thousands of welds with substantial amounts
of repetition of layout. The equipment,
components and piping systems are
fabricated to very high vacuum and
cleanliness standards.
5.4.1. Feed Systems/Product and Tails
Withdrawal Systems
Specially designed or prepared process
systems, capable of operating at pressures of
300 kPa (45 psi) or less, including:
(a) Feed autoclaves (or systems), used for
passing UF6 to the gaseous diffusion
cascades;
(b) Desublimers (or cold traps) used to
remove UF6 from diffusion cascades;
(c) Liquefaction stations where UF6 gas
from the cascade is compressed and cooled
to form liquid UF6;
(d) ‘‘Product’’ or ‘‘tails’’ stations used for
transferring UF6 into containers.
5.4.2. Header Piping Systems
Specially designed or prepared piping
systems and header systems for handling UF6
within the gaseous diffusion cascades. This
piping network is normally of the ‘‘double’’
header system with each cell connected to
each of the headers.
5.4.3. Vacuum Systems
(a) Specially designed or prepared large
vacuum manifolds, vacuum headers and
vacuum pumps having a suction capacity of
5 m3/min (175 ft3/min) or more.
(b) Vacuum pumps specially designed for
service in UF6-bearing atmospheres made of,
or lined with, aluminum, nickel, or alloys
bearing more than 60% nickel. These pumps
may be either rotary or positive, may have
displacement and fluorocarbon seals, and
may have special working fluids present.
5.4.4. Special Shut-Off and Control Valves
Specially designed or prepared manual or
automated shut-off and control bellows
valves made of UF6-resistant materials with
a diameter of 40 to 1,500 mm (1.5 to 59 in)
for installation in main and auxiliary systems
of gaseous diffusion enrichment plants.
5.4.5. UF6 Mass Spectrometers/Ion Sources
Specially designed or prepared magnetic or
quadrupole mass spectrometers capable of
taking ‘‘on-line’’ samples of feed, product or
tails, from UF6 gas streams and having all of
the following characteristics:
(a) Unit resolution for atomic mass unit
greater than 320;
(b) Ion sources constructed of or lined with
nichrome or monel or nickel plated;
(c) Electron bombardment ionization
sources;
(d) Collector system suitable for isotopic
analysis.
Explanatory Note: The items listed in this
Section 5.4 either come into direct contact
with the UF6 process gas or directly control
the flow within the cascade. All surfaces
which come into contact with the process gas
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are wholly made of, or lined with, UF6resistant materials. For the purposes of the
Sections in this Supplement relating to
gaseous diffusion items, the materials
resistant to corrosion by UF6 include
stainless steel, aluminum, aluminum alloys,
aluminum oxide, nickel or alloys containing
60% or more nickel and UF6-resistant fully
fluorinated hydrocarbon polymers.
5.5. Specially Designed or Prepared Systems,
Equipment and Components for Use in
Aerodynamic Enrichment Plants
Introductory Note: In aerodynamic
enrichment processes, a mixture of gaseous
UF6 and light gas (hydrogen or helium) is
compressed and then passed through
separating elements wherein isotopic
separation is accomplished by the generation
of high centrifugal forces over a curved-wall
geometry. Two processes of this type have
been successfully developed: the separation
nozzle process and the vortex tube process.
For both processes the main components of
a separation stage include cylindrical vessels
housing the special separation elements
(nozzles or vortex tubes), gas compressors
and heat exchangers to remove the heat of
compression. An aerodynamic plant requires
a number of these stages, so that quantities
can provide an important indication of end
use. Since aerodynamic processes use UF6,
all equipment, pipeline and instrumentation
surfaces (that come in contact with the gas)
must be made of materials that remain stable
in contact with UF6.
Explanatory Note: The items listed in
Section 5.5 of this Supplement either come
into direct contact with the UF6 process gas
or directly control the flow within the
cascade. All surfaces which come into
contact with the process gas are wholly made
of or protected by UF6-resistant materials. For
the purposes of the provisions of Section 5.5
of this Supplement that relate to
aerodynamic enrichment items, the materials
resistant to corrosion by UF6 include copper,
stainless steel, aluminum, aluminum alloys,
nickel or alloys containing 60% or more
nickel and UF6-resistant fully fluorinated
hydrocarbon polymers.
jlentini on PROD1PC65 with PROPOSALS4
5.5.1. Separation Nozzles
Specially designed or prepared separation
nozzles and assemblies thereof. The
separation nozzles consist of slit-shaped,
curved channels having a radius of curvature
less than 1 mm (typically 0.1 to 0.05 mm),
resistant to corrosion by UF6 and having a
knife-edge within the nozzle that separates
the gas flowing through the nozzle into two
fractions.
5.5.2. Vortex Tubes
Specially designed or prepared vortex
tubes and assemblies thereof. The vortex
tubes are cylindrical or tapered, made of or
protected by materials resistant to corrosion
by UF6, having a diameter of between 0.5 cm
and 4 cm, a length to diameter ratio of 20:1
or less and with one or more tangential
inlets. The tubes may be equipped with
nozzle-type appendages at either or both
ends.
Explanatory Note: The feed gas enters the
vortex tube tangentially at one end or
through swirl vanes or at numerous
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tangential positions along the periphery of
the tube.
5.5.3. Compressors and Gas Blowers
Specially designed or prepared axial,
centrifugal or positive displacement
compressors or gas blowers made of or
protected by materials resistant to corrosion
by UF6 and with a suction volume capacity
of 2 m3/min or more of UF6/carrier gas
(hydrogen or helium) mixture.
Explanatory Note: These compressors and
gas blowers typically have a pressure ratio
between 1.2:1 and 6:1.
5.5.4. Rotary Shaft Seals
Specially designed or prepared rotary shaft
seals, with seal feed and seal exhaust
connections, for sealing the shaft connecting
the compressor rotor or the gas blower rotor
with the driver motor so as to ensure a
reliable seal against out-leakage of process
gas or in-leakage of air or seal gas into the
inner chamber of the compressor or gas
blower which is filled with a UF6/carrier gas
mixture.
5.5.5. Heat Exchangers for Gas Cooling
Specially designed or prepared heat
exchangers made of or protected by materials
resistant to corrosion by UF6.
5.5.6. Separation Element Housings
Specially designed or prepared separation
element housings, made of or protected by
materials resistant to corrosion by UF6, for
containing vortex tubes or separation
nozzles.
Explanatory Note: These housings may be
cylindrical vessels greater than 300 mm in
diameter and greater than 900 mm in length,
or may be rectangular vessels of comparable
dimensions, and may be designed for
horizontal or vertical installation.
5.5.7. Feed Systems/Product and Tails
Withdrawal Systems
Specially designed or prepared process
systems or equipment for enrichment plants
made of or protected by materials resistant to
corrosion by UF6, including:
(a) Feed autoclaves, ovens, or systems used
for passing UF6 to the enrichment process;
(b) Desublimers (or cold traps) used to
remove UF6 from the enrichment process for
subsequent transfer upon heating;
(c) Solidification or liquefaction stations
used to remove UF6 from the enrichment
process by compressing and converting UF6
to a liquid or solid form;
(d) ‘‘Product’’ or ‘‘tails’’ stations used for
transferring UF6 into containers.
5.5.8. Header Piping Systems
Specially designed or prepared header
piping systems, made of or protected by
materials resistant to corrosion by UF6, for
handling UF6 within the aerodynamic
cascades. This piping network is normally of
the ‘‘double’’ header design with each stage
or group of stages connected to each of the
headers.
5.5.9. Vacuum Systems and Pumps
(a) Specially designed or prepared vacuum
systems having a suction capacity of 5 m3/
min or more, consisting of vacuum
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manifolds, vacuum headers and vacuum
pumps, and designed for service in UF6bearing atmospheres;
(b) Vacuum pumps specially designed or
prepared for service in UF6-bearing
atmospheres and made of or protected by
materials resistant to corrosion by UF6. These
pumps may use fluorocarbon seals and
special working fluids.
5.5.10. Special Shut-off and Control Valves
Specially designed or prepared manual or
automated shut-off and control bellows
valves made of or protected by materials
resistant to corrosion by UF6 with a diameter
of 40 to 1500 mm for installation in main and
auxiliary systems of aerodynamic enrichment
plants.
5.5.11. UF6 Mass Spectrometers/Ion Sources
Specially designed or prepared magnetic or
quadrupole mass spectrometers capable of
taking ‘‘on-line’’ samples of feed, ‘‘product’’
or ‘‘tails,’’ from UF6 gas streams and having
all of the following characteristics:
(a) Unit resolution for mass greater than
320;
(b) Ion sources constructed of or lined with
nichrome or monel or nickel plated;
(c) Electron bombardment ionization
sources;
(d) Collector system suitable for isotopic
analysis.
5.5.12. UF6/Carrier Gas Separation Systems
Specially designed or prepared process
systems for separating UF6 from carrier gas
(hydrogen or helium).
Explanatory Note: These systems are
designed to reduce the UF6 content in the
carrier gas to 1 ppm or less and may
incorporate equipment such as:
(a) Cryogenic heat exchangers and
cryoseparators capable of temperatures of
¥120 °C or less, or
(b) Cryogenic refrigeration units capable of
temperatures of ¥120 °C or less, or
(c) Separation nozzle or vortex tube units
for the separation of UF6 from carrier gas, or
(d) UF6 cold traps capable of temperatures
of ¥20 °C or less.
5.6. Specially Designed or Prepared Systems,
Equipment and Components for Use in
Chemical Exchange or Ion Exchange
Enrichment Plants
Introductory Note: The slight difference in
mass between the isotopes of uranium causes
small changes in chemical reaction equilibria
that can be used as a basis for separation of
the isotopes. Two processes have been
successfully developed: Liquid-liquid
chemical exchange and solid-liquid ion
exchange. In the liquid-liquid chemical
exchange process, immiscible liquid phases
(aqueous and organic) are countercurrently
contacted to give the cascading effect of
thousands of separation stages. The aqueous
phase consists of uranium chloride in
hydrochloric acid solution; the organic phase
consists of an extractant containing uranium
chloride in an organic solvent. The
contactors employed in the separation
cascade can be liquid-liquid exchange
columns (such as pulsed columns with sieve
plates) or liquid centrifugal contactors.
Chemical conversions (oxidation and
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reduction) are required at both ends of the
separation cascade in order to provide for the
reflux requirements at each end. A major
design concern is to avoid contamination of
the process streams with certain metal ions.
Plastic, plastic-lined (including use of
fluorocarbon polymers) and/or glass-lined
columns and piping are therefore used. In the
solid-liquid ion-exchange process,
enrichment is accomplished by uranium
adsorption/desorption on a special, very fastacting, ion-exchange resin or adsorbent. A
solution of uranium in hydrochloric acid and
other chemical agents is passed through
cylindrical enrichment columns containing
packed beds of the adsorbent. For a
continuous process, a reflux system is
necessary to release the uranium from the
adsorbent back into the liquid flow so that
‘‘product’’ and ‘‘tails’’ can be collected. This
is accomplished with the use of suitable
reduction/oxidation chemical agents that are
fully regenerated in separate external circuits
and that may be partially regenerated within
the isotopic separation columns themselves.
The presence of hot concentrated
hydrochloric acid solutions in the process
requires that the equipment be made of or
protected by special corrosion-resistant
materials.
5.6.1. Liquid-Liquid Exchange Columns
(Chemical Exchange)
Countercurrent liquid-liquid exchange
columns having mechanical power input
(i.e., pulsed columns with sieve plates,
reciprocating plate columns, and columns
with internal turbine mixers), specially
designed or prepared for uranium
enrichment using the chemical exchange
process. For corrosion resistance to
concentrated hydrochloric acid solutions,
these columns and their internals are made
of or protected by suitable plastic materials
(such as fluorocarbon polymers) or glass. The
stage residence time of the columns is
designed to be short (30 seconds or less).
jlentini on PROD1PC65 with PROPOSALS4
5.6.2. Liquid-Liquid Centrifugal Contactors
(Chemical Exchange)
Liquid-liquid centrifugal contactors
specially designed or prepared for uranium
enrichment using the chemical exchange
process. Such contactors use rotation to
achieve dispersion of the organic and
aqueous streams and then centrifugal force to
separate the phases. For corrosion resistance
to concentrated hydrochloric acid solutions,
the contactors are made of or are lined with
suitable plastic materials (such as
fluorocarbon polymers) or are lined with
glass. The stage residence time of the
centrifugal contactors is designed to be short
(30 seconds or less).
5.6.3. Uranium Reduction Systems and
Equipment (Chemical Exchange)
(a) Specially designed or prepared
electrochemical reduction cells to reduce
uranium from one valence state to another for
uranium enrichment using the chemical
exchange process. The cell materials in
contact with process solutions must be
corrosion resistant to concentrated
hydrochloric acid solutions.
Explanatory Note: The cell cathodic
compartment must be designed to prevent re-
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oxidation of uranium to its higher valence
state. To keep the uranium in the cathodic
compartment, the cell may have an
impervious diaphragm membrane
constructed of special cation exchange
material. The cathode consists of a suitable
solid conductor such as graphite.
(b) Specially designed or prepared systems
at the product end of the cascade for taking
the U4∂ out of the organic stream, adjusting
the acid concentration and feeding to the
electrochemical reduction cells.
Explanatory Note: These systems consist of
solvent extraction equipment for stripping
the U4∂ from the organic stream into an
aqueous solution, evaporation and/or other
equipment to accomplish solution pH
adjustment and control, and pumps or other
transfer devices for feeding to the
electrochemical reduction cells. A major
design concern is to avoid contamination of
the aqueous stream with certain metal ions.
Consequently, for those parts in contact with
the process stream, the system is constructed
of equipment made of or protected by
suitable materials (such as glass,
fluorocarbon polymers, polyphenyl sulfate,
polyether sulfone, and resin-impregnated
graphite).
5.6.4. Feed Preparation Systems (Chemical
Exchange)
Specially designed or prepared systems for
producing high-purity uranium chloride feed
solutions for chemical exchange uranium
isotope separation plants.
Explanatory Note: These systems consist of
dissolution, solvent extraction and/or ion
exchange equipment for purification and
electrolytic cells for reducing the uranium
U6∂ or U4∂ to U3∂. These systems produce
uranium chloride solutions having only a few
parts per million of metallic impurities such
as chromium, iron, vanadium, molybdenum
and other bivalent or higher multi-valent
cations. Materials of construction for portions
of the system processing high-purity U3∂
include glass, fluorocarbon polymers,
polyphenyl sulfate or polyether sulfone
plastic-lined and resin-impregnated graphite.
5.6.5. Uranium Oxidation Systems (Chemical
Exchange)
Specially designed or prepared systems for
oxidation of U3∂ to U4∂ for return to the
uranium isotope separation cascade in the
chemical exchange enrichment process.
Explanatory Note: These systems may
incorporate equipment such as:
(a) Equipment for contacting chlorine and
oxygen with the aqueous effluent from the
isotope separation equipment and extracting
the resultant U4∂ into the stripped organic
stream returning from the product end of the
cascade;
(b) Equipment that separates water from
hydrochloric acid so that the water and the
concentrated hydrochloric acid may be
reintroduced to the process at the proper
locations.
5.6.6. Fast-Reacting Ion Exchange Resins/
Adsorbents (Ion Exchange)
Fast-reacting ion-exchange resins or
adsorbents specially designed or prepared for
uranium enrichment using the ion exchange
process, including porous macroreticular
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resins, and/or pellicular structures in which
the active chemical exchange groups are
limited to a coating on the surface of an
inactive porous support structure, and other
composite structures in any suitable form
including particles or fibers. These ion
exchange resins/adsorbents have diameters of
0.2 mm or less and must be chemically
resistant to concentrated hydrochloric acid
solutions as well as physically strong enough
so as not to degrade in the exchange
columns. The resins/adsorbents are specially
designed to achieve very fast uranium
isotope exchange kinetics (exchange rate
half-time of less than 10 seconds) and are
capable of operating at a temperature in the
range of 100 °C to 200 °C.
5.6.7. Ion Exchange Columns (Ion Exchange)
Cylindrical columns greater than 1000 mm
in diameter for containing and supporting
packed beds of ion exchange resin/adsorbent,
specially designed or prepared for uranium
enrichment using the ion exchange process.
These columns are made of or protected by
materials (such as titanium or fluorocarbon
plastics) resistant to corrosion by
concentrated hydrochloric acid solutions and
are capable of operating at a temperature in
the range of 100 °C to 200 °C and pressures
above 0.7 MPa (102 psia).
5.6.8. Ion Exchange Reflux Systems (Ion
Exchange)
(a) Specially designed or prepared
chemical or electrochemical reduction
systems for regeneration of the chemical
reducing agent(s) used in ion exchange
uranium enrichment cascades.
(b) Specially designed or prepared
chemical or electrochemical oxidation
systems for regeneration of the chemical
oxidizing agent(s) used in ion exchange
uranium enrichment cascades.
Explanatory Note: The ion exchange
enrichment process may use, for example,
trivalent titanium (Ti3∂) as a reducing cation
in which case the reduction system would
regenerate Ti3∂ by reducing Ti4∂. The
process may use, for example, trivalent iron
(Fe3∂) as an oxidant in which case the
oxidation system would regenerate Fe3∂ by
oxidizing Fe2∂.
5.7. Specially Designed or Prepared Systems,
Equipment and Components for Use in
Laser-Based Enrichment Plants
Introductory Note: Present systems for
enrichment processes using lasers fall into
two categories: Those in which the process
medium is atomic uranium vapor and those
in which the process medium is the vapor of
a uranium compound. Common
nomenclature for such processes include:
First category—atomic vapor laser isotope
separation (AVLIS or SILVA); second
category—molecular laser isotope separation
(MLIS or MOLIS) and chemical reaction by
isotope selective laser activation (CRISLA).
The systems, equipment and components for
laser enrichment plants embrace:
(a) Devices to feed uranium-metal vapor
(for selective photo-ionization) or devices to
feed the vapor of a uranium compound (for
photo-dissociation or chemical activation);
(b) Devices to collect enriched and
depleted uranium metal as ‘‘product’’ and
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‘‘tails’’ in the first category, and devices to
collect dissociated or reacted compounds as
‘‘product’’ and unaffected material as ‘‘tails’’
in the second category;
(c) Process laser systems to selectively
excite the uranium-235 species; and
(d) Feed preparation and product
conversion equipment. The complexity of the
spectroscopy of uranium atoms and
compounds may require incorporation of any
of a number of available laser technologies.
Explanatory Note: Many of the items listed
in Section 5.7 of this Supplement come into
direct contact with uranium metal vapor or
liquid or with process gas consisting of UF6
or a mixture of UF6 and other gases. All
surfaces that come into contact with the
uranium or UF6 are wholly made of or
protected by corrosion-resistant materials.
For the purposes of the provisions in Section
5.7 of this Supplement that relate to laserbased enrichment items, the materials
resistant to corrosion by the vapor or liquid
of uranium metal or uranium alloys include
yttria-coated graphite and tantalum; and the
materials resistant to corrosion by UF6
include copper, stainless steel, aluminum,
aluminum alloys, nickel or alloys containing
60% or more nickel and UF6-resistant fully
fluorinated hydrocarbon polymers.
5.7.1. Uranium Vaporization Systems
(AVLIS)
Specially designed or prepared uranium
vaporization systems which contain highpower strip or scanning electron beam guns
with a delivered power on the target of more
than 2.5 kW/cm.
5.7.2. Liquid Uranium Metal Handling
Systems (AVLIS)
Specially designed or prepared liquid
metal handling systems for molten uranium
or uranium alloys, consisting of crucibles and
cooling equipment for the crucibles.
Explanatory Note: The crucibles and other
parts of this system that come into contact
with molten uranium or uranium alloys are
made of or protected by materials of suitable
corrosion and heat resistance. Suitable
materials include tantalum, yttria-coated
graphite, graphite coated with other rare
earth oxides or mixtures thereof.
jlentini on PROD1PC65 with PROPOSALS4
5.7.3. Uranium Metal ‘‘Product’’ and ‘‘Tails’’
Collector Assemblies (AVLIS)
Specially designed or prepared ‘‘product’’
and ‘‘tails’’ collector assemblies for uranium
metal in liquid or solid form.
Explanatory Note: Components for these
assemblies are made of or protected by
materials resistant to the heat and corrosion
of uranium metal vapor or liquid (such as
yttria-coated graphite or tantalum) and may
include pipes, valves, fittings, ‘‘gutters,’’
feed-throughs, heat exchangers and collector
plates for magnetic, electrostatic or other
separation methods.
5.7.4. Separator Module Housings (AVLIS)
Specially designed or prepared cylindrical
or rectangular vessels for containing the
uranium metal vapor source, the electron
beam gun, and the ‘‘product’’ and ‘‘tails’’
collectors.
Explanatory Note: These housings have
multiplicity of ports for electrical and water
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feed-throughs, laser beam windows, vacuum
pump connections and instrumentation
diagnostics and monitoring. They have
provisions for opening and closure to allow
refurbishment of internal components.
5.7.5. Supersonic Expansion Nozzles (MLIS)
Specially designed or prepared supersonic
expansion nozzles for cooling mixtures of
UF6 and carrier gas to 150 K or less and
which are corrosion resistant to UF6.
5.7.6. Uranium Pentafluoride Product
Collectors (MLIS)
Specially designed or prepared uranium
pentafluoride (UF5) solid product collectors
consisting of filter, impact, or cyclone-type
collectors, or combinations thereof, and
which are corrosion resistant to the UF5/UF6
environment.
5.7.7. UF6/Carrier Gas Compressors (MLIS)
Specially designed or prepared
compressors for UF6/carrier gas mixtures,
designed for long term operation in a UF6
environment. The components of these
compressors that come into contact with
process gas are made of or protected by
materials resistant to corrosion by UF6.
5.7.8. Rotary Shaft Seals (MLIS)
Specially designed or prepared rotary shaft
seals, with seal feed and seal exhaust
connections, for sealing the shaft connecting
the compressor rotor with the driver motor so
as to ensure a reliable seal against out-leakage
of process gas or in-leakage of air or seal gas
into the inner chamber of the compressor
which is filled with a UF6/carrier gas
mixture.
5.7.9. Fluorination Systems (MLIS)
Specially designed or prepared systems for
fluorinating UF5 (solid) to UF6 (gas).
Explanatory Note: These systems are
designed to fluorinate the collected UF5
powder to UF6 for subsequent collection in
product containers or for transfer as feed to
MLIS units for additional enrichment. In one
approach, the fluorination reaction may be
accomplished within the isotope separation
system to react and recover directly off the
‘‘product’’ collectors. In another approach,
the UF5 powder may be removed/transferred
from the ‘‘product’’ collectors into a suitable
reaction vessel (e.g., fluidized-bed reactor,
screw reactor or flame tower) for fluorination.
In both approaches, equipment for storage
and transfer of fluorine (or other suitable
fluorinating agents) and for collection and
transfer of UF6 are used.
5.7.10. UF6 Mass Spectrometers/Ion Sources
(MLIS)
Specially designed or prepared magnetic or
quadrupole mass spectrometers capable of
taking ‘‘on-line’’ samples of feed, ‘‘product,’’
or ‘‘tails’’ from UF6 gas streams and having
all of the following characteristics:
(a) Unit resolution for mass greater than
320;
(b) Ion sources constructed of or lined with
nichrome or monel or nickel plated;
(c) Electron bombardment ionization
sources; and
(d) Collector system suitable for isotopic
analysis.
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5.7.11. Feed Systems/Product and Tails
Withdrawal Systems (MLIS)
Specially designed or prepared process
systems or equipment for enrichment plants
made of or protected by materials resistant to
corrosion by UF6, including:
(a) Feed autoclaves, ovens, or systems used
for passing UF6 to the enrichment process;
(b) Desublimers (or cold traps) used to
remove UF6 from the enrichment process for
subsequent transfer upon heating;
(c) Solidification or liquefaction stations
used to remove UF6 from the enrichment
process by compressing and converting UF6
to a liquid or solid form;
(d) ‘‘Product’’ or ‘‘tails’’ stations used for
transferring UF6 into containers.
5.7.12. UF6/Carrier Gas Separation Systems
(MLIS)
Specially designed or prepared process
systems for separating UF6 from carrier gas.
The carrier gas may be nitrogen, argon, or
other gas.
Explanatory Note: These systems may
incorporate equipment such as:
(a) Cryogenic heat exchangers or
cryoseparators capable of temperatures of
¥120 °C or less, or
(b) Cryogenic refrigeration units capable of
temperatures of ¥120 °C or less, or
(c) UF6 cold traps capable of temperatures
of ¥20 °C or less.
5.7.13. Laser Systems (AVLIS, MLIS and
CRISLA)
Lasers or laser systems specially designed
or prepared for the separation of uranium
isotopes.
Explanatory Note: The laser system for the
AVLIS process usually consists of two lasers:
a copper vapor laser and a dye laser. The
laser system for MLIS usually consists of a
CO2 or excimer laser and a multi-pass optical
cell with revolving mirrors at both ends.
Lasers or laser systems for both processes
require a spectrum frequency stabilizer for
operation over extended periods of time.
5.8. Specially Designed or Prepared Systems,
Equipment and Components for Use in
Plasma Separation Enrichment Plants
Introductory Note: In the plasma separation
process, a plasma of uranium ions passes
through an electric field tuned to the U–235
ion resonance frequency so that they
preferentially absorb energy and increase the
diameter of their corkscrew-like orbits. Ions
with a large-diameter path are trapped to
produce a product enriched in U–235. The
plasma, which is made by ionizing uranium
vapor, is contained in a vacuum chamber
with a high-strength magnetic field produced
by a superconducting magnet. The main
technological systems of the process include
the uranium plasma generation system, the
separator module with superconducting
magnet and metal removal systems for the
collection of ‘‘product’’ and ‘‘tails.’’
5.8.1. Microwave Power Sources and
Antennae
Specially designed or prepared microwave
power sources and antennae for producing or
accelerating ions and having the following
characteristics: greater than 30 GHz
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frequency and greater than 50 kW mean
power output for ion production.
5.8.2. Ion Excitation Coils
Specially designed or prepared radio
frequency ion excitation coils for frequencies
of more than 100 kHz and capable of
handling more than 40 kW mean power.
5.8.3. Uranium Plasma Generation Systems
Specially designed or prepared systems for
the generation of uranium plasma, which
may contain high-power strip or scanning
electron beam guns with a delivered power
on the target of more than 2.5 kW/cm.
5.8.4. Liquid Uranium Metal Handling
Systems
Specially designed or prepared liquid
metal handling systems for molten uranium
or uranium alloys, consisting of crucibles and
cooling equipment for the crucibles, power
supply system, the ion source high-voltage
power supply system, the vacuum system,
and extensive chemical handling systems for
recovery of product and cleaning/recycling of
components.
jlentini on PROD1PC65 with PROPOSALS4
5.9.1. Electromagnetic Isotope Separators
Electromagnetic isotope separators
specially designed or prepared for the
separation of uranium isotopes, and
equipment and components therefor,
including:
(a) Ion sources: Specially designed or
prepared single or multiple uranium ion
sources consisting of a vapor source, ionizer,
and beam accelerator, constructed of suitable
materials such as graphite, stainless steel, or
copper, and capable of providing a total ion
beam current of 50 mA or greater;
(b) Ion collectors: Collector plates
consisting of two or more slits and pockets
specially designed or prepared for collection
of enriched and depleted uranium ion beams
and constructed of suitable materials such as
graphite or stainless steel;
(c) Vacuum housings: Specially designed
or prepared vacuum housings for uranium
electromagnetic separators, constructed of
suitable non-magnetic materials such as
stainless steel and designed for operation at
pressures of 0.1 Pa or lower;
Explanatory Note: The housings are
specially designed to contain the ion sources,
collector plates and water-cooled liners and
have provision for diffusion pump
connections and opening and closure for
removal and reinstallation of these
components.
(d) Magnet pole pieces: Specially designed
or prepared magnet pole pieces having a
diameter greater than 2 m used to maintain
a constant magnetic field within an
electromagnetic isotope separator and to
transfer the magnetic field between adjoining
separators.
5.9.2. High Voltage Power Supplies
Specially designed or prepared highvoltage power supplies for ion sources,
having all of the following characteristics:
capable of continuous operation, output
voltage of 20,000 V or greater, output current
of 1 A or greater, and voltage regulation of
better than 0.01% over a time period of 8
hours.
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5.9.3. Magnet Power Supplies
Specially designed or prepared highpower, direct current magnet power supplies
having all of the following characteristics:
capable of continuously producing a current
output of 500 A or greater at a voltage of 100
V or greater and with a current or voltage
regulation better than 0.01% over a period of
8 hours.
6. Plants for the Production of Heavy Water,
Deuterium and Deuterium Compounds and
Equipment Specially Designed or Prepared
Therefor
Introductory Note: Heavy water can be
produced by a variety of processes. However,
the two processes that have proven to be
commercially viable are the water-hydrogen
sulphide exchange process (GS process) and
the ammonia-hydrogen exchange process.
The GS process is based upon the exchange
of hydrogen and deuterium between water
and hydrogen sulphide within a series of
towers which are operated with the top
section cold and the bottom section hot.
Water flows down the towers while the
hydrogen sulphide gas circulates from the
bottom to the top of the towers. A series of
perforated trays are used to promote mixing
between the gas and the water. Deuterium
migrates to the water at low temperatures and
to the hydrogen sulphide at high
temperatures. Gas or water, enriched in
deuterium, is removed from the first stage
towers at the junction of the hot and cold
sections and the process is repeated in
subsequent stage towers. The product of the
last stage, water enriched up to 30% in
deuterium, is sent to a distillation unit to
produce reactor grade heavy water, i.e.,
99.75% deuterium oxide. The ammoniahydrogen exchange process can extract
deuterium from synthesis gas through contact
with liquid ammonia in the presence of a
catalyst. The synthesis gas is fed into
exchange towers and to an ammonia
converter. Inside the towers the gas flows
from the bottom to the top while the liquid
ammonia flows from the top to the bottom.
The deuterium is stripped from the hydrogen
in the synthesis gas and concentrated in the
ammonia. The ammonia then flows into an
ammonia cracker at the bottom of the tower
while the gas flows into an ammonia
converter at the top. Further enrichment
takes place in subsequent stages and reactor
grade heavy water is produced through final
distillation. The synthesis gas feed can be
provided by an ammonia plant that, in turn,
can be constructed in association with a
heavy water ammonia-hydrogen exchange
plant. The ammonia-hydrogen exchange
process can also use ordinary water as a feed
source of deuterium. Many of the key
equipment items for heavy water production
plants using GS or the ammonia-hydrogen
exchange processes are common to several
segments of the chemical and petroleum
industries. This is particularly so for small
plants using the GS process. However, few of
the items are available ‘‘off-the-shelf.’’ The
GS and ammonia-hydrogen processes require
the handling of large quantities of flammable,
corrosive and toxic fluids at elevated
pressures. Accordingly, in establishing the
design and operating standards for plants and
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equipment using these processes, careful
attention to the materials selection and
specifications is required to ensure long
service life with high safety and reliability
factors. The choice of scale is primarily a
function of economics and need. Thus, most
of the equipment items would be prepared
according to the requirements of the
customer. Finally, it should be noted that, in
both the GS and the ammonia-hydrogen
exchange processes, items of equipment
which individually are not specially
designed or prepared for heavy water
production can be assembled into systems
which are specially designed or prepared for
producing heavy water. The catalyst
production system used in the ammoniahydrogen exchange process and water
distillation systems used for the final
concentration of heavy water to reactor-grade
in either process are examples of such
systems. The items of equipment which are
specially designed or prepared for the
production of heavy water utilizing either the
water-hydrogen sulphide exchange process
or the ammonia-hydrogen exchange process
include the following:
6.1. Water-Hydrogen Sulphide Exchange
Towers
Exchange towers fabricated from fine
carbon steel (such as ASTM A516) with
diameters of 6 m (20 ft) to 9 m (30 ft), capable
of operating at pressures greater than or equal
to 2 MPa (300 psi) and with a corrosion
allowance of 6 mm or greater, specially
designed or prepared for heavy water
production utilizing the water-hydrogen
sulphide exchange process.
6.2. Blowers and Compressors
Single stage, low head (i.e., 0.2 MPa or 30
psi) centrifugal blowers or compressors for
hydrogen-sulphide gas circulation (i.e., gas
containing more than 70% H2S) specially
designed or prepared for heavy water
production utilizing the water-hydrogen
sulphide exchange process. These blowers or
compressors have a throughput capacity
greater than or equal to 56 m3/second
(120,000 SCFM) while operating at pressures
greater than or equal to 1.8 MPa (260 psi)
suction and have seals designed for wet H2S
service.
6.3. Ammonia-Hydrogen Exchange Towers
Ammonia-hydrogen exchange towers
greater than or equal to 35 m (114.3 ft) in
height with diameters of 1.5 m (4.9 ft) to 2.5
m (8.2 ft) capable of operating at pressures
greater than 15 MPa (2225 psi) specially
designed or prepared for heavy water
production utilizing the ammonia-hydrogen
exchange process. These towers also have at
least one flanged axial opening of the same
diameter as the cylindrical part through
which the tower internals can be inserted or
withdrawn.
6.4. Tower Internals and Stage Pumps
Tower internals and stage pumps specially
designed or prepared for towers for heavy
water production utilizing the ammoniahydrogen exchange process. Tower internals
include specially designed stage contactors
which promote intimate gas/liquid contact.
Stage pumps include specially designed
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submersible pumps for circulation of liquid
ammonia within a contacting stage internal
to the stage towers.
6.5. Ammonia Crackers
Ammonia crackers with operating
pressures greater than or equal to 3 MPa (450
psi) specially designed or prepared for heavy
water production utilizing the ammoniahydrogen exchange process.
6.6. Infrared Absorption Analyzers
Infrared absorption analyzers capable of
‘‘on-line’’ hydrogen/deuterium ratio analysis
where deuterium concentrations are equal to
or greater than 90%.
6.7. Catalytic Burners
Catalytic burners for the conversion of
enriched deuterium gas into heavy water
specially designed or prepared for heavy
water production utilizing the ammoniahydrogen exchange process.
7. Plants for the Conversion of Uranium and
Equipment Specially Designed or Prepared
Therefor
Introductory Note: Uranium conversion
plants and systems may perform one or more
transformations from one uranium chemical
species to another, including: conversion of
uranium ore concentrates to UO3, conversion
of UO3 to UO2, conversion of uranium oxides
to UF4 or UF6, conversion of UF4 to UF6,
conversion of UF6 to UF4, conversion of UF4
to uranium metal, and conversion of uranium
fluorides to UO2. Many of the key equipment
items for uranium conversion plants are
common to several segments of the chemical
process industry. For example, the types of
equipment employed in these processes may
include: furnaces, rotary kilns, fluidized bed
reactors, flame tower reactors, liquid
centrifuges, distillation columns and liquidliquid extraction columns. However, few of
the items are available ‘‘off-the-shelf;’’ most
would be prepared according to the
requirements and specifications of the
customer. In some instances, special design
and construction considerations are required
to address the corrosive properties of some of
the chemicals handled (HF, F2, ClF3, and
uranium fluorides). Finally, it should be
noted that, in all of the uranium conversion
processes, items of equipment which
individually are not specially designed or
prepared for uranium conversion can be
assembled into systems which are specially
designed or prepared for use in uranium
conversion.
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7.1. Specially Designed or Prepared Systems
for the Conversion of Uranium Ore
concentrates to UO3
Explanatory Note: Conversion of uranium
ore concentrates to UO3 can be performed by
first dissolving the ore in nitric acid and
extracting purified uranyl nitrate using a
solvent such as tributyl phosphate. Next, the
uranyl nitrate is converted to UO3 either by
concentration and denitration or by
neutralization with gaseous ammonia to
produce ammonium diuranate with
subsequent filtering, drying, and calcining.
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7.2. Specially Designed or Prepared Systems
for the Conversion of UO3 to UF6
Explanatory Note: Conversion of UO3 to
UF6 can be performed directly by
fluorination. The process requires a source of
fluorine gas or chlorine trifluoride.
784.5
784.6
7.3. Specially Designed or Prepared Systems
for the Conversion of UO3 to UO2
Explanatory Note: Conversion of UO3 to
UO2 can be performed through reduction of
UO3 with cracked ammonia gas or hydrogen.
§ 784.1 Complementary access: General
information on the purpose of
complementary access, affected locations,
and the role of BIS.
7.4. Specially Designed or Prepared Systems
for the Conversion of UO2 to UF4
Explanatory Note: Conversion of UO2 to
UF4 can be performed by reacting UO2 with
hydrogen fluoride gas (HF) at 300–500 °C.
7.5. Specially Designed or Prepared Systems
for the Conversion of UF4 to UF6
Explanatory Note: Conversion of UF4 to
UF6 is performed by exothermic reaction
with fluorine in a tower reactor. UF6 is
condensed from the hot effluent gases by
passing the effluent stream through a cold
trap cooled to ¥10 °C. The process requires
a source of fluorine gas.
7.6. Specially Designed or Prepared Systems
for the Conversion of UF4 to U Metal
Explanatory Note: Conversion of UF4 to U
metal is performed by reduction with
magnesium (large batches) or calcium (small
batches). The reaction is carried out at
temperatures above the melting point of
uranium (1130 °C).
7.7. Specially Designed or Prepared Systems
for the Conversion of UF6 to UO2
Explanatory Note: Conversion of UF6 to
UO2 can be performed by one of three
processes. In the first, UF6 is reduced and
hydrolyzed to UO2 using hydrogen and
steam. In the second, UF6 is hydrolyzed by
solution in water, ammonia is added to
precipitate ammonium diuranate, and the
diuranate is reduced to UO2 with hydrogen
at 820 °C. In the third process, gaseous UF6,
CO2, and NH3 are combined in water,
precipitating ammonium uranyl carbonate.
The ammonium uranyl carbonate is
combined with steam and hydrogen at 500–
600 °C to yield UO2. UF6 to UO2 conversion
is often performed as the first stage of a fuel
fabrication plant.
7.8 Specially Designed or Prepared Systems
for the Conversion of UF6 to UF4
Explanatory Note: Conversion of UF6 to
UF4 is performed by reduction with
hydrogen.
PART 784—COMPLEMENTARY
ACCESS
Sec.
784.1 Complementary access: General
information on the purpose of
complementary access, affected
locations, and the role of BIS.
784.2 Obtaining consent or warrants to
conduct complementary access.
784.3 Scope and conduct of complementary
access.
784.4 Notification, duration and frequency
of complementary access.
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Subsidiary arrangements.
Post complementary access activities.
Authority: Public Law 109–401, 120 Stat.
2726 (December 18, 2006); Executive Order
13458 (February 4, 2008).
(a) Overview. The Additional Protocol
requires that the United States provide
the IAEA with complementary access to
locations specified in the U.S.
declaration. The IAEA may request and
be given complementary access to
locations in the United States that are
not included in the U.S. declaration as
agreed to by the U.S. Government. The
IAEA, upon request, will be granted
complementary access to locations in
the United States in accordance with the
provisions of § 784.3 of the APR, which
describes the scope and conduct of
complementary access.
(b) Purposes authorized under the
APR. The APR authorize the conduct of
complementary access, at locations in
the United States, for the following
purposes:
(1) Declared uranium hard-rock mines
and ore beneficiation plants.
Complementary access may be
conducted, on a selective basis, to verify
the absence of undeclared nuclear
material and nuclear related activities at
reportable uranium hard-rock mines and
ore beneficiation plants (see
§ 783.1(a)(3) of the APR).
(2) Other locations specified in the
U.S. declaration and locations
requested by the IAEA that are not
included in the U.S. declaration as
agreed to by the U.S. Government.
Complementary access may be
conducted at other locations specified
in the U.S. declaration (i.e., locations
required to submit reports to BIS
pursuant to § 783.1(a)(1), (a)(2), or (b) of
the APR), and locations requested by the
IAEA and agreed to by the U.S.
Government, to resolve questions
relating to the correctness and
completeness of the information
provided in the U.S. declaration or to
resolve inconsistencies relating to that
information.
(i) In the event that the IAEA has a
question about, or identifies an apparent
inconsistency in, information contained
in the U.S. declaration (e.g., information
based on reports submitted to BIS by
one of these locations, pursuant to
§ 783.1(a)(1), (a)(2), or (b) of the APR),
the IAEA will provide the U.S.
Government with an opportunity to
clarify or resolve the question or
inconsistency. The IAEA will not draw
any conclusions about the question or
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inconsistency, or request
complementary access to a location,
until the U.S. Government has been
provided with an opportunity to clarify
or resolve the question or inconsistency,
unless the IAEA considers that a delay
in access would prejudice the purpose
for which the access is sought.
(ii) Upon receipt of a request from the
IAEA for clarification concerning
information contained in the U.S.
declaration, BIS will provide written
notification to the U.S. location. The
U.S. location must provide BIS with all
of the requested information to clarify or
resolve the question or inconsistency
raised by the IAEA. Unless informed
otherwise by BIS, the U.S. location will
have 15 calendar days from its receipt
of written notification to submit the
required forms to BIS (see the
Supplemental Information Report
requirements in § 783.1(d) of the APR).
(c) Locations subject to
complementary access. All locations
specified in the U.S. declaration and
other locations requested by the IAEA
and agreed to by the U.S. Government
are subject to complementary access by
the IAEA. In cases where access cannot
be provided to locations specified by the
IAEA, BIS may seek to provide
complementary access to adjacent
locations.
(d) Responsibilities of BIS. As the lead
U.S. Government agency and point of
contact for organizing and facilitating
complementary access pursuant to the
APR, BIS will:
(1) Serve as the official U.S.
Government host to the IAEA inspection
team;
(2) Provide prior written notification
to any location that is scheduled to
undergo complementary access;
(3) Take appropriate action to obtain
an administrative warrant in the event
that a location does not consent to
complementary access;
(4) Upon request of the location,
dispatch an advance team, if time and
other circumstances permit, to the
location to provide administrative and
logistical support for complementary
access and to assist with preparation for
such access;
(5) Accompany the IAEA Team
throughout the duration of
complementary access;
(6) Assist the IAEA Team with
complementary access activities and
ensure that each activity adheres to the
provisions of the Additional Protocol
and to the requirements of the APR and
the Act, including the conditions of any
warrant issued thereunder; and
(7) Assist in the negotiation and
development of a location-specific
subsidiary arrangement between the
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U.S. government and the IAEA, if
appropriate (see § 784.5 of the APR).
Note to § 784.1(d): BIS may invite
representatives from other U.S. Government
agencies to participate as members of the
Advance and Host Teams for complementary
access. The Host Team will not include
employees of the Environmental Protection
Agency, the Mine Safety and Health
Administration, or the Occupational Safety
and Health Administration of the Department
of Labor.
§ 784.2 Obtaining consent or warrants to
conduct complementary access.
(a) Procedures for obtaining consent.
(1) For locations specified in the U.S.
declaration and other locations
specified by the IAEA, BIS will seek
consent pursuant to IAEA
complementary access requests. In
instances where the owner, operator,
occupant or agent in charge of a location
does not consent to such
complementary access, BIS will seek
administrative warrants as provided by
the Act.
(2) For locations specified by the
IAEA where access cannot be provided,
BIS may seek consent from an adjacent
location pursuant to an IAEA
complementary access request.
(b) Who may give consent. The owner,
operator, occupant or agent in charge of
a location may consent to
complementary access. The individual
providing consent on behalf of the
location represents that he or she has
the authority to make this decision.
(c) Scope of consent. (1) When the
owner, operator, occupant, or agent in
charge of a location consents to a
complementary access request, he or she
is agreeing to provide the IAEA Team
with the same degree of access as that
authorized under § 784.3 of the APR.
This includes providing access for the
IAEA Team and Host Team to any area
of the location, any item on the location,
and any records that are necessary to
comply with the APR and allow the
IAEA Team to accomplish the purpose
of complementary access, as authorized
under § 784.1(b)(1) or (b)(2) of the APR,
except for the following:
(i) Information subject to the licensing
jurisdiction of the Directorate of Defense
Trade Controls (DDTC), U.S.
Department of State, under the
International Traffic in Arms
Regulations (ITAR) (22 CFR parts 120
through 130)—see § 784.3(b)(3) of the
APR, which states that such access
cannot be provided without prior U.S.
Government authorization; and
(ii) Activities with direct national
security significance to the United
States, or locations or information
associated with such activities.
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(2) The Host Team Leader is
responsible for determining whether or
not the IAEA’s request to obtain access
to any area, building, or item, or to
record or conduct the types of activities
described in § 784.3 of the APR is
consistent with the Additional Protocol
and subsidiary arrangements to the
Additional Protocol.
§ 784.3 Scope and conduct of
complementary access.
(a) General. IAEA complementary
access shall be limited to accomplishing
only those purposes that are appropriate
to the type of location, as indicated in
§ 784.1(b) of the APR and shall be
conducted in the least intrusive manner,
consistent with the effective and timely
accomplishment of such purposes. No
complementary access may take place
without the presence of a U.S.
Government Host Team. No information
of direct national security significance
shall be provided to the IAEA during
complementary access.
(b) Scope. This paragraph describes
complementary access activities that are
authorized under the APR.
(1) Complementary access activities.
Depending on the type of location
accessed, the IAEA Team may:
(i) Perform visual observation of parts
or areas of the location;
(ii) Utilize radiation detection and
measurement devices;
(iii) Utilize non-destructive
measurements and sampling;
(iv) Examine relevant records (i.e.,
records appropriate for the purpose of
complementary access, as authorized
under § 784.1(b) of the APR), except that
the following records may not be
inspected unless the Host Team leader,
after receiving input from
representatives of the location and
consulting with other members of the
Host Team, determines that such access
is both appropriate and necessary to
achieve the relevant purpose described
in § 784.1(b)(1) or (b)(2) of the APR:
(A) Financial data (other than
production data);
(B) Sales and marketing data (other
than shipment data);
(C) Pricing data;
(D) Personnel data;
(E) Patent data;
(F) Data maintained for compliance
with environmental or occupational
health and safety regulations; or
(G) Research data (unless the data are
reported on Form AP–3 or AP–4);
(v) Perform location-specific
environmental sampling; and
Note to § 784.3(b)(1)(v): BIS will not seek
access to a location for location-specific
environmental sampling until the President
reports to the appropriate congressional
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committees his determination to permit such
sampling.
(vi) Utilize other objective measures
which have been demonstrated to be
technically feasible and the use of
which have been agreed to by the
United States (‘‘objective measures,’’ as
used herein, means any verification
techniques that would be appropriate
for achieving the official purpose of
complementary access, both in terms of
their effectiveness and limited
intrusiveness).
(2) Wide Area Environmental
Sampling. In certain cases, IAEA
inspectors may collect environmental
samples (e.g., air, water, vegetation, soil,
smears), at a location specified by the
IAEA, for the purpose of assisting the
IAEA to draw conclusions about the
absence of undeclared nuclear material
or nuclear activities over a wide area.
jlentini on PROD1PC65 with PROPOSALS4
Note to § 784.3(b)(2): The IAEA will not
seek such access until the use of wide-area
environmental sampling and the procedural
arrangements therefor have been approved by
its Board of Governors and consultations
have been held between the IAEA and the
United States. BIS will not seek access to a
location for wide-area sampling until the
President reports to the appropriate
congressional committees his determination
to permit such sampling.
(3) ITAR-controlled technology. ITARcontrolled technology shall not be made
available to the IAEA Team without
prior U.S. Government authorization.
The owner, operator, occupant, or agent
in charge of the location being accessed
is responsible for identifying any ITARcontrolled technology at the location to
the Host Team as soon as practicable
following the receipt of notification
from BIS of complementary access (see
§ 784.4(a) of the APR).
(c) Briefing. Following the arrival of
the IAEA Team and Host Team at a
location subject to complementary
access, and prior to the commencement
of complementary access,
representatives of the organization will
provide the IAEA Team and Host Team
with a briefing on the environmental,
health, safety, and security regulations
(e.g., regulations for protection of
controlled environments within the
location and for personal safety) that are
applicable to the location and which
must be observed. In addition, the
organization’s representatives may
include in their briefing an overview of
the location, the activities carried out at
the location, and any administrative and
logistical arrangements relevant to
complementary access. The briefing
may include the use of maps and other
documentation deemed appropriate by
the organization. The time spent for the
briefing may not exceed one hour, and
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the content should be limited to that
which relates to the purpose of
complementary access. The briefing
may also address any of the following:
(1) Areas, buildings, and structures
specific to any activities relevant to
complementary access;
(2) Administrative and logistical
information;
(3) Updates/revisions to reports
required under the APR;
(4) Introduction of key personnel at
the location;
(5) Location-specific subsidiary
arrangement, if applicable; and
(6) Proposed access plan to address
the purpose of complementary access.
(d) Visual access. The IAEA Team
may visually observe areas or parts of
the location, as agreed by the Host Team
Leader, after the Host Team Leader has
consulted with the organization’s
representative for the location.
(e) Records review. The location must
be prepared to provide the IAEA Team
with access to all supporting materials
and documentation used by the owner,
operator, occupant, or agent in charge of
the location to prepare reports required
under the APR and to otherwise comply
with the APR (see the records
inspection and recordkeeping
requirements in §§ 786.1 and 786.2 of
the APR) and with appropriate
accommodations in which the IAEA
Team can review these supporting
materials and documentation. Such
access will be provided in appropriate
formats (e.g., paper copies, electronic
remote access by computer, microfilm,
or microfiche) through the Host Team to
the IAEA Team during the
complementary access period or as
otherwise agreed upon by the IAEA
Team and Host Team Leader. If the
owner, operator, occupant, or agent in
charge of the location does not have
access to records for activities that took
place under previous ownership, the
previous owner must make such records
available to the Host Team.
(f) Managed access. As necessary, the
Host Team will implement managed
access measures (e.g., the removal of
sensitive papers from office spaces and
the shrouding of sensitive displays,
stores, and equipment) to prevent the
dissemination of proliferation sensitive
information, to meet safety or physical
protection requirements, to protect
proprietary or commercially sensitive
information, or to protect activities of
direct national security significance to
the United States, including information
associated with such activities. If the
IAEA Team is unable to fully achieve its
inspection aims under the managed
access measures in place, the Host Team
will make every reasonable effort to
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43593
provide alternative means to allow the
IAEA Team to meet these aims,
consistent with the purposes of
complementary access (as described in
§ 784.1(b) of the APR) and the
requirements of this section. If a
location-specific subsidiary arrangement
applies (see § 784.5(b) of the APR), the
Host Team shall, in consultation with
the owner, operator, occupant, or agent
in charge of the location, implement
managed access procedures consistent
with the applicable location-specific
subsidiary arrangement.
(g) Hours of complementary access.
Consistent with the provisions of the
Additional Protocol, the Host Team will
ensure, to the extent possible, that each
complementary access is commenced,
conducted, and concluded during
ordinary business hours, but no
complementary access shall be
prohibited or otherwise disrupted from
commencing, continuing or concluding
during other hours.
(h) Environmental, health, safety, and
security regulations and requirements.
In carrying out their activities, the IAEA
Team and Host Team shall observe
federal, state, and local environmental,
health, safety, and security regulations
and environmental, health, safety, and
security requirements established at the
location, including those for the
protection of controlled environments
within a location and for personal
safety. To the extent practicable, any
such regulations and requirements that
may apply to the conduct of
complementary access at the location
should be set forth in the locationspecific subsidiary arrangement (if any).
(i) Host Team to accompany the IAEA
Team. The Host Team shall accompany
the IAEA Team, during their
complementary access at the location, in
accordance with the provisions set forth
in this part of the APR.
(j) Scope of authorized
communications by the IAEA Team. (1)
The United States shall permit and
protect free communications between
the IAEA Team and IAEA Headquarters
and/or Regional Offices, including
attended and unattended transmission
of information generated by IAEA
containment and/or surveillance or
measurement devices. The IAEA Team
shall have the right, through
consultation with the Host Team, to
make use of internationally established
systems of direct communications.
(2) No document, photograph or other
recorded medium, or sample relevant to
complementary access may be removed
or transmitted from the location by the
IAEA Team without the prior consent of
the Host Team.
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(k) IAEA activities, findings, and
results related to complementary access.
(1) In accordance with the Additional
Protocol, the IAEA shall inform the
United States of:
(i) Any activities that took place in
connection with complementary access
to a location in the United States,
including any activities concerning
questions or inconsistencies that the
IAEA may have brought to the attention
of the United States, within 60 calendar
days of the time that the activities
occurred; and
(ii) The findings or results of any
activities that took place, including the
findings and results of activities
concerning questions or inconsistencies
that the IAEA may have brought to the
attention of the United States, within 30
calendar days of the time that such
findings or results were reached by the
IAEA.
(2) BIS will provide the results of
complementary access to the owner,
operator, occupant, or agent in charge of
the inspected location to the extent
practicable.
§ 784.4 Notification, duration and
frequency of complementary access.
(a) Complementary access
notification. Complementary access will
be provided only upon the issuance of
a written notice by BIS to the owner,
operator, occupant or agent in charge of
the premises to be accessed. If BIS is
unable to provide written notification to
the owner, operator, or agent in charge,
BIS may post a notice prominently at
the location to be accessed.
(1) Content of notice. (i) Pertinent
information furnished by the IAEA. The
notice shall include all appropriate
information provided by the IAEA to the
United States Government concerning:
(A) The purpose of complementary
access;
(B) The basis for the selection of the
location for complementary access;
(C) The activities that will be carried
out during complementary access;
(D) The time and date that
complementary access is expected to
begin and its anticipated duration; and
(E) The names and titles of the IAEA
inspectors who will participate in
complementary access.
(ii) Request for location’s consent to
complementary access. The
complementary access notification from
BIS will request that the location inform
BIS whether or not it will consent to
complementary access. If a location
does not agree to provide consent to
complementary access within four
hours of its receipt of the
complementary access notification, BIS
will seek an administrative warrant as
provided in § 784.2(a)(1).
(iii) Availability of advance team from
BIS. An advance team from BIS will be
available to assist the location in
preparing for complementary access. If
the complementary access is a 24-hour
advance notice, then the availability of
an advance team may be limited. The
location requesting advance team
assistance will not be required to
reimburse the U.S. Government for any
costs associated with these activities.
The location (in cooperation with the
advance team, if available) will make
preparations for complementary access,
including the identification of any
ITAR-controlled technology and/or
national security information at the
location (see § 784.3(b)(3) of the APR).
(2) Notification procedures. The
following table sets forth the
notification procedures for
complementary access.
TABLE TO § 784.4(A)(2)
Activity
IAEA notification of complementary access.
jlentini on PROD1PC65 with PROPOSALS4
Preparation for complementary access.
Agency action
Location action
BIS will transmit complementary access notification via
facsimile to the owner, operator, occupant, or agent
in charge of a location to ascertain whether or not
the location:
(1) Grants consent to complementary access; and
(2) Requests BIS advance team support (subject to
availability) in preparing for complementary access
Location must inform BIS, within 4 hours of its receipt
of complementary access notification, whether or not
it:
(1) Grants consent to complementary access; and
(2) Requests BIS advance team support (subject to
availability) to prepare for complementary access. Location not required to reimburse U.S. Government for
assistance from the BIS advance team.
If the location does not inform BIS of its consent to
complementary access, within 4 hours of the time it
receives notification from BIS, BIS will seek an administrative warrant.
If a BIS advance team has been requested and is
available, it will arrive at the location to be accessed
and assist the location in making logistical and administrative preparations for complementary access.
(3) Timing of notification. In
accordance with the Additional
Protocol, the IAEA shall notify the
United States Government of a
complementary access request not less
than 24 hours prior to the arrival of the
IAEA Team at the location. BIS will
provide written notice to the owner,
operator, occupant or agent in charge of
the location as soon as possible after BIS
has received notification from the IAEA.
(b) Duration of complementary
access. The duration of complementary
access will depend upon the nature of
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The location will engage in activities that will prepare
the location for complementary access (e.g., identifying any ITAR-controlled technology or national security information at the location), either singularly or
in cooperation with a BIS advance team if one has
been requested and is available.
the complementary access request and
the activities that will be conducted at
the location. (See § 784.3(b) of the APR
for a description of the types of
complementary access activities
authorized under the APR.)
§ 784.5
Subsidiary arrangements.
(a) General subsidiary arrangement.
The United States Government may
conclude a general subsidiary
arrangement with the IAEA that governs
complementary access activities,
irrespective of the location (i.e., an
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arrangement that is not locationspecific).
(b) Location-specific subsidiary
arrangement—(1) Purpose. If requested
by the location or deemed necessary by
the U.S. Government, the U.S.
Government will negotiate a locationspecific subsidiary arrangement with
the IAEA. The purpose of such an
arrangement is to establish procedures
for conducting managed access at a
specific declared location. If the
location requests, it may participate in
preparations for the
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negotiation of a location-specific
subsidiary arrangement with the IAEA
and may observe the negotiations to the
maximum extent practicable. The
existence of a location-specific
subsidiary arrangement does not in any
way limit the right of the owner,
operator, occupant, or agent in charge of
the location to withhold consent to a
request for complementary access.
(2) Format and content. The form and
content of a location-specific subsidiary
arrangement will be determined by the
IAEA and the U.S. Government, in
consultation with the location, on a
case-by-case basis.
§ 784.6 Post complementary access
activities.
Upon receiving the IAEA’s final
report on complementary access, BIS
will forward a copy of the report to the
location for its review, in accordance
with § 784.3(k)(2) of the APR. Locations
may submit comments concerning the
IAEA’s final report to BIS, and BIS will
consider them, as appropriate, when
preparing its comments to the IAEA on
the final report. BIS also will send
locations a post complementary access
letter detailing the issues that require
follow-up action (see, for example, the
Amended Report requirements in
§ 783.2(d) of the APR).
PART 785—ENFORCEMENT
jlentini on PROD1PC65 with PROPOSALS4
Sec.
785.1 Scope and definitions.
785.2 Violations of the Act subject to
administrative and criminal enforcement
proceedings.
785.3 Initiation of administrative
proceedings.
785.4 Request for hearing and answer.
785.5 Representation.
785.6 Filing and service of papers other
than the Notice of Violation and
Assessment (NOVA).
785.7 Summary decision.
785.8 Discovery.
785.9 Subpoenas.
785.10 Matters protected against disclosure.
785.11 Prehearing conference.
785.12 Hearings.
785.13 Procedural stipulations.
785.14 Extension of time.
785.15 Post-hearing submissions.
785.16 Decisions.
785.17 Settlement.
785.18 Record for decision.
785.19 Payment of final assessment.
785.20 Reporting a violation.
Authority: Public Law 109–401, 120 Stat.
2726 (December 18, 2006); Executive Order
13458 (February 4, 2008).
§ 785.1
Scope and definitions.
(a) Scope. This part 785 describes the
sanctions that apply to violations of the
Act and the APR. It also establishes
detailed administrative procedures for
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certain violations of the Act. Violations
for which the statutory basis is the Act
are set forth in § 785.2 of the APR. BIS
investigates these violations, prepares
charges, provides legal representation to
the U.S. Government, negotiates
settlements, and initiates and resolves
proceedings. The administrative
procedures applicable to these
violations are described in §§ 785.3
through 785.19 of the APR.
(b) Definitions. The following are
definitions of terms as used only in Part
785 of the APR. For definitions of terms
applicable to parts 781 through 799 of
the APR, unless otherwise noted in this
paragraph or elsewhere in the APR, see
part 781 of the APR.
The Act. The U.S. Additional Protocol
Implementation Act of 2006 (Pub. L.
109–401, 120 Stat. 2726 (December 18,
2006)).
Assistant Secretary for Export
Enforcement. The Assistant Secretary
for Export Enforcement, Bureau of
Industry and Security, United States
Department of Commerce.
Final decision. A decision or order
assessing a civil penalty, or otherwise
disposing of or dismissing a case, which
is not subject to further administrative
review, but which may be subject to
collection proceedings or judicial
review in an appropriate Federal court
as authorized by law.
Office of Chief Counsel. The Office of
Chief Counsel for Industry and Security,
United States Department of Commerce.
Recommended decision. A decision of
the administrative law judge in
proceedings involving violations of Part
785 that is subject to review by the
Secretary of Commerce, or a designated
United States Government official.
Report. For the purposes of Part 785
of the APR, the term ‘‘report’’ means any
report required under Parts 783 through
786 of the APR.
Respondent. Any person named as the
subject of a letter of intent to charge, a
Notice of Violation and Assessment
(NOVA), or order.
Under Secretary, Bureau of Industry
and Security. The Under Secretary,
Bureau of Industry and Security, United
States Department of Commerce.
43595
(2) Failure to establish or maintain
records. No person may willfully fail or
refuse to do any of the following:
(i) Establish or maintain any record
required by the Act or the APR;
(ii) Submit any report, notice, or other
information to the United States
Government in accordance with the Act
or the APR; or
(iii) Permit access to or copying of any
record by the United States Government
that is related to a person’s obligations
under the Act or the APR.
(b) Civil penalties—(1) Civil penalty
for refusal to permit entry or access.
Any person that is determined to have
willfully failed or refused to permit
entry or access, or to have willfully
disrupted, delayed or otherwise
impeded an authorized complementary
access, as set forth in paragraph (a)(1) of
this section, shall pay a civil penalty in
an amount not to exceed $25,000 for
each violation. Each day the violation
continues constitutes a separate
violation.
(2) Civil penalty for failure to
establish or maintain records. Any
person that is determined to have
willfully failed or refused to establish or
maintain any record, submit any report
or other information required by the Act
or the APR, or permit access to or
copying of any record related to a
person’s obligations under the Act or
the APR, as set forth in paragraph (a)(2)
of this section, shall pay a civil penalty
in an amount not to exceed $25,000 for
each violation.
(c) Criminal penalty. Any person that
is determined to have violated the Act
by willfully failing or refusing to permit
entry or access authorized by the Act; by
willfully disrupting, delaying or
otherwise impeding complementary
access authorized by the Act; or by
willfully failing or refusing to establish
or maintain any required record, submit
any required report or other
information, or permit access to or
copying of any record related to a
person’s obligations under the Act or
the APR, as set forth in paragraph (a) of
this section, shall, in addition to or in
lieu of any civil penalty that may be
imposed, be fined under Title 18 of the
United States Code, be imprisoned for
not more than five years, or both.
§ 785.2 Violations of the Act subject to
administrative and criminal enforcement
proceedings.
§ 785.3 Initiation of administrative
proceedings.
(a) Violations—(1) Refusal to permit
entry or access. No person may willfully
fail or refuse to permit entry or access,
or willfully disrupt, delay or otherwise
impede complementary access, or an
entry in connection with
complementary access, authorized by
the Act.
(a) Issuance of a Notice of Violation
and Assessment (NOVA). Prior to the
initiation of an administrative
proceeding through issuance of a
NOVA, the Bureau of Industry and
Security will issue a letter of intent to
charge. The letter of intent to charge
will advise a respondent that BIS has
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conducted an investigation. The letter
will give the respondent a specified
period of time to contact BIS to discuss
settlement of the allegations set forth in
the letter of intent to charge. If the
respondent does not contact BIS in the
time period specified in the letter of
intent to charge, the Director of the
Office of Export Enforcement, or such
other Department of Commerce
representative designated by the
Assistant Secretary for Export
Enforcement, may initiate an
administrative enforcement proceeding
under this § 785.3 by issuing a NOVA.
(b) Content of a NOVA. The NOVA
shall constitute a formal complaint and
will set forth the alleged violation(s) and
the essential facts with respect to the
alleged violation(s), reference the
relevant statutory, regulatory or other
provisions, and state the maximum
amount of the civil penalty that could
be assessed. The NOVA also will inform
the respondent of the requirement to
request a hearing pursuant to § 785.4 of
the APR.
(c) Service of a NOVA. Service of the
NOVA shall be made by certified mail
or courier delivery with signed
acknowledgment of receipt. The date of
signed acknowledgment of receipt shall
be the effective date of service of the
NOVA. One copy of each paper shall be
provided to each party in the delivery.
BIS files the NOVA with the
Administrative Law Judge (ALJ) at the
same time that it is sent to the
respondent. The ALJ, in turn, will place
the case on its docket and will notify
both the respondent and BIS of the
docket information.
jlentini on PROD1PC65 with PROPOSALS4
§ 785.4
Request for hearing and answer.
(a) Deadline for answering the NOVA.
If the respondent wishes to contest the
NOVA issued by BIS, the respondent
must submit a written request for a
hearing to BIS within 15 business days
from the date of service of the NOVA.
If the respondent requests a hearing, the
respondent must answer the NOVA
within 30 calendar days from the date
of the request for hearing. The request
for a hearing and the respondent’s
answer to the NOVA must be filed with
the Administrative Law Judge (ALJ),
along with a copy of the NOVA, and
served on the Office of Chief Counsel,
and any other address(es) specified in
the NOVA, in accordance with § 785.6
of the APR.
(b) Content of respondent’s answer.
The respondent’s answer must be
responsive to the NOVA and must fully
set forth the nature of the respondent’s
defense(s). The answer must specifically
admit or deny each separate allegation
in the NOVA; if the respondent is
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without knowledge, the answer will so
state and this will serve as a denial.
Failure to deny or controvert a
particular allegation will be deemed to
be an admission of that allegation. The
answer must also set forth any
additional or new matter that the
respondent contends will support a
defense or claim of mitigation. Any
defense or partial defense not
specifically set forth in the answer shall
be deemed to be waived, and evidence
supporting that defense or partial
defense may be refused, except for good
cause shown.
(c) English required. The request for
hearing, the answer to the NOVA, and
all other papers and documentary
evidence must be submitted in English.
(d) Waiver. The failure of the
respondent to file a request for a hearing
and an answer within the times
prescribed in paragraph (a) of this
section constitutes a waiver of the
respondent’s right to appear and contest
the allegations set forth in the NOVA. If
no hearing is requested and no answer
is provided, a final order will be signed
by the Secretary of Commerce, or by a
designated United States Government
official, and will constitute final agency
action in the case.
§ 785.5
Representation.
An individual respondent may
appear, in person, or be represented by
a duly authorized officer or employee. A
partner may appear on behalf of a
partnership, or a duly authorized officer
or employee of a corporation may
appear on behalf of the corporation. If
a respondent is represented by counsel,
counsel shall be a member in good
standing of the bar of any State,
Commonwealth or Territory of the
United States, or of the District of
Columbia, or be licensed to practice law
in the country in which counsel resides,
if not the United States. The U.S.
Government will be represented by the
Office of Chief Counsel. A respondent
personally, or through counsel or other
representative who has the power of
attorney to represent the respondent,
shall file a notice of appearance with the
ALJ, or, in cases where settlement
negotiations occur before any filing with
the ALJ, with the Office of Chief
Counsel.
§ 785.6 Filing and service of papers other
than the Notice of Violation and
Assessment (NOVA).
(a) Filing. All papers to be filed with
the ALJ shall be addressed to
‘‘Additional Protocol Administrative
Enforcement Proceedings,’’ at the
address set forth in the NOVA, or such
other place as the ALJ may designate.
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Filing by United States certified mail, by
express or equivalent parcel delivery
service, via facsimile, or by hand
delivery is acceptable. Filing from a
foreign country shall be by airmail, via
facsimile, or by express or equivalent
parcel delivery service. A copy of each
paper filed shall be simultaneously
served on all parties.
(b) Service. Service shall be made by
United States certified mail, by express
or equivalent parcel delivery service, via
facsimile, or by hand delivery of one
copy of each paper to each party in the
proceeding. Service on the government
party in all proceedings shall be
addressed to Office of Chief Counsel for
Industry and Security, U.S. Department
of Commerce, 14th Street and
Constitution Avenue, NW., Room H–
3839, Washington, DC 20230, or sent via
facsimile to (202) 482–0085. Service on
a respondent shall be to the address to
which the NOVA was sent, or to such
other address as the respondent may
provide. When a party has appeared by
counsel or other representative, service
on counsel or other representative shall
constitute service on that party.
(c) Date. The date of filing or service
is the day when the papers are
deposited in the mail or are delivered in
person, by delivery service, or by
facsimile. Refusal by the person to be
served, or by the person’s agent or
attorney, of service of a document or
other paper will be considered effective
service of the document or other paper
as of the date of such refusal.
(d) Certificate of service. A certificate
of service signed by the party making
service, stating the date and manner of
service, shall accompany every paper,
other than the NOVA, filed and served
on the parties.
(e) Computation of time. In computing
any period of time prescribed or
allowed by this part, the day of the act,
event, or default from which the
designated period of time begins to run
is not to be included. The last day of the
period is to be included in the
computation unless it is a Saturday, a
Sunday, or a legal holiday (as defined in
Rule 6(a) of the Federal Rules of Civil
Procedure). In such instance, the period
runs until the end of the next day that
is neither a Saturday, a Sunday, nor a
legal holiday. Intermediate Saturdays,
Sundays, and legal holidays are
excluded from the computation when
the period of time prescribed or allowed
is 7 days or less—there is no cap on the
period of time to which this exclusion
applies, whenever the period of time
prescribed or allowed by this part is
computed in business days, rather than
calendar days.
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§ 785.7
Summary decision.
The ALJ may render a summary
decision disposing of all or part of a
proceeding on the motion of any party
to the proceeding, provided that there is
no genuine issue as to any material fact
and the party is entitled to summary
decision as a matter of law.
jlentini on PROD1PC65 with PROPOSALS4
§ 785.8
Discovery.
(a) General. The parties are
encouraged to engage in voluntary
discovery regarding any matter, not
privileged, which is relevant to the
subject matter of the pending
proceeding. The provisions of the
Federal Rules of Civil Procedure relating
to discovery apply to the extent
consistent with this part and except as
otherwise provided by the ALJ or by
waiver or agreement of the parties. The
ALJ may make any order which justice
requires to protect a party or person
from annoyance, embarrassment,
oppression, or undue burden or
expense. These orders may include
limitations on the scope, method, time
and place of discovery, and provisions
for protecting the confidentiality of
classified or otherwise sensitive
information, including Confidential
Business Information (CBI) as defined
by the Act.
(b) Interrogatories and requests for
admission or production of documents.
A party may serve on any party
interrogatories, requests for admission,
or requests for production of documents
for inspection and copying, and a party
may apply to the ALJ for such
enforcement or protective order as that
party deems warranted with respect to
such discovery. The service of a
discovery request shall be made at least
30 calendar days before the scheduled
date of the hearing unless the ALJ
specifies a shorter time period. Copies
of interrogatories, requests for
admission and requests for production
of documents and responses thereto
shall be served on all parties and a copy
of the certificate of service shall be filed
with the ALJ at least 5 business days
before the scheduled date of the hearing.
Matters of fact or law of which
admission is requested shall be deemed
admitted unless, within a period
designated in the request (at least 10
business days after service, or within
such additional time as the ALJ may
allow), the party to whom the request is
directed serves upon the requesting
party a sworn statement either denying
specifically the matters of which
admission is requested or setting forth
in detail the reasons why the party to
whom the request is directed cannot
either admit or deny such matters.
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(c) Depositions. Upon application of a
party and for good cause shown, the ALJ
may order the taking of the testimony of
any person by deposition and the
production of specified documents or
materials by the person at the
deposition. The application shall state
the purpose of the deposition and set
forth the facts sought to be established
through the deposition.
(d) Enforcement. The ALJ may order
a party to answer designated questions,
to produce specified documents or
things or to take any other action in
response to a proper discovery request.
If a party does not comply with such an
order, the ALJ may make a
determination or enter any order in the
proceeding as the ALJ deems reasonable
and appropriate. The ALJ may strike
related charges or defenses in whole or
in part or may take particular facts
relating to the discovery request to
which the party failed or refused to
respond as being established for
purposes of the proceeding in
accordance with the contentions of the
party seeking discovery. In addition,
enforcement by any district court of the
United States in which venue is proper
may be sought as appropriate.
§ 785.9
Subpoenas.
(a) Issuance. Upon the application of
any party, supported by a satisfactory
showing that there is substantial reason
to believe that the evidence would not
otherwise be available, the ALJ may
issue subpoenas to any person requiring
the attendance and testimony of
witnesses and the production of such
books, records or other documentary or
physical evidence for the purpose of the
hearing, as the ALJ deems relevant and
material to the proceedings, and
reasonable in scope. Witnesses shall be
paid the same fees and mileage that are
paid to witnesses in the courts of the
United States. In case of contempt,
challenge or refusal to obey a subpoena
served upon any person pursuant to this
paragraph, any district court of the
United States, in which venue is proper,
has jurisdiction to issue an order
requiring any such person to comply
with a subpoena. Any failure to obey an
order of the court is punishable by the
court as a contempt thereof.
(b) Service. Subpoenas issued by the
ALJ may be served by any of the
methods set forth in § 785.6(b) of the
APR.
(c) Timing. Applications for
subpoenas must be submitted at least 10
business days before the scheduled
hearing or deposition, unless the ALJ
determines, for good cause shown, that
extraordinary circumstances warrant a
shorter time.
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43597
§ 785.10 Matters protected against
disclosure.
(a) Protective measures. The ALJ may
limit discovery or introduction of
evidence or issue such protective or
other orders as in the ALJ’s judgment
may be needed to prevent undue
disclosure of classified or sensitive
documents or information. Where the
ALJ determines that documents
containing classified or sensitive matter
must be made available to a party in
order to avoid prejudice, the ALJ may
direct the other party to prepare an
unclassified and nonsensitive summary
or extract of the documents. The ALJ
may compare the extract or summary
with the original to ensure that it is
supported by the source document and
that it omits only so much as must
remain undisclosed. The summary or
extract may be admitted as evidence in
the record.
(b) Arrangements for access. If the ALJ
determines that the summary procedure
outlined in paragraph (a) of this section
is unsatisfactory, and that classified or
otherwise sensitive matter must form
part of the record in order to avoid
prejudice to a party, the ALJ may
provide the parties with the opportunity
to make arrangements that permit a
party or a representative to have access
to such matter without compromising
sensitive information. Such
arrangements may include obtaining
security clearances or giving counsel for
a party access to sensitive information
and documents subject to assurances
against further disclosure, including a
protective order, if necessary.
§ 785.11
Prehearing conference.
(a) On the ALJ’s own motion, or on
request of a party, the ALJ may direct
the parties to participate in a prehearing
conference, either in person or by
telephone, to consider:
(1) Simplification of issues;
(2) The necessity or desirability of
amendments to pleadings;
(3) Obtaining stipulations of fact and
of documents to avoid unnecessary
proof; or
(4) Such other matters as may
expedite the disposition of the
proceedings.
(b) The ALJ may order the conference
proceedings to be recorded
electronically or taken by a reporter,
transcribed and filed with the ALJ.
(c) If a prehearing conference is
impracticable, the ALJ may direct the
parties to correspond with the ALJ to
achieve the purposes of such a
conference.
(d) The ALJ will prepare a summary
of any actions agreed on or taken
pursuant to this section.
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The summary will include any
written stipulations or agreements made
by the parties.
§ 785.12
Hearings.
jlentini on PROD1PC65 with PROPOSALS4
(a) Scheduling. Upon receipt of a
valid request for a hearing, the ALJ
shall, by agreement with all the parties
or upon notice to all parties of at least
30 calendar days from the date of
receipt of a request for a hearing,
schedule a hearing. All hearings will be
held in Washington, DC, unless the ALJ
determines, for good cause shown, that
another location would better serve the
interest of justice.
(b) Hearing procedure. Hearings will
be conducted in a fair and impartial
manner by the ALJ. All hearings will be
closed, unless the ALJ for good cause
shown determines otherwise. The rules
of evidence prevailing in courts of law
do not apply, and all evidentiary
material deemed by the ALJ to be
relevant and material to the proceeding
and not unduly repetitious will be
received and given appropriate weight,
except that any evidence of settlement
which would be excluded under Rule
408 of the Federal Rules of Evidence is
not admissible. Witnesses will testify
under oath or affirmation, and shall be
subject to cross-examination.
(c) Testimony and record. (1) A
verbatim record of the hearing and of
any other oral proceedings will be taken
by reporter or by electronic recording,
and filed with the ALJ. If any party
wishes to obtain a written copy of the
transcript, that party shall pay the costs
of transcription. The parties may share
the costs if both want a transcript.
(2) Upon such terms as the ALJ deems
just, the ALJ may direct that the
testimony of any person be taken by
deposition and may admit an affidavit
or report as evidence, provided that any
affidavits or reports have been filed and
served on the parties sufficiently in
advance of the hearing to permit a party
to file and serve an objection thereto on
the grounds that it is necessary that the
affiant or declarant testify at the hearing
and be subject to cross-examination.
(d) Failure to appear. If a party fails
to appear in person or by counsel at a
scheduled hearing, the hearing may
nevertheless proceed. The party’s failure
to appear will not affect the validity of
the hearing or any proceeding or action
taken thereafter.
§ 785.13
Procedural stipulations.
Unless otherwise ordered and subject
to § 785.14 of the APR, a written
stipulation agreed to by all parties and
filed with the ALJ will modify the
procedures established by this part.
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§ 785.14
Extension of time.
The parties may extend any
applicable time limitation by stipulation
filed with the ALJ before the time
limitation expires, or the ALJ may, on
the ALJ’s own initiative or upon
application by any party, either before
or after the expiration of any applicable
time limitation, extend the time, except
that the requirement that a hearing be
demanded within 15 calendar days, and
the requirement that a final agency
decision be made within 60 calendar
days, may not be modified.
§ 785.15
Post-hearing submissions.
All parties shall have the opportunity
to file post-hearing submissions that
may include findings of fact and
conclusions of law, supporting evidence
and legal arguments, exceptions to the
ALJ’s rulings or to the admissibility of
evidence, and orders and settlements.
§ 785.16
Decisions.
(a) Recommended decision and order.
After considering the entire record in
the case, the ALJ will issue a
recommended decision based on a
preponderance of the evidence. The
decision will include findings of fact,
conclusions of law, and a decision
based thereon as to whether the
respondent has violated the Act. If the
ALJ finds that the evidence of record is
insufficient to sustain a finding that a
violation has occurred with respect to
one or more allegations, the ALJ shall
order dismissal of the allegation(s) in
whole or in part, as appropriate. If the
ALJ finds that one or more violations
have been committed, the ALJ shall
issue an order imposing administrative
sanctions.
(b) Factors considered in assessing
penalties. In determining the amount of
a civil penalty, the ALJ shall take into
account the nature, circumstances,
extent and gravity of the violation(s),
and, with respect to the respondent, the
respondent’s ability to pay the penalty,
the effect of a civil penalty on the
respondent’s ability to continue to do
business, the respondent’s history of
prior violations, and such other matters
as justice may require.
(c) Referral of recommended decision
and order. The ALJ shall immediately
issue and serve the recommended
decision (and order, if appropriate) to
the Office of Chief Counsel, at the
address in § 785.6(b) of the APR, and to
the respondent, by courier delivery or
overnight mail. The recommended
decision and order will also be referred
to the head of the designated executive
agency for final decision and order.
(d) Final decision and order. The
recommended decision and order shall
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become the final agency decision and
order unless, within 60 calendar days,
the Secretary of Commerce, or a
designated United States Government
official, modifies or vacates it, or unless
an appeal has been filed pursuant to
paragraph (e) of this section.
(e) Appeals. The respondent may
appeal the final agency decision within
30 calendar days after the date of
certification. Petitions for appeal may be
filed in the Court of Appeals for the
District of Columbia Circuit or in the
Court of Appeals for the district in
which the violation occurred.
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Fmt 4701
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§ 785.17
Settlement.
(a) Settlements before issuance of a
NOVA. When the parties have agreed to
a settlement of the case prior to issuance
of a NOVA, a settlement proposal
consisting of a settlement agreement and
order will be submitted to the Assistant
Secretary for Export Enforcement for
approval and signature. If the Assistant
Secretary does not approve the
proposal, he/she will notify the parties
and the case will proceed as though no
settlement proposal has been made. If
the Assistant Secretary approves the
proposal, he/she will issue an
appropriate order, and no action will be
required by the ALJ.
(b) Settlements following issuance of
a NOVA. The parties may enter into
settlement negotiations at any time
during the time a case is pending before
the ALJ. If necessary, the parties may
extend applicable time limitations or
otherwise request that the ALJ stay the
proceedings while settlement
negotiations continue. When the parties
have agreed to a settlement of the case,
the Office of Chief Counsel will
recommend the settlement to the
Assistant Secretary for Export
Enforcement, forwarding a proposed
settlement agreement and order, which
the Assistant Secretary will approve and
sign. If a NOVA has been filed, the
Office of Chief Counsel will send a copy
of the settlement proposal to the ALJ.
(c) Settlement scope. Any respondent
who agrees to an order imposing any
administrative sanction does so solely
for the purpose of resolving the claims
in the administrative enforcement
proceeding brought under this part. The
government officials involved have
neither the authority nor the
responsibility for initiating, conducting,
settling, or otherwise disposing of
criminal proceedings. That authority
and responsibility are vested in the
Attorney General and the Department of
Justice.
(d) Finality. Cases that are settled may
not be reopened or appealed, absent a
showing of good cause. Appeals and
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requests to reopen settled cases must be
submitted to the Assistant Secretary for
Export Enforcement within 30 calendar
days of the execution of a settlement
agreement.
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§ 785.18
Record for decision.
(a) The record. The transcript of
hearings, exhibits, rulings, orders, all
papers and requests filed in the
proceedings, and, for purposes of any
appeal under § 785.16 of the APR, the
decision of the ALJ and such
submissions as are provided for under
§ 785.16 of the APR will constitute the
record and the exclusive basis for
decision. When a case is settled, the
record will consist of any and all of the
foregoing, as well as the NOVA or draft
NOVA, settlement agreement, and order.
(b) Restricted access. On the ALJ’s
own motion, or on the motion of any
party, the ALJ may direct that there be
a restricted access portion of the record
for any material in the record to which
public access is restricted by law or by
the terms of a protective order entered
in the proceedings. A party seeking to
restrict access to any portion of the
record is responsible, prior to the close
of the proceeding, for submitting a
version of the document(s) proposed for
public availability that reflects the
requested deletion. The restricted access
portion of the record will be placed in
a separate file and the file will be clearly
marked to avoid improper disclosure
and to identify it as a portion of the
official record in the proceedings. The
ALJ may act at any time to permit
material that becomes declassified or
unrestricted through passage of time to
be transferred to the unrestricted access
portion of the record.
(c) Availability of documents—(1)
Scope. All NOVAs and draft NOVAs,
answers, settlement agreements,
decisions and orders disposing of a case
will be displayed on the BIS Freedom of
Information Act (FOIA) Web site, at
https://www.bis.doc.gov/foia, which is
maintained by the Office of
Administration, Bureau of Industry and
Security, U.S. Department of Commerce.
The Office of Administration does not
maintain a separate inspection facility.
The complete record for decision, as
defined in paragraphs (a) and (b) of this
section will be made available on
request.
(2) Timing. The record for decision
will be available only after the final
administrative disposition of a case.
Parties may seek to restrict access to any
portion of the record under paragraph
(b) of this section.
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17:26 Jul 24, 2008
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§ 785.19
Payment of final assessment.
(a) Time for payment. Full payment of
the civil penalty must be made within
30 days of the effective date of the order
or within such longer period of time as
may be specified in the order. Payment
shall be made in the manner specified
in the NOVA.
(b) Enforcement of order. The
government party may, through the
Attorney General, file suit in an
appropriate district court if necessary to
enforce compliance with a final order
issued under the APR. This suit will
include a claim for interest at current
prevailing rates from the date of
expiration of the 60-day period referred
to in § 785.16(d), or the date of the final
order, as appropriate.
(c) Offsets. The amount of any civil
penalty imposed by a final order may be
deducted from any sum(s) owed by the
United States to a respondent.
§ 785.20
Reporting a violation.
If a person learns that a violation of
the Additional Protocol, the Act, or the
APR has occurred or may occur, that
person may notify: Office of Export
Enforcement, Bureau of Industry and
Security, U.S. Department of Commerce,
14th Street and Constitution Avenue,
NW., Room H–4520, Washington, DC
20230; Tel: (202) 482–1208; Facsimile:
(202) 482–0964.
PART 786—RECORDS AND
RECORDKEEPING
Sec.
786.1
786.2
786.3
Inspection of records.
Recordkeeping.
Destruction or disposal of records.
Authority: Public Law 109–401, 120 Stat.
2726 (December 18, 2006); Executive Order
13458 (February 4, 2008).
§ 786.1
Inspection of records.
Upon request by BIS, you must permit
access to and copying of any record
relating to compliance with the
requirements of the APR. This requires
that you make available the equipment
and, if necessary, knowledgeable
personnel for locating, reading, and
reproducing any record. Copies may be
necessary to facilitate IAEA Team
review of documents during
complementary access. The IAEA Team
may not remove these documents from
the location without BIS authorization
(see § 784.3(j)(2) of the APR).
§ 786.2
Recordkeeping.
(a) Requirements. Each person and
location required to submit a report or
correspondence under Parts 782 through
784 of the APR must retain all
supporting materials and
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43599
documentation used to prepare such
report or correspondence.
(b) Three year retention period. All
supporting materials and
documentation required to be kept
under paragraph (a) of this section must
be retained for three years from the due
date of the applicable report or for three
years from the date of submission of the
applicable report, whichever is later.
Due dates for reports and
correspondence are indicated in Parts
782 through 784 of the APR.
(c) Location of records. Records
retained under this section must be
maintained at the location or must be
accessible at the location for purposes of
complementary access at the location by
IAEA Teams.
(d) Reproduction of original records.
(1) You may maintain reproductions
instead of the original records, provided
all of the requirements of paragraph (b)
of this section are met.
(2) If you must maintain records
under this part, you may use any
photostatic, miniature photographic,
micrographic, automated archival
storage, or other process that
completely, accurately, legibly and
durably reproduces the original records
(whether on paper, microfilm, or
through electronic digital storage
techniques). The process must meet all
of the following requirements, which
are applicable to all systems:
(i) The system must be capable of
reproducing all records on paper.
(ii) The system must record and be
able to reproduce all marks,
information, and other characteristics of
the original record, including both
obverse and reverse sides (unless blank)
of paper documents in legible form.
(iii) When displayed on a viewer,
monitor, or reproduced on paper, the
records must exhibit a high degree of
legibility and readability. For purposes
of this section, legible and legibility
mean the quality of a letter or numeral
that enable the observer to identify it
positively and quickly to the exclusion
of all other letters or numerals. Readable
and readability mean the quality of a
group of letters or numerals being
recognized as complete words or
numbers.
(iv) The system must preserve the
initial image (including both obverse
and reverse sides, unless blank, of paper
documents) and record all changes, who
made them and when they were made.
This information must be stored in such
a manner that none of it may be altered
once it is initially recorded.
(v) You must establish written
procedures to identify the individuals
who are responsible for the operation,
use and maintenance of the system.
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(vi) You must keep a record of where,
when, by whom, and on what
equipment the records and other
information were entered into the
system.
(3) Requirements applicable to a
system based on digital images. For
systems based on the storage of digital
images, the system must provide
accessibility to any digital image in the
system. The system must be able to
locate and reproduce all records
according to the same criteria that
would have been used to organize the
records had they been maintained in
original form.
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Jkt 214001
(4) Requirements applicable to a
system based on photographic
processes. For systems based on
photographic, photostatic, or miniature
photographic processes, the records
must be maintained according to an
index of all records in the system
following the same criteria that would
have been used to organize the records
had they been maintained in original
form.
§ 786.3
Destruction or disposal of records.
If BIS or any other authorized U.S.
government agency makes a formal or
informal request for a certain record or
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Frm 00034
Fmt 4701
Sfmt 4702
records, such record or records may not
be destroyed or disposed of without the
written authorization of the requesting
entity.
PARTS 787–799—[RESERVED]
Dated: July 17, 2008.
Christopher R. Wall,
Assistant Secretary for Export
Administration.
[FR Doc. E8–16815 Filed 7–24–08; 8:45 am]
BILLING CODE 3510–33–P
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Agencies
[Federal Register Volume 73, Number 144 (Friday, July 25, 2008)]
[Proposed Rules]
[Pages 43568-43600]
From the Federal Register Online via the Government Printing Office [www.gpo.gov]
[FR Doc No: E8-16815]
[[Page 43567]]
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Part IV
Department of Commerce
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Bureau of Industry and Security
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15 CFR Parts 781, 782, 783 et al.
Additional Protocol Regulations; Proposed Rule
Federal Register / Vol. 73, No. 144 / Friday, July 25, 2008 /
Proposed Rules
[[Page 43568]]
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DEPARTMENT OF COMMERCE
Bureau of Industry and Security
15 CFR Parts 781, 782, 783, 784, 785 and 786
[Docket No. 08021265-8693-01]
RIN 0694-AD26
Additional Protocol Regulations
AGENCY: Bureau of Industry and Security, Commerce.
ACTION: Proposed rule and request for comments.
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SUMMARY: This proposed rule would implement the provisions of the
Protocol Additional to the Agreement Between the United States of
America and the International Atomic Energy Agency (IAEA) for the
Application of Safeguards in the United States of America (the
``Additional Protocol''). The Additional Protocol is an agreement
between the United States and the IAEA to allow monitoring and
reporting of certain civil nuclear fuel cycle-related activities.
The Department of Commerce's Bureau of Industry and Security (BIS)
is proposing these Additional Protocol Regulations (APR) to implement
the provisions of the Additional Protocol affecting U.S. industry and
other U.S. persons engaged in certain civil nuclear fuel cycle-related
activities, which are not regulated by the U.S. Nuclear Regulatory
Commission (NRC) or its domestic Agreement States and are not located
on certain U.S. government locations. The proposed APR describe the
requirement to report such activities to BIS, the scope and conduct of
IAEA complementary access to locations at which such civil nuclear fuel
cycle-related activities take place, and the role of BIS in
implementing the Additional Protocol in the United States. The impact
of the APR on U.S. industry and other U.S. persons will involve the
submission of initial reports, annual update reports, and other
reporting requirements, as well as on-site activities in conjunction
with complementary access. Other U.S. government agencies issuing
regulations implementing other provisions of the Additional Protocol
include the Nuclear Regulatory Commission, the Department of Energy,
and the Department of Defense.
DATES: Comments must be received by August 25, 2008.
ADDRESSES: You may submit comments, identified by RIN 0694-AD26, by any
of the following methods:
Federal eRulemaking Portal: https://www.regulations.gov.
Follow the on-line instructions for submitting comments.
E-mail: publiccomments@bis.doc.gov. Include ``RIN 0694-
AD26'' in the subject line of the message.
Fax: (202) 482-3355. Please alert the Regulatory Policy
Division, by calling (202) 482-2440, if you are faxing comments.
Mail or Hand Delivery/Courier: Willard Fisher, U.S.
Department of Commerce, Bureau of Industry and Security, Regulatory
Policy Division, 14th St. & Pennsylvania Avenue, NW., Room 2705,
Washington, DC 20230, Attn: RIN 0694-AD26.
FOR FURTHER INFORMATION CONTACT: For questions of a general or
regulatory nature, contact the Regulatory Policy Division, telephone:
(202) 482-2440. For program information on reports and complementary
access, contact Jill Shepherd, Treaty Compliance Division, Office of
Nonproliferation and Treaty Compliance, telephone: (202) 482-1001. For
legal questions, contact Rochelle Woodard, Office of the Chief Counsel
for Industry and Security, telephone: (202) 482-5301.
SUPPLEMENTARY INFORMATION:
Background
I. Origins and Overview of the Additional Protocol
The requirement for a comprehensive international safeguards system
to prevent the spread of nuclear weapons was first established by the
Treaty on the Non-Proliferation of Nuclear Weapons (NPT). The NPT was
signed by the United States on July 1, 1968, and entered into force on
March 5, 1970. The treaty banned nuclear weapon states (NWS) from
transferring nuclear weapons to non-nuclear weapon states (NNWS) or
assisting NNWS in acquiring such weapons. It also banned NNWS from
manufacturing or acquiring nuclear weapons and stipulated that each
NNWS Party to the NPT would undertake to accept safeguards, as set
forth in an agreement to be negotiated and concluded with the
International Atomic Energy Agency (IAEA), which serves as the official
international verification authority for the implementation of
safeguards agreements concluded pursuant to the NPT. Although NWS,
including the United States, are not obligated under the NPT to accept
IAEA safeguards, all have voluntarily offered to accept safeguards on
certain activities to encourage NNWS to meet their obligations. The
IAEA completed formulation of detailed provisions for a model NPT
Safeguards Agreement in 1971. The safeguards system, as embodied in the
comprehensive safeguards agreements concluded between the IAEA and
individual NNWS States Parties to the NPT, consists of nuclear material
accountancy and nuclear material verification measures by which the
IAEA independently verifies declarations made by individual States
Parties about their nuclear material and activities to ensure that
nuclear material inventories and flows have been accurately declared
and are not being used to further any proscribed purpose.
During deliberations on the NPT, several major industrialized
nations expressed concern that the absence of requirements for IAEA
safeguards in NWS would place NNWS at a commercial and industrial
disadvantage in developing nuclear energy for peaceful purposes.
Specifically, the NNWS were concerned that application of safeguards
would interfere with the efficient operations of their commercial
activities and would possibly compromise industrial and trade secrets
as a result of access by IAEA inspectors to their facilities and
records. In order to allay these concerns, the United States
voluntarily offered in 1967 to permit the IAEA to apply safeguards to
civil nuclear facilities in the United States. The U.S. ``Voluntary
Offer'' is set forth in the ``Agreement Between the United States of
America and the International Atomic Energy Agency for the Application
of Safeguards in the United States of America'' (also known as the
``U.S.-IAEA Safeguards Agreement''). Since then, the other four NWS
recognized under the NPT (China, France, the Russian Federation, and
the United Kingdom) also agreed to make all or part of their civil
nuclear activities eligible for IAEA safeguards.
The U.S.-IAEA Safeguards Agreement was signed on November 18, 1977,
and entered into force on December 9, 1980. At that time, the United
States submitted to the IAEA a list of more than 200 eligible
facilities for which safeguards could be applied if selected by the
IAEA. This list included facilities licensed by the U.S. Nuclear
Regulatory Commission (NRC), as well as eligible Department of Energy
facilities. The United States has added additional facilities to the
eligible facilities list since that time. Under the U.S.-IAEA
Safeguards Agreement, approximately eighteen facilities have been
selected for safeguards inspection and/or monitoring since 1981.
Although the U.S.-IAEA Safeguards Agreement is based on the model
safeguards agreement developed by the
[[Page 43569]]
IAEA, the terms of the U.S.-IAEA Safeguards Agreement and the
obligations of NNWS parties to the NPT differ in several respects.
First, the U.S.-IAEA Safeguards Agreement excludes nuclear facilities
associated with activities of direct national security significance.
Also, the United States decides which civil nuclear facilities are
eligible for the full program of safeguards procedures (including
routine inspections) and the IAEA decides which eligible facilities
will be selected for the application of safeguards, although the IAEA
need not select any. Furthermore, the United States has made separate
commitments to provide to the IAEA, for safeguards purposes,
information on exports of nuclear material and nuclear-related
equipment and materials.
In the aftermath of the 1991 Persian Gulf War, the IAEA determined
that Iraq had been engaged in a clandestine nuclear weapons development
program at locations not directly subject to routine IAEA safeguards
inspections. The international community determined that the safeguards
system needed to be strengthened, and negotiated a Model Additional
Protocol to amend existing bilateral safeguards agreements (i.e., the
``Model Protocol Additional to the Agreement(s) Between State(s) and
the International Atomic Energy Agency for the Application of
Safeguards,'' INFCIRC/540 (Corrected) September 1997). The Model
Additional Protocol requires enhanced information collection and access
to sites and other locations involved in nuclear fuel cycle-related
activities and covers almost all of a state's nuclear fuel cycle,
thereby providing IAEA inspectors with greater ability to detect
clandestine nuclear activities in NNWS facilities, sites, and locations
that are involved in nuclear fuel cycle activities. In an effort to
encourage adoption of the Additional Protocol among NNWS, the United
States signed the Additional Protocol on June 12, 1998. In the
Additional Protocol, the United States accepts all of the measures of
the Model Additional Protocol, except where their application would
result in access by the IAEA to activities of direct national security
significance to the United States or to locations or information
associated with such activities. By subjecting itself to the same
safeguards on all of its civil nuclear activities that NNWS are subject
to (with the exception of those activities of direct national security
significance), the United States intends to encourage widespread
adherence to the Model Additional Protocol and demonstrate that
adherence does not place other countries at a commercial disadvantage.
The Additional Protocol will enter into force when the United
States notifies the IAEA that the statutory and constitutional
requirements for entry into force have been met. These requirements
include: (1) Ratification, to which the Senate provided advice and
consent with certain conditions and understandings on March 31, 2004;
(2) enactment of implementing legislation, which was signed by the
President on December 18, 2006 (The U.S. Additional Protocol
Implementation Act of 2006 (Pub. L. 109-401, 120 Stat. 2726 (2006));
(3) issuance of an Executive Order, which was issued on February 5,
2008; (4) issuance of agency regulations by the Departments of
Commerce, Defense, and Energy, and by the Nuclear Regulatory Commission
(DOC, DOD, DOE, and NRC); and (5) certification by the President that
certain Senate conditions have been met. The United States' instrument
of ratification may be deposited with the IAEA only after the President
has certified that two Senate conditions, which address the application
of the national security exclusion in Articles 1.b and 1.c of the
Additional Protocol (i.e., managed access, security and counter-
intelligence training, and preparation at locations of direct national
security significance) and the completion of site vulnerability
assessments concerning activities, locations, and information of direct
national security significance, will be met within 180 days after
deposit of the United States' instrument of ratification.
The Additional Protocol consists of the following articles and
annexes:
Article 1: Relationship between the Additional Protocol and the
U.S.-IAEA Safeguards Agreement
Articles 2 and 3: Provision of information
Articles 4 through 10: Complementary access
Article 11: Designation of IAEA inspectors
Article 12: Visas
Article 13: Subsidiary arrangements
Article 14: Communications systems
Article 15: Protection of confidential information
Article 16: Annexes
Article 17: Entry into force
Article 18: Definitions
Annex I: List of activities referred to in the Additional Protocol
Annex II: List of specified equipment and non-nuclear material for
reporting of exports and imports
The Additional Protocol requires the United States to declare to
the IAEA a number of nuclear fuel cycle-related items, materials, and
activities that may be used for peaceful nuclear purposes, but that
also could be necessary elements for a nuclear weapons program. In
order to obtain the information necessary to complete the U.S.
declaration to the IAEA, the U.S. Government must collect reports from
U.S. industry and other U.S. persons. U.S. declarations submitted under
the Additional Protocol would provide the IAEA with information about
additional aspects of the U.S. civil nuclear fuel cycle, including:
mining and concentration of nuclear ores; nuclear-related equipment
manufacturing, assembly, or construction; imports, exports, and other
activities involving certain source material (i.e., source material
that has not reached the composition and purity suitable for fuel
fabrication or for being isotopically enriched); imports and exports of
specified nuclear equipment and non-nuclear material; nuclear fuel
cycle-related research and development activities not involving nuclear
material; and other activities involving nuclear material not currently
subject to the U.S.-IAEA Safeguards Agreement.
Within 180 days after deposit of the United States' instrument of
ratification of the Additional Protocol, the United States must submit
to the IAEA a declaration containing information compiled from the
Initial Reports submitted to BIS in accordance with the proposed
requirements of Section 783.1(a) of the APR. Thereafter, by May 15th of
each succeeding year, the United States must submit to the IAEA a
declaration containing an annual update to the information contained in
previous U.S. declarations to the IAEA. The U.S. annual declaration to
the IAEA will contain information compiled, for the most part, from the
Annual Update Reports submitted to BIS in accordance with the proposed
requirements of Section 783.1(b) of the APR.
The Additional Protocol provides that there shall be no mechanistic
or systematic verification of information contained in the U.S.
declaration (e.g., there is no provision for routine inspections).
However, the United States would be required to provide the IAEA with
access (referred to as ``complementary access'') to civil nuclear fuel
cycle-related locations and activities, under certain circumstances, as
defined in the Additional Protocol. Such access would be designed to
ensure the absence of undeclared nuclear material and activities at
declared sites where nuclear facilities or materials are located or to
address a question about the completeness or correctness of the U.S.
declaration or an inconsistency related to the information contained
therein. In the latter instance, access generally would be requested
only if a question or inconsistency in the U.S. declaration could not
be
[[Page 43570]]
resolved through consultation between the United States and the IAEA.
The APR contain requirements administered by the Department of
Commerce's Bureau of Industry and Security to implement the Additional
Protocol. Additional U.S. obligations under the Additional Protocol are
administered by other U.S. government agencies as designated by the
President of the United States.
A. Part 781--General Information and Overview of the APR
The Additional Protocol Regulations (15 CFR chapter VII, subchapter
D), or APR, would implement certain obligations of the United States
under the Additional Protocol. Part 781 contains definitions of terms
used in the APR, describes the purpose and scope of the APR, and
provides an overview of the activities regulated under the APR.
B. Part 782--General Information Regarding Reporting Requirements and
Procedures
The Additional Protocol augments the existing U.S.-IAEA Safeguards
Agreement by requiring the United States to provide the IAEA with
information on civil nuclear and nuclear-related items, materials, and
activities not presently covered by the U.S.-IAEA Safeguards Agreement.
The items, materials, and activities that must be declared include the
following: mining and milling activities involving the production or
processing of materials that could serve as feed material for the civil
nuclear fuel cycle (i.e., uranium and thorium); nuclear-related
equipment manufacturing; exports and imports of nuclear-related
equipment and nuclear-related non-nuclear material; and civil nuclear
fuel cycle-related research and development (R&D) activities not
involving nuclear material. To enable the United States to collect the
information necessary to prepare the U.S. declaration to the IAEA, BIS
is publishing the APR to establish reporting requirements for U.S.
industry and other U.S. persons concerning civil nuclear and nuclear-
related items, materials, and activities that must be declared under
the Additional Protocol.
Part 782 of the APR contains a brief overview of the reporting and
compliance review requirements in the APR, identifies who is
responsible for submitting the reports required under the APR, and
provides information on how to determine which activities would be
subject to the APR reporting requirements, including instructions on
where and how to submit activity determination requests to BIS. Part
782 also explains how to obtain the forms needed to submit reports
required by the APR and where to submit the reports.
C. Part 783--Reporting Requirements for Nuclear Fuel Cycle-Related
Activities Not Involving Nuclear Materials
Part 783 contains a comprehensive description of the reporting
requirements under the APR, including which activities must be
reported, who must submit reports, the types of reports that must be
submitted (e.g., Initial Report, Annual Update Report, Export Report,
Import Confirmation Report, Supplemental Information Report--the latter
would be submitted in response to BIS notification of an IAEA request
for amplification or clarification of information), the types of
changes that would require the submission of an Amended Report to BIS,
when a No Changes Report may be submitted in lieu of an Annual Update
Report, the APR forms required and the procedures that must be followed
to prepare and submit these reports, and the deadlines for submitting
these reports to BIS.
Section 783.1(a) of the APR would establish initial reporting
requirements under the APR. You must submit an Initial Report to BIS,
no later than 30 calendar days following the date of publication of the
rule that establishes the APR, if you are engaged in any of the civil
nuclear fuel cycle-related activities described in Section 783.1(a) of
the APR on the date of publication. In this instance, your Initial
Report must describe only those activities in which you are engaged as
of the date of publication, except that the description of activities
involving uranium hard-rock mines must include any such mines that were
closed down during the calendar year in which the rule establishing the
APR was published (up to and including the date of publication) as well
as mines that were in either operating or suspended status on the date
of publication. The period of time covered by your Initial Report must
include the calendar year in which the APR are promulgated (up to and
including the date of publication).
For any calendar year that follows the year in which the rule
establishing the APR is published, you must submit an Initial Report to
BIS if you commenced civil nuclear fuel cycle-related activities
described in Section 783.1(a) of the APR at your location, during the
previous calendar year, and have not previously reported such
activities to BIS. You may include such activities in your Annual
Update Report, in lieu of submitting a separate Initial Report, if you
also have an Annual Update Report requirement for the same location
that covers the same reporting period (Annual Update Report
requirements are addressed in the discussion of Section 783.1(b),
below).
Section 783.1(a)(1) of the APR contains two separate reporting
requirements that apply to civil nuclear fuel cycle-related research
and development activities, as defined in Section 781.1 of the APR,
that do not involve nuclear material. Section 783.1(a)(1)(i) of the APR
describes the initial reporting requirement for any such civil
activities that were funded, specifically authorized or controlled by,
or carried out on behalf of, the United States. Section 783.1(a)(1)(ii)
of the APR describes the initial reporting requirement for any such
activities that were specifically related to civil enrichment,
reprocessing of nuclear fuel, or the processing of intermediate or
high-level waste containing plutonium, high enriched uranium or
uranium-233 and that were not funded, specifically authorized or
controlled by, or carried out on behalf of the United States. Reports
on these activities must include a general activity description and
location information. The provisions of Section 783.1(a)(1)(i) and
(a)(1)(ii) are intended to address the information requirements
described in Articles 2.a(i) and 2.b(i), respectively, of the
Additional Protocol.
Section 783.1(a)(2) of the APR describes the initial reporting
requirement for civil nuclear-related manufacturing, assembly, and
construction activities (e.g., the manufacture of centrifuge rotor
tubes, diffusion barriers, zirconium tubes, nuclear grade graphite, and
reactor control rods). The specific activities subject to this APR
reporting requirement are listed in detail in Supplement No. 2 to Part
783 of the APR, which corresponds to Annex I of the Additional
Protocol. For these locations, the APR require a description of the
scale of operations for each location engaged in any of the activities
described in Supplement No. 2 to Part 783. This information need not be
detailed, but should include the organization's name, location, a brief
description of operations, and the estimated current annual production.
The provisions of Section 783.1(a)(2) are intended to address the
information requirements described in Article 2.a(iv) of the Additional
Protocol.
Section 783.1(a)(3) of the APR describes the initial reporting
requirement for U.S. uranium hard-rock mining activities, consistent
with information requirements described in Article 2.a(v) of the
Additional Protocol.
[[Page 43571]]
Uranium hard-rock mines are required to report to BIS their location,
operational status, estimated annual production capacity, and current
annual production. For Initial Reports submitted during the calendar
year in which the APR are promulgated, this reporting requirement
applies to any mines that were closed down during that calendar year
(up to and including the date of publication of the APR), as well as
mines in either operating or suspended status on the date that the rule
establishing the APR is published. Mines that were closed down prior to
the calendar year in which the APR are promulgated do not have a
reporting obligation.
Section 783.1(b) of the APR would establish annual reporting
requirements under the APR. If you submit an Initial Report to BIS, in
accordance with Section 783.1(a) of the APR, and your Initial Report
does not indicate that all civil nuclear fuel cycle-related activities
described therein have ceased at your location, Section 783.1(b) of the
APR would require that you submit an Annual Update Report to BIS for
each calendar year that follows the year covered by your Initial
Report. This Annual Update Report requirement will continue to apply
for as long as you engage in activities subject to the APR reporting
requirements. If your location subsequently ceases to engage in
activities subject to the APR reporting requirements, you would still
be required to submit an Annual Update Report covering the calendar
year in which you ceased to engage in such activities. Section
783.1(b)(2) of the APR provides that a No Changes Report may be
submitted, in lieu of an Annual Update Report, when there are no
changes with respect to your location and civil nuclear fuel cycle-
related activities during the previous calendar year. If your Initial
Report or most recent Annual Update Report indicates that all civil
nuclear fuel cycle-related activities described therein have ceased at
your location, and no other reportable activities have occurred during
the previous calendar year, then you would not have a reporting
requirement under Section 783.1(a) or (b) of the APR.
Initial Reports describing reportable civil nuclear fuel cycle-
related activities identified in Section 783.1(a) of the APR would need
to be submitted to BIS no later than 30 calendar days following the
date of publication of the rule establishing the APR, if you are
engaged in any such civil nuclear fuel cycle-related activities on the
date of publication. Any such activities that commence after the date
of publication of the rule establishing the APR must be reported to BIS
no later than January 31 of the year following the calendar year in
which the activities took place. If you are subject to an Annual Update
Report requirement for the same location and covering the same
reporting period, you may include these additional activities in your
Annual Update Report, in lieu of submitting a separate Initial Report.
Annual Update Reports must be submitted to BIS by January 31st of the
year following any calendar year in which reportable fuel cycle-related
activities took place. No Changes Reports must be submitted to BIS by
January 31st of the year following any calendar year in which
reportable nuclear fuel cycle-related activities took place.
Section 783.1(c) and (d), respectively, of the APR describe the
reporting requirements that would apply to exports and imports of
equipment or non-nuclear material identified in Supplement No. 3 to
Part 783 of the APR. The equipment and non-nuclear material in
Supplement No. 3 are derived from the Zangger Committee Trigger List
(IAEA INFCIRC/254/Rev.8/Part 1, Annex B)--the Trigger List defines
goods specially designed for nuclear use that, along with nuclear-
related dual-use materials, equipment, software and related technology,
are subject to export controls administered by member states of the
Nuclear Suppliers Group (NSG). If you export any of the items listed in
Supplement No. 3 to Part 783, you must submit an Export Report to BIS
no later than 15 days following the end of the calendar quarter in
which the items were exported--therefore, Export Reports must be
submitted to BIS no later than January 15th, April 15th, July 15th,
and/or October 15th each year. You will be notified by BIS if an Import
Confirmation Report is required under the APR. BIS will provide such
notification only upon receipt of a request from the IAEA for
information to verify imports. For each import of equipment or non-
nuclear material listed in Supplement No. 3 to Part 783, you must
submit an Import Confirmation Report to BIS no later than 30 calendar
days following the date that you receive notification of this
requirement. The provisions of Section 783.1(c) and (d) are intended to
address the information requirements described in Article 2.a(ix)(b) of
the Additional Protocol.
Section 783.1(e) of the APR describes the requirements that would
apply to a Supplemental Information Report. If the IAEA specifically
requests amplification or clarification concerning any information
provided in the U.S. declaration that is based on your report(s), BIS
will send you written notification requiring that you report to BIS
additional information concerning the activities that you previously
reported and any other activities conducted at your location or
building that would be relevant for the purpose of addressing the
IAEA's request for amplification or clarification of information.
Section 783.2 of the APR describes the circumstances under which an
Amended Report would need to be submitted to BIS. Section 783.2(a) of
the APR would require that an Amended Report be submitted to BIS no
later than 30 calendar days following the date that you discover an
error or omission in your most recent report that involves information
concerning an activity subject to the reporting requirements in Section
783.1(a) or (b) of the APR. Section 783.2(b) of the APR would require
that an Amended Report be submitted to BIS no later than 30 calendar
days after any changes to company and location information, such as the
company's designated contact person (for reporting and complementary
access purposes), the name or mailing address of the company, the
owner/operator of the location, or the owner of the company. Section
783.2(d) of the APR would require that an Amended Report be submitted
to BIS no later than 30 calendar days following the date that you
received written notification from BIS to provide information requested
by the IAEA following complementary access to the location.
D. Part 784--Complementary Access
Part 784 of the APR describes the purpose of complementary access
by the IAEA and identifies the types of locations that may be subject
to complementary access under the APR. Any location that would be
required to submit an Initial Report, Annual Update Report, or No
Changes Report to BIS, pursuant to Part 783 of the APR, is a reportable
location and may be subject to complementary access by the IAEA. The
fact that a location would be required to submit a report to BIS does
not automatically trigger complementary access by the IAEA, although it
may provide the basis for complementary access. Information that has
been reported to BIS and included in the U.S. declaration will be
analyzed by the IAEA before the IAEA makes a decision on whether or not
to request complementary access to a particular location. In addition
to providing the IAEA with complementary access to reportable
locations, Part 784 of the APR
[[Page 43572]]
provides that other locations specified by the IAEA may be subject to
complementary access.
The specific purpose of complementary access will be location
dependent. In the case of uranium hard-rock mine locations, the purpose
of complementary access is limited to enabling the IAEA to verify, on a
selective basis, the absence of undeclared nuclear material and nuclear
related activities. For all other locations subject to the APR (e.g.,
locations involved in reportable civil nuclear fuel cycle-related
research and development or manufacturing activities, other locations
specified by the IAEA), the purpose of complementary access is limited
to allowing the IAEA to resolve questions relating to the correctness
and completeness of the information provided in the U.S. declaration or
to resolve inconsistencies relating to that information. Complementary
access normally will not be scheduled for the latter type of location
until after the IAEA has provided the United States with an opportunity
to clarify or resolve the question or inconsistency in the U.S.
declaration.
Part 784 of the APR defines the role of BIS in notifying locations
that will be subject to complementary access and acting as host to the
IAEA Team during complementary access. A BIS Host team (augmented by
other agency representatives, as appropriate) will accompany the IAEA
inspectors during their activities at the location. In addition, a BIS
Advance Team, upon receiving advance notice from the IAEA of
complementary access, may deploy to the location to assist in preparing
personnel and implementing appropriate measures to protect confidential
business and other critical information.
Part 784 also provides specific information on the scope and
conduct of complementary access, such as the kinds of activities that
may be carried out by the IAEA Team (e.g., the circumstances under
which the IAEA Team will be granted physical access to records and
visual access to facilities). In addition, Part 784 describes the
circumstances under which the Host Team will implement managed access
measures during IAEA complementary access. Managed access will protect
activities of direct national security significance to the United
States, as well as locations or information associated with such
activities. It is also designed to prevent the dissemination of
proliferation sensitive information, to meet safety or physical
protection requirements, and to protect proprietary or commercially
sensitive information.
E. Part 785--Enforcement
Part 785 contains definitions of enforcement-related terms and
describes the scope of the enforcement activities that would be
authorized under the APR, including the types of violations subject to
the APR, administrative and criminal proceedings, hearings,
representation, paperwork, summary decisions, discovery, subpoenas,
matters protected against disclosure, procedural stipulations,
extensions, post-hearing submissions, decisions, settlements, payment
of assessments, and how to report a violation.
F. Part 786--Records and Recordkeeping
Part 786 describes the APR recordkeeping requirements, including
the types of records that would need to be retained, required retention
periods, acceptable media for record storage, records inspection
procedures, accessibility of records, and disposal of records.
G. Part 787--Interpretations
Part 787 is reserved for future interpretations of parts 781
through 786 of the APR and also for Subsidiary Arrangements to the
Additional Protocol.
Rulemaking Requirements
1. This proposed rule has been determined to be significant for
purposes of Executive Order 12866.
2. Notwithstanding any other provision of law, no person is
required to, nor shall any person be subject to a penalty for failure
to comply with a collection of information, subject to the Paperwork
Reduction Act (PRA), unless that collection of information displays a
currently valid OMB Control Number. This rule proposes a collection of
information subject to the requirements of the Paperwork Reduction Act
of 1995 (44 U.S.C. 3501 et seq.). The information collection contained
in this proposed rule is part of a joint information collection by the
Bureau of Industry and Security (BIS) of the Department of Commerce
(DOC), in accordance with the proposed Additional Protocol Regulations
(APR) (15 CFR parts 781-799), and the Nuclear Regulatory Commission
(NRC), in accordance with amendments to its regulations in 10 CFR part
75 and 10 CFR part 110. BIS has submitted this proposed collection to
the Office of Management and Budget for approval. A total of
approximately 129 respondents are expected to be subject to the
information collection requirements set forth in these BIS and NRC
rules. These information collection requirements are expected to
involve an estimated 3,357 total burden hours per annum at a total
estimated cost of $139,142 per annum. The estimated total burden hours
per annum include the time for reviewing instructions, searching
existing data sources, gathering and maintaining the data needed, and
completing and reviewing the collection of information.
Public comment is sought regarding: Whether this proposed
collection of information is necessary for the proper performance of
the functions of the agency, including whether the information shall
have practical utility; the accuracy of the burden estimate; ways to
enhance the quality, utility, and clarity of the information to be
collected; and ways to minimize the burden of the collection of
information, including through the use of automated collection
techniques or other forms of information technology. Send comments
regarding this burden estimate or any other aspects of this collection
of information, including suggestions for reducing the burden, to David
Rostker, Office of Management and Budget (OMB), by e-mail to David_
Rostker@omb.eop.gov or by fax to (202) 395-7285, and to Willard Fisher,
Regulatory Policy Division, Bureau of Industry and Security, Department
of Commerce, as indicated in the ADDRESSES section of this rule.
The DOC's Office of Strategic Industries and Economic Security
(SIES) conducted a study in order to obtain an estimate of the number
of U.S. companies, organizations, and other U.S. persons that would be
subject to reporting requirements under the BIS and NRC rules. This
study, along with reviews conducted by the NRC on activities conducted
by its licensees, indicated that potentially 119 locations and 10 sites
at International Atomic Energy Agency (IAEA) Selected Facilities from
the U.S. Eligible Facilities List licensed by the NRC (an estimated
total of 129 respondents) would have reporting requirements pursuant to
DOC and NRC regulations under the Additional Protocol.
The information collection requirements in the BIS and/or NRC rules
consist of the following activities: (1) Additional Protocol (AP)-
related reporting activities (e.g., activities involving the completion
and submission of AP-related reports using forms contained in handbooks
described below), (2) complementary access activities (e.g., activities
involving IAEA inspection team access to locations and sites subject to
AP-related reporting requirements), and (3) compliance review
activities (e.g., activities involving BIS requests for information
[[Page 43573]]
from persons and locations subject to the APR to determine compliance
with APR reporting and recordkeeping requirements).
The estimated information collection burden associated with the
proposed AP-related reporting activities is expected to total 2,161
burden hours per year, at a total cost to respondents of $96,467 per
annum, as follows: 2,161 burden hours x $37.20/hour (employee salaries)
x 1.2 (20% overhead) = $96,467 estimated annual cost.
The estimated information collection burden associated with the
proposed complementary access activities is expected to total 1,153
burden hours per year, at a total cost to respondents of $32,070 per
annum, as follows: First, 576.33 (burden hours per complementary
access) x 2 (locations per calendar year) = 1,153 total burden hours
and, second, $16,035 (estimated cost per complementary access) x 2
(locations per calendar year) = $32,070 estimated annual cost.
The estimated information collection burden associated with the
proposed compliance review activities is expected to total 43 burden
hours per year, at a total cost to respondents of $1,897 per annum, as
follows: 42.5 burden hours x $37.20/hour (employee salaries) x 1.2 (20%
overhead) = $1,897.20 annual estimated cost.
In addition, this proposed rule contains a recordkeeping
requirement of 3 years, which would involve a total estimated
recordkeeping cost of $8,707.50 per annum, as follows: 1.5 square feet
(average office space occupied by storage cabinet containing AP-related
records) x $45/square foot (average cost of office space utilized for
storage) x 129 reports (estimated number of locations required to
submit AP-related reports) = $8,707.50 annual estimated cost.
Based on the estimates provided above, the annual burden hours of
this information collection are expected to total 3,357 burden hours,
as follows: 2,161 (estimated annual burden hours for AP-related
reporting activities) + 1,153 (estimated annual burden hours for
complementary access activities) + 43 (estimated annual burden hours
for compliance review activities) = 3,357 total estimated annual burden
hours for all AP-related information collection activities. (Note: The
AP-related recordkeeping burden estimate is based upon cost of storage
space rather than burden hours.)
Based on the estimates provided above, the annual cost of this
information collection is expected to total $139,142, as follows:
$96,467 (estimated annual cost for AP-related reporting activities) +
$32,070 (estimated annual cost for complementary access activities) +
$1,897.20 (estimated annual cost for compliance review activities) +
$8,707.50 (estimated annual cost of AP-related recordkeeping
requirements) = $139,142 total estimated annual cost for all AP-related
information collection activities.
The AP requires the United States to declare to the IAEA a number
of commercial nuclear and nuclear-related items, materials, and
activities that may be used for peaceful nuclear purposes, but that
also would be necessary elements for a nuclear weapons program.
Executive Order (E.O.) 13458 of February 5, 2008, designates the DOC as
the lead agency responsible for collecting data required under the AP
from the commercial nuclear industry and other U.S. persons, except for
data involving activities or locations subject to the licensing
jurisdiction of the NRC. The E.O. designates the NRC as the lead agency
responsible for collecting data required under the AP from those
persons, locations, and sites subject to its licensing jurisdiction. In
addition, National Security Policy Directive 57 (February 4, 2008)
designated DOC as the lead agency responsible for managing the
collection and aggregation of all data reported to the U.S. Government
for the purpose of preparing the U.S. AP declaration for submission to
the IAEA.
BIS has developed two separate handbooks (one for locations and the
other for sites of IAEA-selected facilities) that will provide guidance
on how to complete and submit the forms required under the APR. These
handbooks identify the specific forms that must be included in each
type of report package that must be submitted to BIS or the NRC. The
specific forms in each handbook are identified below.
List of Forms Contained in Report Handbook for Locations
------------------------------------------------------------------------
Description of information collected
Form on form
------------------------------------------------------------------------
AP-1.............................. Certification.
AP-2.............................. Contact Information.
AP-3.............................. Research and Development with U.S.
Government (USG) Involvement.
AP-4.............................. Research and Development without
U.S. Government Involvement.
AP-5.............................. Nuclear-related manufacturing,
assembly and construction
activities.
AP-6.............................. Information on uranium hard rock
mines.
AP-7.............................. Information on concentration plants.
AP-8.............................. Holdings of impure source materials.
AP-9.............................. Imports and exports of impure source
materials.
AP-10............................. Holdings of safeguards-exempted
materials.
AP-11............................. Location of safeguards-terminated
materials.
AP-12............................. Processing of safeguards-terminated
waste materials.
AP-13............................. Exports of specified equipment and
non-nuclear material.
AP-14............................. Imports of specified equipment and
non-nuclear material.
AP-15............................. Supplemental information report.
AP-16............................. Continuation.
AP-17............................. No Changes Report.
------------------------------------------------------------------------
List of Forms Contained in Report Handbook for Sites
------------------------------------------------------------------------
Description of information
Form collected on form
------------------------------------------------------------------------
AP-A...................................... Certification.
AP-B...................................... Contact Information.
AP-C...................................... Building information.
AP-D...................................... Research and Development
with U.S. Government
Involvement.
AP-E...................................... Research and Development
without U.S. Government
Involvement.
AP-F...................................... Nuclear-related
manufacturing, assembly and
construction activities.
AP-G...................................... Information on concentration
plants.
AP-H...................................... Holdings of impure source
materials.
AP-I...................................... Imports and exports of
impure source materials.
AP-J...................................... Holdings of safeguards-
exempted materials.
AP-K...................................... Location of safeguards-
terminated materials.
AP-L...................................... Processing of safeguards-
terminated waste materials.
AP-M...................................... Exports of specified
equipment and non-nuclear
material.
AP-N...................................... Imports of specified
equipment and non-nuclear
material.
AP-O...................................... Supplemental information
report.
AP-P...................................... Continuation.
AP-Q...................................... No Changes Report.
------------------------------------------------------------------------
3. This rule does not contain policies with Federalism implications
as that
[[Page 43574]]
term is defined in Executive Order 13132.
4. The Regulatory Flexibility Act (RFA), as amended by the Small
Business Regulatory Enforcement Fairness Act of 1996 (SBREFA), 5 U.S.C.
601 et seq., generally requires an agency to prepare a regulatory
flexibility analysis of any rule subject to the notice and comment
rulemaking requirements under the Administrative Procedure Act (5
U.S.C. 553) or any other statute, unless the agency certifies that the
rule will not have a significant economic impact on a substantial
number of small entities. Under section 605(b) of the RFA, however, if
the head of an agency certifies that a rule will not have a significant
economic impact on a substantial number of small entities, the statute
does not require the agency to prepare a regulatory flexibility
analysis. Pursuant to section 605(b), the Chief Counsel for
Regulations, Department of Commerce, certified to the Chief Counsel for
Advocacy, Small Business Administration, that this proposed rule, if
promulgated, will not have a significant economic impact on a
substantial number of small entities for the reasons explained below.
Consequently, BIS has not prepared a regulatory flexibility analysis.
Small entities include small businesses, small organizations and
small governmental jurisdictions. For purposes of assessing the impacts
of this proposed rule on small entities, small entity is defined as:
(1) A small business according to RFA default definitions for small
business (based on SBA size standards), (2) a small governmental
jurisdiction that is a government of a city, county, town, school
district or special district with a population of less than 50,000, and
(3) a small organization that is any not-for-profit enterprise which is
independently owned and operated and is not dominant in its field. BIS
has determined that this final rule would affect only the first and
third categories of small entities (i.e., small businesses and small
organizations).
The DOC's Office of Strategic Industries and Economic Security
(SIES) conducted a study to obtain an estimate of the number of U.S.
businesses, organizations, and other U.S. persons that would be subject
to the information collection and recordkeeping requirements that BIS
and the NRC would have to establish in order to meet U.S. obligations
under the AP. This study, along with reviews conducted by the NRC on
activities conducted by its licensees, indicated that potentially 119
locations and 10 sites at IAEA-Selected Facilities from the U.S.
Eligible Facilities List licensed by the NRC (an estimated total of 129
respondents) would have reporting requirements pursuant to DOC and NRC
regulations under the AP. The study indicated that the majority of the
businesses or organizations most likely to be impacted by the entry-
into-force of the AP would fall into the following categories: (1)
Colleges and universities, (2) nuclear fuel manufacturers and utility
companies, (3) mining and milling companies, and (4) corporate entities
and contractors involved in research and development, manufacturing,
assembly and construction activities. Although BIS estimates that the
majority of these businesses and organizations are substantially sized
entities, having more than 500 employees, BIS does not have sufficient
information on these businesses and organizations to definitively
characterize them as large entities.
The Small Business Administration (SBA) has established standards
for what constitutes a small business, with respect to each of the
Standard Industrial Classification (SIC) code categories. For example,
a business in the uranium mining industry (NAICS Code: 212291, SIC
Code: 1094) is considered by SBA to be a small business if it is
independently owned and operated and not dominant in its field of
operation and it employs 500 or fewer persons on a full-time basis,
part-time, temporary, or other basis. The Mine Safety and Health
Administration (MSHA) estimates that approximately 99.8% of the metal/
non-metal mining industry would qualify as small businesses. However,
many of the uranium mining and milling entities in the United States
appear to be subsidiaries of large companies and BIS estimates that
most of the small entities likely to be impacted by the entry-into-
force of the AP will fall within the other categories of businesses and
organizations identified in the SIES survey. In addition, BIS is not
able to determine which SIC code categories apply to the other
categories of businesses or organizations that are likely to be
impacted by the entry-into-force of the AP. Therefore, for the purpose
of assessing the impact of this proposed rule, BIS assumes that all of
the 129 businesses and organizations likely to be affected are small
entities.
Although this proposed rule, if promulgated, would affect a
substantial number of small entities (i.e., 129 businesses and
organizations), the reporting, on-site verification (i.e.,
complementary access), compliance review, and recordkeeping
requirements that would be imposed by this rule would not have a
significant economic impact on these entities.
First, this rule proposes to establish reporting requirements in
Part 783 of the APR that would require U.S. industry and U.S. persons
to submit data needed to prepare U.S. declarations to the IAEA in
accordance with U.S. obligations under the AP. The U.S. declarations
submitted under the AP would provide the IAEA with information about
additional aspects of the U.S. civil nuclear fuel cycle, including the
following: mining and concentration of nuclear ores; nuclear-related
equipment manufacturing, assembly, or construction; imports, exports,
and other activities involving certain source material (i.e., source
material that has not reached the composition and purity suitable for
fuel fabrication or for being isotopically enriched); imports and
exports of specified nuclear equipment and non-nuclear material;
nuclear fuel cycle-related research and development activities not
involving nuclear material; and other activities involving nuclear
material not currently subject to the U.S.-IAEA Safeguards Agreement.
The total estimated annual burden hours for these proposed reporting
requirements would be 2,161 hours and the total estimated annual cost
would be $96,467, or $747.81 per respondent.
Second, this rule proposes to establish on-site verification (i.e.,
complementary access) requirements in Part 784 of the APR. Any location
that would be required to submit an Initial Report, Annual Update
Report, or No Changes Report to BIS, pursuant to Part 783 of the APR,
would be treated as a reportable location under the APR and, as such,
might be subject to complementary access by the IAEA. The fact that a
location would be required to submit a report to BIS would not
automatically trigger complementary access by the IAEA, although it
might provide the basis for complementary access. Information reported
to BIS and included in the U.S. declaration would be analyzed by the
IAEA before the IAEA would decide whether or not to request
complementary access to a particular location. In addition to providing
the IAEA with complementary access to reportable locations, Part 784 of
the APR would provide that other locations specified by the IAEA might
be subject to complementary access. The specific purpose of
complementary access would be location dependent. Complementary access
to uranium hard-rock mine locations would be limited to enabling the
IAEA to verify, on a selective basis, the absence of
[[Page 43575]]
undeclared nuclear material and nuclear related activities. For all
other locations subject to the APR, the purpose of complementary access
would be limited to allowing the IAEA to resolve questions relating to
the correctness and completeness of the information provided in the
U.S. declaration or to resolve inconsistencies relating to that
information. The total estimated annual burden hours for these proposed
complementary access requirements would be 1,153 hours and the total
estimated annual cost would be $32,070, or $248 per respondent.
Third, this rule proposes to establish compliance review
requirements in Section 782.3 of the APR that would authorize BIS to
request information, periodically, from persons and locations subject
to the APR to determine compliance with the APR reporting and
recordkeeping requirements. Information requested may relate to nuclear
fuel cycle research and development activities not involving nuclear
material, nuclear-related manufacturing, assembly or construction
activities, or uranium hard-rock mining activities as described in Part
783 of the APR. Any person or location subject to the APR and receiving
such a request for information would be required to submit a response
to BIS within 30 calendar days of receipt of the request. The total
estimated annual burden hours for these proposed compliance review
requirements would be 43 hours and the total estimated annual cost
would be $1,897.20, or $14.70 per respondent.
Fourth, this rule proposes to establish recordkeeping provisions in
Part 786 of the APR in accordance with which each person or location
required to submit a report or correspondence under Parts 782 through
784 of the APR would have to retain all supporting materials and
documentation used to prepare the report or correspondence. All such
supporting materials and documentation would have to be retained by the
person or location for three years from the due date of the applicable
report or for three years from the date of submission of the applicable
report, whichever would be later. Upon request by BIS, the person or
location also would be required to permit access to and copying of any
records related to compliance with the requirements of the APR. The
total estimated annual cost for these proposed APR recordkeeping
requirements would be $8,707.50. (Note: Since the AP-related
recordkeeping burden estimate is based upon the cost of storage space
rather than the number of burden hours, this estimate does not include
the total annual burden hours associated with the APR recordkeeping
requirements.)
The total estimated annual burden hours required to implement the
reporting, complementary access, compliance review, and recordkeeping
requirements described above would be 3,357 burden hours and the total
estimated annual cost would be $139,142. Although the primary impact of
these new requirements would affect a substantial number of small
entities (i.e., 129 businesses and organizations), the total economic
impact on the affected entities (i.e., $139,142, per annum, for all of
the affected entities) would not be significant. The average impact per
entity would be $1,079 (i.e., $139,142 / 129) per annum, which
represents a small percentage of the net annual revenue of a typical
small business. Since the requirements that this rule proposes to
establish would not impose a significant economic impact on a
substantial number of small entities, BIS did not prepare a regulatory
flexibility analysis for this rule.
Finally, the changes proposed by this rule should be viewed in
light of the fact that BIS's discretion in formulating the reporting,
complementary access, compliance review, and recordkeeping requirements
of the APR is limited by the necessity of meeting U.S. obligations
under the AP. The AP specifies the information that the United States
must declare to the IAEA. In drafting the requirements and the forms
for U.S. locations and U.S. persons to use, BIS has attempted to
minimize the recordkeeping and reporting burden to ensure that only
information that the United States must declare to the IAEA would have
to be submitted to BIS.
List of Subjects
15 CFR Part 781
Nuclear fuel cycle-related activities, Imports, Treaties.
15 CFR Part 782
Nuclear fuel cycle-related activities, Reporting and recordkeeping
requirements.
15 CFR Part 783
Nuclear fuel cycle-related activities, Exports, Imports, Reporting
and recordkeeping requirements.
15 CFR Part 784
Nuclear fuel cycle-related activities, Imports, Reporting and
recordkeeping requirements.
15 CFR Part 785
Enforcement.
15 CFR Part 786
Reporting and recordkeeping requirements.
Accordingly, in 15 CFR Chapter VII, new Subchapter D, titled
``Additional Protocol Regulations'' and consisting of Parts 781 through
799, is proposed to be added to read as follows:
Subchapter D--Additional Protocol Regulations
PART 781--GENERAL INFORMATION AND OVERVIEW OF THE ADDITIONAL
PROTOCOL REGULATIONS (APR)
Sec.
781.1 Definitions of terms used in the Additional Protocol
Regulations (APR).
781.2 Purposes of the Additional Protocol and APR.
781.3 Scope of the APR.
781.4 U.S. Government requests for information needed to satisfy the
requirements of the APR or the Act.
781.5 Authority.
Authority: Public Law 109-401, 120 Stat. 2726 (December 18,
2006); Executive Order 13458 (February 4, 2008).
Sec. 781.1 Definitions of terms used in the Additional Protocol
Regulations (APR).
The following are definitions of terms used in parts 781 through
799 of this subchapter (collectively known as the APR), unless
otherwise noted:
Access Point of Contact (A-POC). The individual at a location who
will be notified by BIS immediately upon receipt of an IAEA request for
complementary access to a location. BIS must be able to contact either
the A-POC or alternate A-POC on a 24-hour basis. All interactions with
the location for permitting and planning an IAEA complementary access
will be conducted through the A-POC or the alternate A-POC, if the A-
POC is unavailable.
Act (The). The United States Additional Protocol Implementation Act
of 2006 (Pub. L. 109-401).
Additional Protocol. The Protocol Additional to the Agreement
between the United States of America and the International Atomic
Energy Agency for the Application of Safeguards in the United States of
America, with Annexes, signed at Vienna on June 12, 1998 (T. Doc. 107-
097), known as the Additional Protocol.
Additional Protocol Regulations (APR). Those regulations contained
in 15 CFR parts 781 to 799 that were promulgated by the Department of
Commerce to implement and enforce the Additional Protocol.
Agreement State. Any State of the United States with which the U.S.
Nuclear Regulatory Commission (NRC)
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has entered into an effective agreement under Subsection 274b of the
Atomic Energy Act of 1954, as amended (42 U.S.C. 2011 et seq.).
Beneficiation. The concentration of nuclear ores through physical
or any other non-chemical methods.
Bureau of Industry and Security (BIS). The Bureau of Industry and
Security of the United States Department of Commerce, including Export
Administration and Export Enforcement.
Complementary Access. The exercise of the IAEA's access rights as
set forth in Articles 4 to 6 of the Additional Protocol (see part 784
of the APR for requirements concerning the scope and conduct of
complementary access).
Complementary Access Notification. A written announcement issued by
BIS to a person who is subject to the APR (e.g., the owner, operator,
occupant, or agent in charge of a location that is subject to the APR
as specified in Sec. 781.3(a) of the APR) that informs this person
about an impending complementary access in accordance with the
requirements of Part 784 of the APR.
Host Team. The U.S. Government team that accompanies the
International Atomic Energy Agency (IAEA) inspectors during
complementary access, as provided for in the Additional Protocol and
conducted in accordance with the provisions of the APR.
Host Team Leader. The representative from the Department of
Commerce who leads the Host Team during complementary access.
International Atomic Energy Agency (IAEA). The United Nations
organization, headquartered in Vienna, Austria, that serves as the
official international verification authority for the implementation of
safeguards agreements concluded pursuant to the Treaty on the Non-
Proliferation of Nuclear Weapons (NPT).
ITAR. The International Traffic in Arms Regulations (22 CFR parts
120-130), which are administered by the Directorate of Defense Trade
Controls, U.S. Department of State.
Location. Any geographical point or area declared or identified by
the United States or specified by the IAEA (see ``location specified by
the IAEA,'' as defined in this section).
Location-specific environmental sampling. The collection of
environmental samples (e.g., air, water, vegetation, soil, smears) at,
and in the immediate vicinity of, a location specified by the IAEA for
the purpose of assisting the IAEA to draw conclusions about the absence
of undeclared nuclear material or nuclear activities at the specified
location.
Location-specific subsidiary arrangement. An agreement that sets
forth procedures, which have been mutually agreed upon by the United
States and the IAEA, for conducting complementary access at a specific
reportable location. (Also see definition of ``subsidiary arrangement''
in this section.)
Location specified by the IAEA. A location that is selected by the
IAEA to:
(1) Verify the absence of undeclared nuclear material or nuclear
activities; or
(2) Obtain information that the IAEA needs to amplify or clarify
information contained in the U.S. declaration.
Managed access. Procedures implemented by the Host Team during
complementary access to prevent