Pilot Plant Demonstration of Sand-Clay-Overburden Mix for Accelerated Reclamation
Julian Hazen, Met Pro Supply, Inc., Jack Schmedeman, Hassan El-Shall, University of Florida, and Glenn Gruber, Phosphate Beneficiation, LLC. April 2017.
The Extraction and Recovery of Rare Earth Elements from Phosphate Using PX-107 and Chelok® Polymers
Joseph P. Laurino and Jack Mustacato. Periodic Products, Inc. October 2015.
Isolation and Characterization of Rare Earth Mineral Particles in Florida Phosphate Rock by DE Rapid Scan Radiography and HRXMT
Jan D. Miller, C.L. Lin and Raquel Crossman. University of Utah. August 2015.
New Mobile Pre-Processing Equipment for Florida Phosphate Mining
Dr. Hagen Muller - HAVER Engineering GmbH
Development of Reagent Schemes for Reducing MgO Content in the Flotation Concentrate for Processing Florida’s High-Dolomite Phosphate Deposits
Patrick Zhang - Florida Industrial and Phosphate Research Institute; Shibo Zheng, Wenyi Sun, and Xiaoqing Ma - China Bluestar Lehigh Engineering Corporation; Jan Miller - University of Utah
Waste Clay as a Green Building Material
Stanley R. Russell and Jana Buchter - University of South Florida
Development and Pilot-Scale Demonstration of Deep Cone Paste Thickener for Phosphatic Clay Disposal: Phase II
Les G. Bromwell, Leon C. Seale III, and John Ellington - BCI Engineers & Scientists, Inc.
Removal of MgO from Phosphate Pebble by Flotation: Phase II
Hassan El-Shall and Regis Stana with Ayman El-Midany - University of Florida
Removal of Dolomite from Phosphate Pebble Concentrate by Enhanced Jigging
S. K. Kawatra with T. C. Eisele and J. T. Carlson - Michigan Technological University
Pilot-Scale Testing and Demonstration of Picobubble-Enhanced Flotation of Phosphate for Increased Recovery and Reduced Reagent Consumption
Daniel Tao with Rick Honaker and Maoming Fan - University of Kentucky; Mosaic Phosphates and Jacobs Engineering Group
Effect of Particle Characteristics on Fatty Acid Flotation of Florida Phosphate Rock. Volume I: Project Summary
Hassan El-Shall, University of Florida with J.D. Miller, University of Utah; P. Somasundaran, Somasundaran, Inc.; R. Stana, R Squared S, Lakeland, FL; G. Wang, ArrMaz Custom Chemicals. April 2010.
Effect of Particle Characteristics on Fatty Acid Flotation of Florida Phosphate Rock. Volume II: Sample Collection, Flotation Results, and Diagnostic/Remediation Protocol
Hassan El-Shall, University of Florida with J.D. Miller, University of Utah; P. Somasundaran, Somasundaran, Inc.; R. Stana, R Squared S, Lakeland, FL; G. Wang, ArrMaz Custom Chemicals. April 2010.
Effect of Particle Characteristics on Fatty Acid Flotation of Florida Phosphate Rock. Volume III: Phosphate Encapsulation/Liberation Studies
Hassan El-Shall, University of Florida; Jan D. Miller, C.L. Lin, M. I. Al-Wakeel, J. Nalaskowski, L. Hupka, and O. Ozdemir, University of Utah. April 2010.
Effect of Particle Characteristics on Fatty Acid Flotation of Florida Phosphate Rock. Volume IV: Fundamental Studies
Hassan El-Shall, University of Florida with P. Somasundaran, Somasundaran, Inc. April 2010.
Enhanced Removal of Dolomite Pebble Concentrate by CO2 Generation
S. K. Kawatra, T. C. Eisele, and J. T. Carlson - Michigan Technological University
Field Demonstration/Evaluation of a Rapid Clay Dewatering and Consolidation Process Using Other Wastes (FIPR/DIPR Process) to Minimize Clay Settling Ponds
Hassan El-Shall - University of Florida
Development and Pilot-Scale Demonstation of Deep Cone Paste Thickening Process for Phosphatic Clay Disposal
Daniel Tao, B. K. Parekh, and Rick Honaker - University of Kentucky
An Investigation of Flotation Reagents
Patrick Zhang, Robert E. Snow, and Michael D. Bogan - Florida Institute of Phosphate Research
Utilization of Phosphatic Clay Waste in Concrete
Andrew J. Boyd, Bjorn Birgisson, Charles Beatty, and Abbas Zaman - University of Florida
Commercial Products from Phosphatic Clays: A Pre-Feasibility Study
Hassan El-Shall - University of Florida
Development of Picobubble Flotation for Enhanced Revovery of Coarse Phosphate Particles
Daniel Tao, Rick Honaker, Bhupendra K. Parekh, and Maoming Fan - University of Kentucky
Controller Implementation to Improve Phosphate Recovery at PCS Phosphate’s Swift Creek Mine
BCD Technologies
Effect of Rock Impurities as Determined from Rock Production Data
Hassan El-Shall, Regis Stana, Mohammed Qavi, and Lekkala Navajeevan - University of Florida
Pneumatic Transport, Triboelectric Beneficiation for the Florida Phosphate Industry
John M. Stencel and Xinkai (Kelvin) Jiang - University of Kentucky
Amine Flotation of Rougher Concentrate and Intermediate Pebble in a Column Cell
Mku T. Ityokumbul - Penn State University
MgO Removal from Phosphate Pebble by Flotation
Hassan El-Shall and Regis Stana with Ayman El-Midany - University of Florida
Optimizing the Formulation for Dolomite Collector “PA-31” Using Raw Materials from the United States
Gao Zhizhong, Zheng Shibo, and Xu Qin - Lianyungang Design and Research Institute (CLDRI); Chaucer L. Hwang and Charles Guan - IMC Phosphates MP Inc.
In-Plant Testing of the Hydrofloat Separator for Coarse Phosphate Recovery
Michael J. Mankosa and Jaisen N. Kohmuench - Eriez Magnetics; Gerald Luttrell - Virginia Tech; Glenn Gruber - Jacobs Engineering; Joe Shoniker - PCS Phosphate
A Selective Collector for Phosphate Flotation
Jan D. Miller, Xuming Wang, and Minhua Li - University of Utah
A Screening Study on Phosphate Depressants for Beneficiating Florida Phosphate Minerals
Patrick Zhang, Robert Snow, Yingxue Yu, and Michael D. Bogan - Florida Institute of Phosphate Research
Rapid Clay Dewatering: Phase II Field-Scale Tests
W. David Carrier, III, Argila Enterprises. September 2001.
Recovery of Phosphate from Florida Phosphatic Clays
Patrick Zhang, Robert Snow, Yingxue Yu, and Michael Bogan - Florida Institute of Phosphate Research
A Pilot-Scale Demonstration of the IMC/CLDRI/FIPR Flotation Process for Florida High-MgO Pebble
Glenn A. Gruber, Shibo Zheng, & Chaucer Hwang - Jacobs Engineering Group Inc., Lianyungang Design and Research Institute as subcontractors of IMC Phosphates Company
New Technology for Clay Removal
Glenn A. Gruber, Kerby Glass, and Mike Kelahan - Jacobs Engineering Group Inc.
Bubble Generation, Design Modeling and Optimization of Novel Flotation Columns for Phosphate Beneficiation. Volume 1
H. El-Shall, S. Svoronos, and N. A. Abdel-Khalek - University of Florida; Glenn A. Gruber - Jacobs Engineering; B. Scheiner, D. Stanley, and C. Karr - BCD Technologies, University of Alabama
Bubble Generation, Design Modeling and Optimization of Novel Flotation Columns for Phosphate Beneficiation. Volume 2
Glenn A. Gruber - Jacobs Engineering; H. El-Shall, S. Svoronos, and N. A. Abdel-Khalek - University of Florida
Fate and Consequences to the Environment of Reagents Associated with Rock Phosphate Processing
Shailesh K. Patel and Allen E. Schreiber - BCI Engineers & Scientists, Inc.
Development of New Technology for Beneficiation of Florida Dolomitic Phosphate Resources
Gu Zhengxing - Lianyungang Design and Research Institute; Gao Zhizhong and Chaucer L. Hwang - IMC-Agrico Company
Optimizing, Adaptive Process Control for Phosphate Flotation
Charles L. Karr and Bernard J. Scheiner - BCD Technologies
Pilot-Scale Evaluation of Two New Flowsheets for Florida Siliceous Phosphates
Boris N. Slutskiy - Colorado Minerals Research Institute (CMRI)
Phosphate Deposits Bibliography
Patrick Zhang, Gary R. Albarelli, and Karen J. Stewart - Florida Institute of Phosphate Research
Phosphate Beneficiation Bibliography
Patrick Zhang, Gary R. Albarelli, and Karen J. Stewart - Florida Institute of Phosphate Research
Air-Sparged Hydrocyclone Flotation Technology for Efficient Recovery of Florida Phosphate Minerals
Jan D. Miller, Xuming Wang, and Yongquang Lu - University of Utah
Improved Phosphate Flotation with Nonionic Polymers
Jan D. Miller, Ning Liu, and Yongqiang Lu - Department of Metallurgical Engineering, University of Utah
Evaluation of a Novel Contact Cell for Fine Phosphate Recovery
Mku T. Ityokumbul - The Pennsylvania State University
Modeling of the Phosphate Beneficiation Process as a Forerunner to Adaptive Control
Bernard J. Scheiner - BCD Technologies; Charles L. Karr and Donald A. Stanley - University of Alabama
Bacteria as Flotation Reagents for the Flotation of a Dolomitic Phosphate Rock
Ross W. Smith et al. - University of Nevada Reno
Understanding the Basics of Anionic Conditioning in Phosphate Flotation
Glenn A. Gruber et al. - Jacobs Engineering Group
Development and Evaluation of a Rapid Clay-Dewatering (FIPR-DIPR) Process as a Reclamation Technique
Hassan El-Shall - University of Florida
Phosphatic Clay Bibliography
Patrick Zhang and Gary R. Albarelli - Florida Institute of Phosphate Research
Online Analysis of Phosphate Rock Slurry by Prompt Neutron Activation Technique
Brij M. Moudgil - University of Florida
Evaluation of Dolomite Separation Techniques
Hassan El-Shall - Global Marketing and Consulting
Characterization of Future Florida Phosphate Resources
Hassan El-Shall and Michael Bogan - Florida Institute of Phosphate Research
Consolidation Characteristics Determination for Phosphatic Clays. Volume 1: Seepage Induced Consolidation Test Equipment Description and Users Manual
Dobroslav Znidarcic, A. Naser Abu-Hejleh, Terry Fairbanks, and Amy Robertson. University of Colorado. April 1994.
Consolidation Characteristics Determination for Phosphatic Clays. Volume 2: User Manual for Computer Program SICTA
A. Naser Abu-Hejleh and Dobroslav Znidarcic. University of Colorado. April 1994.
Consolidation Characteristics Determination for Phosphatic Clays. Volume 3: Results of Seepage – Induced Consolidation Tests of Phosphatic Clays
A. Naser Abu-Hejleh, Dobroslav Znidarcic, and Amy Robertson, University of Colorado. April 1994.
Stabilization of Phosphatic Clay Using Lime Columns
Fransiscus S. Hardianto and Wayne A. Ericson - Bromwell & Carrier, Inc.
Enhanced Recovery of Coarse Particles During Phosphate Flotation
Brij M. Moudgil - University of Florida
Development of Novel Flotation-Elutriation Method for Coarse Phosphate Beneficiation
Heriban S. Soto - Laval University
Evaluation of Phosphatic Clay Disposal and Reclamation Methods. Volume 8: Predictive Methodology Applied to Case Histories
Ardaman & Associates, Inc.
Selective Flotation of Dolomitic Limestone Impurities from Florida Phosphates
John Hanna and Ibezim Anazia - University of Alabama
Reclamation of Phosphatic Clay Waste Ponds by Capping: Volume 5: Centrifugal Model Evaluation of the Consolidation Behavior of Phosphatic Clays and Sand/Clay Mixes
University of Florida
The Use of Phosphate Materials as Ameliorants for Acid Mine Drainage. Volume 2 – Use of Phosphate Clay in Revegetation of Minesoils: A Greenhouse Study
D. K. Bhumbla and J. C. Sencindiver - West Virginia University
Reclamation of Phosphatic Clay Waste Ponds by Capping. Volume 6: Consolidation Properties of Phosphatic Clays from Automated Slurry Consolidometer and Centrifugal Model Tests
University of Florida
The Use of Phosphate Materials as Ameliorants for Acid Mine Drainage. Volume 1 – The Use of Rock Phosphate (Apatite) for the Ameliorization of Acid Mine Drainage from the Mining of Coal
John J. Renton and Alfred H. Stiller - West Virginia University
Field Evaluation of Sand-Clay Reclamation – Phase II
John E. Garlanger and James W. Babcock - Ardaman & Associates, Inc.
Separation of Dolomite from the South Florida Phosphate Rock. Volume 3
Dr. Brij M. Moudgil - University of Florida
Stabilization of Phosphatic Clay With Lime Columns
Larry D. Madrid and W. David Carrier, III - Bromwell & Carrier, Inc.
Reclamation of Phosphatic Clay Waste Ponds by Capping. Volume 4: Piecewise Linear Computer Modeling of Large Strain Consolidation
University of Florida
Reclamation of Phosphatic Clay Waste Ponds by Capping. Volume 3: Evaluation of the Use of Geotextiles for Capping Phosphatic Waste Clay Ponds
University of Florida
Reclamation of Phosphatic Clay Waste Ponds by Capping. Volume 2: Centrifugal Modeling of the Consolidation Behavior of Phosphatic Clay Mixed with Lime or Gypsum
University of Florida
Reclamation of Phosphatic Clay Waste Ponds by Capping. Volume 1: Centrifugal Model Evaluation of Reclamation Schemes for Phosphatic Waste Clay Ponds
University of Florida
Symposium on Consolidation and Disposal of Phosphatic and Other Waste Clays
University of Florida. May 1987.
Separation of Dolomite from the South Florida Phosphate Rock. Volume 2
Brij M. Moudgil, University of Florida. February 1987.
Separation of Dolomite from the South Florida Phosphate Rock. Volume 1
Brij M. Moudgil, University of Florida. February 1987.
Evaluation of Phosphatic Clay and Other Wastes for Construction Products: I. Tile
New York State College of Ceramics, Alfred University. December 1986.
Evaluation of Phosphatic Clay Disposal and Reclamation Methods. Volume 7: Engineering Properties of Flocculated Phosphatic Clays
Ardaman & Associates, Inc. November 1986.
Evaluation of Phosphatic Clay Disposal and Reclamation Methods. Volume 6: Predictive Methodology for Evaluating Disposal Methods
Ardaman & Associates, Inc. August 1983.
Evaluation of Phosphatic Clay Disposal and Reclamation Methods. Volume 5: Shear Strength Characteristics of Phosphatic Clays
Ardaman & Associates, Inc. July 1983.
State-of-the-Art of Phosphatic Clay Dewatering and Disposal Techniques. Volume 2 – A Technical Evaluation of Conventional Versus Developing Processes of Phosphatic Clay Disposal
Jerry T. McLendon et al., U. S. Bureau of Mines. September 1983.
State-of-the-Art of Phosphatic Clay Dewatering and Disposal Techniques. Volume 1 – A Review of Phosphatic Clay Dewatering Research
W. E. Pittman, Jr. and J. W. Sweeney, U. S. Bureau of Mines. September 1983.
Physico-Chemical Properties of Florida Phosphatic Clays
Leslie G. Bromwell, Bromwell Engineering, Inc. June 1982.
Phosphatic Clay Bibliography, 1973-1981
Patricia W. Boody and Henry L. Barwood, Florida Institute of Phosphate Research. April 1982.
Phosphatic Clay Workshop
Steven W. Clark, editor, Florida Institute of Phosphate Research. April 1982.
Waste Clay Disposal in Mine Cuts
W. David Carrier, Bromwell Engineering, Inc. October 1982.
Evaluation of Phosphatic Clay Disposal and Reclamation Methods. Volume 4: Consolidation Behavior of Phosphatic Clays
Ardaman & Associates, Inc. April 1983.
Evaluation of Phosphatic Clay Disposal and Reclamation Methods. Volume 3: Sedimentation Behavior of Phosphatic Clays
Ardaman & Associates, Inc. December 1982.
Evaluation of Phosphatic Clay Disposal and Reclamation Methods. Volume 2: Mineralogy of Phosphatic Clays
Ardaman & Associates, Inc. December 1982.
Evaluation of Phosphatic Clay Disposal and Reclamation Methods. Volume 1: Index Properties of Phosphatic Clays
Ardaman & Associates, Inc. December 1982.