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1. Backmann,F., 1942. Emergency Treatment 9. National Lime Association, 1995. Biosolids ofArmy Camp Sewage. Engineering News- Booklet(Bulletin 334,Edition 1).Edited by Record. July 16, 1942. J.D. Robinson. Arlington, Virginia. 2. Christy, P.G., 1990. Process Equipment 10. National Lime Association, 1998. Biosolids Considerations For Lime Stabilization Treatment: Comparing Add-On Systems Producing PSRP and PFRP Quality Stabilization Processes. Bulletin 335. Sludge. In Proceedings of Water Pollution Arlington: National Lime Association. Control Federation Conference: The Status of Municipal Sludge Management for the 11. N-Viro International Corporation's Web 19901s. Site [http://www.nviro.com], 1999. 3. Christy, R.W. Sr., 1990. Sludge Disposal 12. Northwest Biosolids Management Using Lime. Water Environment & Association (NBMA). `Biosolids Q & A Technology. 2: 56-61. Environmental Effects." Available at [http://www.nwbiosolids.org/biosolidsqa/e 4. Forste, J., 1996. Agricultural Use of Lime nvironment.html], July 1999. Stabilized Biosolids. In Proceedings of the 10th Annual Residuals and Biosolids 13. Oerke, D.W., 1989. The Role of Lime Management Conference: 10 Years of Stabilization Processes In Wastewater Progress and a Look Toward the Future. Sludge Processing and Disposal. In Alexandria:Water Environment Federation. Effective Use of Dry Lime for Sewage Sludge Stabilization. Arlington: National 5. Hatfield, N.L. and Burnham, J.C., 1994. Lime Association. Characterization of Odors in Untreated and EQS Processed Dewatered Municipal 14. Smith, K.A., Goins L.E., and Logan T.J., Wastewater Sludges. In Proceedings ofthe 1996. Effect of Lime Dose on Thermal Odor and Volatile Organic Compost Reactions and Physical Properties of Emission Control Specialty Conference. Alkaline Stabilized Biosolids. In Alexandria:Water Environment Federation. Proceedings of the 10th Annual Residuals and Biosolids Management Conference: 10 6. Males,E. 1998. National Lime Association, Years of Progress and a Look Toward the Reference Sheet. Future. Alexandria: Water Environment Federation. 7. Metcalf & Eddy, Inc., 1991. Wastewater Engineering Treatment, Disposal, and 15. Sullivan, D.G., Oerke, D.W., 1996. Which Reuse Third Edition. San Francisco: Class A Biosolids Stabilization Process is Irwin/McGraw-Hill. the Most Economical: Lime Stabilization, Composting or Thermal Drying? In 8. Muhs, G. P., 1999. The Design and Cost Proceedings of the 10th Annual Residuals of Class A and B Treatment of Biosolids and Biosolids Management Conference: 10 Using Post-Lime Stabilization and Years of Progress and a Look Toward the Pasteurization. Available at Future. Alexandria: Water Environment [http://www.rdptech.com]. Federation.