Effectiveness of Secondary Liners in Reducing Phosphogypsum Stack Post-Closure Liabilities
Nadim F. Fuleihan with Reinaldo Rolo, and Rajendra K. Shrestha, Ardaman & Associates, Inc. December 2006.
Preparation of an Application for Approval to Use Stabilized Phosphogypsum as a Fill Material for Coastal Protection Devices
Kelly A. Rusch and Roger K. Seals with Maria Teresa Gutierrez-Wing, Louisiana State University. April 2010.
Field Application of Phosphate Rock for Remediation of Metal-Contaminated Soils
Lena Q. Ma, Jorge Santos, Xinde Cao, Uttam Saha, and Willie Harris, University of Florida. May 2008.
Development of Process to Manufacture Glass/Glass-Ceramic Products from Phosphogypsum
Chris Chapman, Bogdan Wojak, and Richard Peters, with P. K. Bhattacharjee, Vitrification International Technologies, Inc., Richland, Washington. April 2006.
Piney Point Pond Water Remediation Using Reverse Osmosis
Kenneth J. Jardine, William N. Futch, and Dennis H. Michalski, The Mosaic Co.; Vaughn V. Astley, Dr. Phosphate, Inc. November 2005.
Potential Technologies to Reduce or Replace Groundwater Consumption in the Southwest Florida Water Management District
John E. Garlanger, with Patrick A. Kennedy and Francis K. Cheung, Ardaman & Associates, Inc. May 2005.
Development of Economically Stabilized Phosphogypsum Composites for Saltwater Application
Kelly A. Rusch and Roger K. Seals, Louisiana State University. February 2005.
Corrosion Protection of Grinding Mills in the Phosphate Industry Using Impressed Current Technology
D. Tao and B. K.Parekh, University of Kentucky. June 2004.
Field Demonstration of Metal Immobilization in Contaminated Soils Using Phosphate Amendments
Xinde Cao, Lena Q. Ma, Satya P. Singh, Ming Chen, Willie G. Harris, and Peter Kizza, University of Florida. January 2003.
Development of Economically Stabilized Phosphogypsum Composites for Saltwater Application
Kelly A. Rusch, Roger K. Seals, and Tingzong Guo, Louisiana State University. September 2001.
Electromagnetic Transport Systems for the Phosphate Industry
Henry H. Kolm and D. Bruce Montgomery, Magplane Technology, Inc. March 2001.
Decreasing Iron Content in Wet-Process Phosphoric Acid
Hassan El-Shall and El-Sayed A. Abdel-Aal, University of Florida. February 2001.
A Comparative Analysis of Environmental Impacts: Phosphogypsum versus Borrow Pits
Patricia M. Dooris, Dean F. Martin with Scott Emery, David E. Sumpter, Melissa Derby, Maria T. Gallardo, and Barbara B. Martin, University of South Florida. December 2000.
Phosphate Rock Treatment for Waste Reduction-Phase Two
Glenn A. Gruber et al., Jacobs Engineering Group, Inc. January 1999.
The Substrate Suitability of Phosphogypsum Composites for Marine Habitat Enhancement
Charles A. Wilson et al., Louisiana State University. January 1998.
Development of Process to Manufacture Glass Products from Phosphogypsum
Chris Chapman, Richard Peters, and Bogdan Wojak, Vitrification International Technologies, Inc. April 1999.
Cost-Effective Reagents as Defoamers and Crystal Modifiers to Enhance the Filtration of Phosphogypsum
Hassan El-Shall, Brij M. Moudgil, and El-Sayed A. Abdel-Aall, University of Florida. March 1999.
Evaluation of the Effectiveness of Neutralizing Accidental Spills of Acidic Waste Water from Holding Ponds
Daniel P. Foley and Allan L. Pollock, HiTech Solutions, Inc. December 2000.
Rail-Veyor Bulk Material Transport System
Merton F. Dibble - Rail-Veyor Technology, Inc.; Julian Hazen - Met Pro Supply, Inc. May 2002.
Magnesium Separation from Dolomitic Phosphate by Acid Leaching
Douglas H. Laird and Wendy K. Hanson , Science Ventures. August 1997.
PECO Process for Producing Phosphoric Acid from Flotation Feed
Phosphate Engineering & Construction Co., Inc. December 1996.
Removal of Unwanted Metals and Materials in Phosphoric Acid by Means of Magnetic Separation
Dean F. Martin et al., University of South Florida. October 1997.
Enhanced Filtration of Phosphogypsum
Brij M. Moudgil, University of Florida. December 1995.
Influence of Phosphogypsum on Forage Yield and Quality and on the Environment in Typical Florida Spodosol Soils. Volume I. Forage Yields and Quality of Bahiagrass and Annual Ryegrass Pastures Fertilized with Phosphogypsum as a Source of Sulfur and Calcium
Jack Rechcigl et. al., University of Florida, IFAS. July 1996.
Influence of Phosphogypsum on Forage Yield and Quality and on the Environment in Typical Florida Spodosol Soils. Volume II: Environmental Aspects Associated with Phosphogypsum Applied as a Source of Sulfur and Calcium to Bahiagrass and Annual Ryegrass Pastures Growing on Florida Spodosol Soils
Jack Rechcigl et al., University of Florida, IFAS. July 1996.
Phosphate Rock Treatment for Waste Reduction
Jacobs Engineering Group, Inc. October 1995.
The Economic Benefit of Phosphogypsum Use in Agriculture in the Southeastern United States
Greg Traxler, Auburn University. February 1996.
Literature Review on Gypsum as a Calcium and Sulfur Source for Crops and Soils in the Southeastern United States
Malcolm E. Sumner. August 1995.
Proceedings of the Phosphogypsum Fact-Finding Forum, December 7, 1995, Tallahassee, Florida
Florida Institute of Phosphate Research and The Florida Center for Public Management, Florida State University. February 1996.
Establishing Vegetation Cover on Phosphogypsum in Florida
Steven G. Richardson, Florida Institute of Phosphate Research. December 1995.
Defining the MgO Problem and Its Economic Impact on Phosphoric Acid Production
Jacobs Engineering, Inc. and A. N. Baumann. February 1995.
Immobilization of Pb from Contaminated Water, Soils, and Wastes by Phosphate Rock
Q. Y. Ma, University of Florida; T. J. Logan and S. J. Traina, Ohio State University. October 1994.
Gypsum as an Ameliorant for the Subsoil Acidity Syndrome
Malcolm E. Sumner, University of Georgia. December 1990.
Use of Phosphogypsum to Increase Yield and Quality of Annual Forages
G. L. Mullins and C. C. Mitchell, Jr., Auburn University. May 1990.
Proceedings of the Third International Symposium on Phosphogypsum. Volume I, II, and Supplement
Wen F. Chang, University of Miami. December 1990.
Use of Gypsum to Improve Physical Properties and Water Relations in Southeastern Soils
William P. Miller, University of Georgia. December 1989.
Use of Phosphogypsum Fortified with Other Selected Essential Elements as a Soil Amendment on Low Cation Exchange Soils
Arvel H. Hunter, Agro Services International, Inc. November 1989.
Phosphogypsum for Secondary Road Construction
Wen F. Chang, University of Miami. June 1989.
A Demonstration Project: Roller Compacted Concrete Utilizing Phosphogypsum
Wen F. Chang, University of Miami. December 1988.
Engineering Properties and Construction Applications of Phosphogypsum
Wen F. Chang and Murray I. Mantell, University of Miami. 1990.
Fugitive Dust Control for Phosphate Fertilizer
Dale A. Lundgren and Cumbum N. Rangaraj, University of Florida. March 1989.
Proceedings of the Second International Symposium on Phosphogypsum, University of Miami, December 1986
G. Michael Lloyd, Jr. (ed.), Florida Institute of Phosphate Research. January 1988.
Reclamation, Reconstruction and Reuse of Phosphogypsum for Building Materials
Wen F. Chang, University of Miami. January 1987.
Proceedings of the Third Workshop on By-products of Phosphate Industries
University of Miami. November 1986.
DAP Quality Seminar. Bartow, Florida
Florida Institute of Phosphate Research, Tennessee Valley Authority, and The Fertilizer Institute. August 1986.
Phosphogypsum: A Review of the Florida Institute of Phosphate Research Programs to Develop Uses for Phosphogypsum
G. Michael Lloyd, Jr., Florida Institute of Phosphate Research. December 1985.
Proceedings of the Second Workshop on By-Products of Phosphate Industries
University of Miami, April 1984. May 1985.
Use of Florida Phosphogypsum in Synthetic Construction Aggregate
Alexander May et al., U.S. Bureau of Mines. September 1983.
Phosphogypsum: Proceedings of the International Symposium on Phosphogypsum
David P. Borris and Patricia W. Boody, Florida Institute of Phosphate Research. November 1980
Phosphogypsum: Proceedings of the International Symposium on Phosphogypsum, Lake Buena Vista, Florida, 5-7 November 1980
David P. Borris and Patricia W. Boody, Florida Institute of Phosphate Research. 1981.
Evaluation of Fluid Bed Decomposition of Phosphogypsum
A. P. Kouloheris, Zellars-Williams, Inc. August 1982.
Evaluation of Potential Commercial Processes for the Production of Sulfuric Acid from Phosphogypsum
A. P. Kouloheris, Zellars-Williams, Inc. October 1981.