(1)
General. Each sample of sludge, septage, or soil shall
be sampled, handled and analyzed in accordance with best technical judgment,
with guidance most recently published by the Department and the EPA, and with
310 CMR 32.70.
(2)
Sampling. Each sample shall be sampled in compliance
with all of the following requirements:
(a)
The sample shall be collected in a proper manner to ensure that it is
representative of the material being sampled.
(b) The sample shall be properly preserved
immediately upon collection.
(c)
The sample shall be properly handled and packaged in a manner that will
maintain the integrity of the sample and minimize the potential for
contamination.
(d) The sample shall
be labelled to show when, from what, from where, and by whom it was
taken.
(e) As soon as possible
after it is collected, and in any event no later than its maximum holding time
for reliable analysis, the sample shall be delivered to the laboratory for
analysis.
(3)
Laboratories.
(a)
Each sample analyzed for the purpose of complying with
310 CMR 32.00 shall be
analyzed only by a laboratory deemed acceptable by the Department for that
purpose.
(b) Each laboratory
wishing to be deemed acceptable, or to continue being deemed acceptable, to the
Department pursuant to 310 CMR 32.70(3)(a) shall provide to the Department a
description of the quality control procedures which the laboratory uses to
verify the validity of analysis results.
(c) No laboratory shall analyze any sample by
using an analysis method not previously accepted by the Department, or by
deviating from an analysis method previously accepted by the Department unless
the deviation has previously been accepted by the Department.
(4)
Analysis. The following analysis methods may be used:
(a) Generally.
1.
Manual of Methods for Chemical
Analysis of Water and Wastes, EPA, 1983 (or the most recent
edition at the time the sample is analyzed).
2.
Standard Methods for
Examination of Water and Wastewater, american Public Health Assoc.
(Whatever edition is most recent at the time the sample is analyzed.)
3.
Test Methods for Evaluation
Solid Waste, physical/Chemical Methods, EPA S.W.-846, 1980 (or
most recent edition at time the sample is analyzed).
4. "Soil Survey Laboratory Methods and
Procedures for Collecting Soil Samples", Soil Survey
Report, no. 1, soil Conservation Service USDA, 1972.
5.
Handbook for Sampling and
Sampling Preservation of Water and Wastewater EPA-600/4-82-029,
september, 1982 (or the most recent edition at the time the sample is
analyzed).
6.
Interim
Methods for the Analysis of Elemental Priority Pollutants in
Sludge, EPA/EMSL, 1978 (or most recent edition at the time the
sample is analyzed).
(b)
For cation exchange capacity and pH,
Methods of Soil Analysis,
part 2, 2nd Edition, "Agronomy Monograph No. 9", a. L. Page
et
al, american Society of Agronomy, madison, wisconsin, 1982.
Specifically,
1.1. If the pH of the soil is
below 7.0, the cation exchange capacity shall be determined by using the
summation of exchangeable basis and exchangeable acidity methods, paragraphs
nos. 58-2 and 59-3, respectively, of said monograph.
2.2. If the soil is neutral, calcareous, or
saline, the cation exchange capacity shall be determined by the sodium acetate
method, paragraph no. 57-3 of said monograph.
(c) For cadmium, Sampling and
Analysis of Soils, plants, wastewater, and Sludge. Suggested
Standarization and Methodology. North Central Region Publication 230,
Research Publication 170.
(d) For
PCBs,
1. In waste material, milk, and animal
feed, the method recommended from time to time by the Association of Official
Analytical Chemists.
2. In milk and
animal feed, any method recommended from time to time by the U.S. Food and Drug
Administration.
(5)
Reporting Analysis
Results. The results of each analysis submitted to the Department
pursuant to
310 CMR 32.00 shall include,
to the extent applicable, the reference citation of the method used for the
analysis, including all deviations from such method.