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WHC-SD-W100-TI-003 Rev. 0<br />

. , I PROCEDURE 90110-0<br />

i<br />

1.1.2 Sample Tube Insertion<br />

Tubes with the nominal dimensions of 1-7/16' I.D. and two inches (2') s 1/4'<br />

in length will be made. Maximum departure from perpendicularity to the as;s by<br />

either end: 1.0 degree. Maximum out of plane allowance for ends; 0.025 inch.<br />

After the specimens have been cast, the test specimens will be sealed and allowed<br />

to remain undisturbed for a seven (7) day period to permit the polymer/waste<br />

mixture to cure. At the end of the curing period, each specimen will be opened<br />

and the core tube removed. Labeling will be accomplished using the procedure<br />

with the exception that each specimen is not directly labeled, but placed in a<br />

prelabeled, sealed container. For example, the second specimen from the tube<br />

of specimen LZ will carry a label LZA2 on the container. Six (6) specimens<br />

obtained from each solidification, three (3) will be leached in distilled water and<br />

three (3) will be leached in synthetic sea water (per ANSI 16.1 and Section 2.2).<br />

All six ( 6) samples per specimen will be used for the ninety (90) day immersion<br />

test (Section 2.3).<br />

1.13 Mibng of the waste streams and polymer will be accomplished using a high shear<br />

energy mixing technique.<br />

In preparing for the solidification, the polymer will be mixed. This is done to<br />

minimiz e introduction of a random variable into any solidification. The<br />

surrogated waste will be mixed to minimize introduction of a random variable into<br />

any solidification. All components will be preweighed prior to the start of<br />

solidi5cation.<br />

1.1.4 Specimen Cast Preparation<br />

After mixdttg of all the components, the polymer/waste mixture will be poured<br />

into the tubes. All the specimens generated will be covered and allowed to cure<br />

for seven (7) days. The remainder of the polymer/waste mixnue will be used to<br />

obtain a esothertn profile and to determine Free L'quids ( Section 2.7).<br />

Table 1.1a<br />

Test Description Test Procedure Section Number Samples Required<br />

Compressive Strength 2.1<br />

Biodegradation 2.5 3<br />

Radiation 2.6 3<br />

Tnermai Cycie<br />

Degradation<br />

Stock cquipment Company<br />

A Unit of General Signal<br />

ImT W!-SDAIN C-7<br />

zi 3<br />

Page 4 of 3?

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