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

Literature Search WRAP 2A<br />

Page 8 of 9<br />

2. P. D. Kalb, J. H. Heiser III, and P. Colombo, "Encapsulation of Mixed<br />

Radioactive and Hazardous Waste Contaminated Incinerator Ash in Modified<br />

Sulfur Cement," BNL-43691, Technical Report, Brookhaven National<br />

Laboratory, Upton, NY.<br />

The sulfur polymer cement will hold about three times more incinerator<br />

ash than regular cement waste products.<br />

3. P. D. Kalb, J. H. Heiser III, and P. Colombo, "Comparison of Modified<br />

Sulfur Cement and Hydraulic Cement for Encapsulation of Radioactive and<br />

Mixed Wastes," BNL-45163, Technical Report, Brookhaven National<br />

I 1. e+....., nn+nn klv<br />

LGVVr14V1^, V'/FVI1, 1.1.<br />

The report claims significantly greater waste loadings-for the sulfur<br />

polymer cement versus the regular hydraulic cement for radwastes.<br />

4. G. R. Darnell, W. C. Aldrich, and J. A Logan, "Full-Scale Tests of<br />

Sulfur Polymer Cement and Non-Radioactive Waste in Heated and Unheated<br />

Prototypical Containers," Informal Report, EGG-WM-10109, Idaho National<br />

Engineering Laboratory, Idaho Falls, Idaho, February 1992.<br />

Syncrete<br />

They found sulfur polymer cement to be superior to portland cement in<br />

so7idfying ash material.<br />

1. S. Cohen and P. Crouzet, "A High Efficient Polymer Cement Embedding<br />

Matrix for Waste Processing," Waste Management '86, Vol. 1,<br />

March 2-6, 1986, Tucson, AZ, pp 583-588.<br />

Other<br />

Syncrete (synthetic concrete) is a composite matrix of ordinary<br />

hydraulic cement and a thermosetting polymer mixture. The Syncrete<br />

exhibits a significantly reduced water uptake.<br />

1. K. D. Wiel^lers, J. E. Mendel, A. A. Kruger, L. R. Bunnell, and<br />

G. B. Mellinger, "Preliminary Assessment of Candidate Immobilization<br />

Technologies for Retrieved Single-Shell Tank Wastes," PNL-7918,<br />

Technical Report, Pacific Northwest Laboratory, Richland, WA,<br />

January 1992.<br />

It lists candidate waste forms for low-level, transuranic, and highlevel<br />

wastes.<br />

2. W. 0. Greenhalgh, "Disposal Concepts for Wastes in Underground Single-<br />

Shell Storage Tanks at the <strong>Hanford</strong> <strong>Site</strong>," WHC-SA-1344-FP, Technical<br />

Report, Westinghouse <strong>Hanford</strong> Company, Richland, WA, January 1992.<br />

----- ------ -------Jieport-lists-candidate-waste-f-orms-or-methods-being considered for<br />

Immobilization of radioactive tank waste.<br />

3. P. D. Kalb and P. Colombo, "Full Scale Leaching of Commercial Reactor<br />

"--`- easte F-^ rvrms, " BNL 35561, Technical Report, Brookhaven National<br />

Laboratory, Upton, NY, September 1984.<br />

E-14 -

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