(2)
Life
Cycle Analysis Report. A life cycle analysis report that describes the
full fuel life cycle, and describes in detail the calculation of the fuel
pathway CI. The report shall contain sufficient detail to allow the Board's
staff to replicate the CI calculated by the applicant. All inputs to, and
outputs from, the fuel production process that contribute to the life cycle CI
must be described in the life cycle analysis report. These inputs and outputs
must then be fully accounted for in the calculation of the fuel pathway CI. The
life cycle analysis report shall include the following information:
(A) A detailed description of the full fuel
production process. The description shall include:
1. A description of the full well-to-wheels
fuel life cycle, including the locations where each primary step in the fuel
life cycle occurs. This description shall identify where the system boundary
was established for the purposes of performing the life cycle analysis on the
proposed pathway. The discussion of the system boundary shall be accompanied by
a schematic depicting the system boundary. That schematic shall show all
feedstock and fuel production units that are included in the system boundary,
as well as all material and energy flows across the system boundary. Any
feedstock or fuel production units that have been excluded from the system must
be shown on the schematic, and must be explicitly discussed in the narrative
description of the full fuel life cycle.
2. A description of all fuel production
feedstocks used, including all pre-processing to which feedstocks are subject.
For fuels utilizing agricultural crops for feedstocks, the description shall
include the agricultural practices used to produce those crops. This discussion
shall cover energy and chemical use, typical crop yields, feedstock harvesting,
transport modes and distances, storage, and pre-processing (such as drying or
oil extraction).
3. A description
of all material inputs to the production process not covered in 2, above. These
include, but are not limited to enzymes, nutrients, chemicals, catalysts, and
microorganisms.
4. A description of
the transportation modes used throughout the fuel life cycle. This discussion
must identify origins and destinations, cargo carrying capacities, fuel shares,
and the distances traveled for each transport mode.
5. A description of all facilities and
process units involved in the production of fuel under the proposed
pathway.
6. A list of all
combustion-powered equipment, along with their respective capacities, sizes, or
rated power, and type and amount of fuel combusted, throughout all phases of
the fuel life cycle over which the fuel pathway applicant exercises
control.
7. A quantitative
discussion of the thermal and electrical energy consumption that occurs
throughout all phases of the fuel life cycle over which the applicant exercises
control. All fuels used (natural gas, biogas, coal, biomass, etc.) must be
identified and use rates quantified. The regional electrical energy generation
fuel mix used in the CA-GREET3.0 analysis must be identified. Internally
generated power such as cogeneration and combined heat and power must also be
described. All fuel pathway applicants using grid electricity must choose
electrical generation energy mixes from among the subregions in CA-GREET3.0, if
applicable. The options include the 26 subregions defined in eGRID2014v2, and a
national grid mix for Brazil and Canada. Applicants whose fuel production
facilities or feedstock source regions are located in an area for which there
is no corresponding subregion included in CA-GREET3.0 must enter user-defined
energy resources and submit the source of the data utilized to the Executive
Officer for approval.
8. A
description of all co-products, byproducts, and waste products associated with
production of the fuel. That description shall extend to all processing, such
as drying of distiller's grains, applied to these materials after they leave
the fuel production process, including processing that occurs after ownership
of the materials passes to other parties. Moreover, if a co-product credit is
claimed for a co- or by-product, that credit must reflect all
post-fuel-production processing steps covered by this section. If a co-product
(e.g., electricity) is exported across the fence line, details of the quantity
of energy transferred on a daily basis must be monitored using data systems
with electronic archival.
(B) A detailed description of the calculation
of the pathway CI. This description must provide clear, detailed, and
quantitative information on process inputs and outputs, energy consumption,
greenhouse gas emissions generation, and the final pathway carbon intensity, as
calculated using CA-GREET3.0. Important intermediate values in each of the
primary life cycle stages shall be shown. Those stages include but are not
limited to feedstock production and transport; fuel production, fuel transport,
and dispensing; co-product production, transport and use; waste generation,
treatment and disposal; and fuel use in a vehicle. This description shall
include, at a minimum:
1. A table showing all
CA-GREET3.0 input values entered by the applicant. The worksheet, row, and
column locations of the cells into which these inputs were entered shall be
identified. In combination with the modifications identified in subsection
(B)2. below, this table shall enable the Executive Officer to enter the
reported inputs into a copy of CA-GREET3.0 and to replicate the carbon
intensity results reported in the application.
2. A detailed discussion of all modifications
other than those covered by subsection (B)1. above, made to the CA-GREET3.0
spreadsheet. This discussion shall allow the Executive Officer to duplicate all
such modifications and, in combination with the inputs identified in subsection
(B)1. above, replicate the carbon intensity results reported in the
application.
3. Documentation of
all CA-GREET3.0 values used in the carbon intensity calculation
process.
4. A detailed description
of all supporting calculations that were performed outside of the CA-GREET3.0
spreadsheet.
(C)
Descriptions of all co-located facilities, which in any way utilize outputs
from, or provide inputs to, the fuel production facility. Such co-located
facilities include but are not limited to cogeneration facilities, facilities
that otherwise provide heat or electrical energy to the fuel production
process, facilities that process or utilize co-products such as distillers
grains with solubles, and facilities which provide or pre-process feedstocks or
thermal energy fuels. If energy is supplied to the fuel production facility by
a co-located cogeneration plant and that plant also supplies energy to other
facilities, those other facilities must be identified and described. For
facilities that are co-located with other production facilities or utilize
multiple processing operations in addition to fuel production, demonstration of
energy use should conform to section
95488.6(a)(2)(D).
(D) A list of references covering all
information sources used in the preparation of the life cycle analysis. All
reference citations in the application shall include standard in-text
parenthetical citations stating the author's last name and date of publication.
Each in-text citation shall correspond to complete publication information
provided in the list of references. Complete publication information shall at a
minimum, identify the author(s), title of the referenced document (and of the
article within that document, if applicable), publisher, publication date, and
pages cited. For internet citations, the reference shall include the universal
resource locator (URL) address of the citation, as well as the date the web
site was last accessed.
(E) One or
more process flow diagrams that, singly or collectively, depict the complete
fuel production process. Each piece of equipment or stream appearing on the
process flow diagram shall include data on its energy and materials balance,
along with any other critical information such as operating temperature, pH,
rated capacity, etc.
(F) A copy of
the federal Renewable Fuel Standard (RFS) Third Party Engineering Review Report
required pursuant to 40 CFR part 80.1450 , if available. If the RFS engineering
report is not available, the Life Cycle Analysis Report shall explain why it is
not available.
(G) A copy of the
federal Renewable Fuel Standard (RFS) Fuel Producer Co-products Report as
required pursuant to 40 CFR
80.1451(b)(1)(ii)(M)-(N), if
available.
(3)
Tier 2 Pathways for EER-Adjusted Carbon Intensity. Applicants
supplying fuel for a transportation application that is not included in Table 5
may apply for an EER-adjusted carbon intensity for reporting and credit
generation purposes.
(A)
Documentation Requirements. To request an EER-adjusted carbon
intensity, the applicant must provide the following in addition to subsections
(1) and (2) above:
1. A letter of intent to
request an EER-adjusted CI and why the EER values provided in Table 5 do not
apply.
2. Supplemental information
including a detailed description of the methodology used, all assumptions made,
and all data and references used for calculation of the proposed EER-adjusted
CI value. The methodology used must compare the useful output from the
alternative fuel technology to that of comparable conventional fuel
technology.
3. If the applicant
plans to use a Lookup Table pathway to request an EER-adjusted CI then
subsections (1) and (2) above do not
apply.