Florida Industrial and Phosphate Research Institute
Affiliated with the University of South Florida


BENEFICIATION
APPLIED RESEARCH PROGRAM PROJECTS

COMPLETED

Click on Project Number for Project Summary

07-02-176Enhanced Removal of Dolomite from Phosphate Pebble Concentrate by CO2 Generation, S. Komar Kawatra - Michigan Technological University

04/10/2008
06-02-175Optimizing Cut Size for Single-Collector Flotation of Florida Phosphate, FIPR

06/01/2006
05-02-174Beneficiation of Phosphates-5th International Conference, Patrick Zhang - FIPR

02/12/2007
05-02-173Feed Characteristics of Fatty Acid Flotation of Florida Phosphates, Hassan El-Shall - UF

07/25/2006
05-02-172RPilot-Scale Testing and Demonstration of Picobubble Enhanced Flotation of Phosphate for Increased Recovery and Reduced Reagent Consumption, Tao, Daniel

11/10/2005
03-02-168Field 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

05/17/2004
03-02-168TField / Evaluation of a Rapid Dewatering and Consolidation Process using other Wastes (FIPR/DIPR)-Supplemental to Minimize Clay Settling Ponds, Hassan El-Shall - University of Florida

11/01/2005
03-02-168UField Demonstration/ Evaluation of A Rapid Clay Dewatering and Consolidation Process Using Other Wastes (FIPR/DIPR Process) to Minimize Clay Settling Ponds; Phase II: Determination of Technical and Economic Feasibility, Hassan El-Shall - UF

03/10/2006
03-02-168SField / Evaluation of a Rapid Dewatering and Consolidation Process Using Other Wastes (FIPR/DIPR), University of Florida

04/22/2005
03-02-167RContinuous Quartz Separation from Concentrated Phosphate Slurry Via Air-Sparged Centrifugal Disk Flotation,

Pending
03-02-164Utilization of Phosphatic Clay Waste in Concrete , University of Florida

02/23/2004
03-02-162RDevelopment and Pilot-Scale Demonstration of Deep Cone Paste Thickening Process for Phosphatic Clay Disposal, Daniel Tao - University of Kentucky

01/20/2004
03-02-162SDevelopment and Pilot-Scale Demonstration of Deep Cone Paste Thickening Process for Phosphatic Clay Disposal, Daniel Tao - University of Kentucky

01/25/2007
03-02-161RUsing Phosphate Mining Tailings and Waste Materials as Synthetic Flux for the Production of High Strength Shaped Aggregate , Alfred University

04/05/2005
03-02-160Commercial Products from Phosphatic Clays: A Pre-Feasibility Study, University of Florida

03/26/2004
02-02-159RBeneficiation of Phosphates - 4th International Conference, FIPR

01/01/2004
02-02-158Optimizing Single-Collector Flotation of Florida Phosphates, FIPR

02/15/2003
02-02-158SOptimizing Single-Collector Flotation of Florida Phosphate, Patrick Zhang

02/15/2005
02-02-155Removal of MgO from Phosphate Pebble by Flotation - Phase 2, University of Florida

05/16/2003
02-02-154RDevelopment of Innovative Processes for Enhanced Recovery of Coarse Phosphate, University of Kentucky

07/01/2003
01-02-151Pilot Plant Demonstration of Anionic Rougher-Cleaner Flotation on Florida Phosphate, Jacobs Engineering Group, Inc.

01/07/2002
01-02-150Optimizing the Formulation for Dolomite Collector PA-31 Using Raw Materials from the US, IMC

05/01/2002
01-02-149RPneumatic Transport, Triboelectric Beneficiation for the Florida Phosphte Industry, University of Kentucky

02/01/2002
01-02-148RController Implementation to Improve Phosphate Recovery at PCS Phosphate Swift Creek Mine, BCD Technologies

05/15/2001
00-02-147RA Study of Amine Flotation of Rougher Concentrate in a Column Cell, The Pennsylvania State University Office of Sponsored Programs

03/12/2001
00-02-147SPilot Plant Evaluation of Amine Flotation for Intermediate Pebble (IP) Beneficiation, The Pennsylvania State University Office of Sponsored Programs

03/12/2002
00-02-146Effects of Rock Impurities from Production Data, University of Florida

08/17/2001
00-02-145Removal of MgO from Phosphate Pebble by Flotation, University of Florida

05/01/2001
00-02-142RA Selective Collector for Phosphate Flotation, University of Utah

05/01/2001
99-02-141RSimultaneous Dewatering of Phosphatic Clays and Recovery of Phosphate Values, UF/FIPR

10/09/2000
99-02-140Beneficiation of Phosphates - 3rd International Conference, FIPR

11/01/2000
99-02-138RNew Technology for Clay Removal, Jacobs Engineering Group Inc.

02/21/2000
99-02-137RIn-Plant Testing of the HydroFloat Separator for Coarse Phosphate Recovery, Eriez

05/08/2000
99-02-133SA Pilot Scale Demonstration of the IMCA/CLDRI/FIPR Flotation Process for Florida High MgO Pebble, IMC-Agrico

09/01/1999
99-02-131SRapid Clay Dewatering/Phase II: Field-Scale Tests, Argila Enterprises, Inc.

01/01/2001
97-02-129Development of New Beneficiation Technology for Florida Dolomitic Phosphate Resources, IMC-Agrico

01/01/1998
97-02-127Crusting of Phosphatic Clay Ponds due to Desiccation - Laboratory and Field Studies, University of Colorado

10/12/1998
97-02-125An Investigation of Flotation Reagents, FIPR In-House

02/15/1998
97-02-124Removal of Dolomite/Clays from Pebble Phosphate Rock by Attrition Scrubbing, Pilot Plant Tests, William Warneke

09/05/1997
96-02-123Optimizing, Adaptive Processs Control for Phosphate Flotation, BCD Technologies

09/01/1997
96-02-120Bio-Processing of Phosphate Minerals, FIPR

08/12/1996
96-02-118Rapid Clay Dewatering/Phase I: Small-Scale Tests, Argila Enterprises, Inc.

12/01/1996
96-02-117ROn the Beneficiation of High-dolomitic Pebbles: Exploring the Use of High-pressure Roll Mill for the Liberation of Phosphate Pellets from Dolomite, Perusa Enviromet Inc.

11/18/1996
96-02-116Maintenance of Patents for the FIPR/DIPR Process, FIPR In-House

06/01/1996
96-02-114Beneficiation of Phosphate 2nd International Conference, FIPR In-House

08/01/1996
96-02-113RImproved Phosphate Flotation with Non-ionic Polymers, University of Utah

12/01/1996
96-02-112RPilot-Scale Evaluation of Two New Processing Flowsheets for Florida Siliceous Phosphates, FIPR In-House

03/01/1997
95-02-111RBubble Generation, Design, Modeling, and Optimization of Novel Flotation Columns for Phosphate Beneficiation, UF

05/01/1996
95-02-110REvaluation of a Novel Contact Column Cell for Fine Phosphate Recovery, Pennsylvania State University

05/23/1996
94-02-106RBacteria as Flotation Reagents for the Flotation of a Dolomitic Phosphate Rock, University of Nevada

06/01/1995
94-02-104SFate and Consequences to the Environment of Reagents Associated with Rock Phosphate Processing, Bromwell & Carrier, Inc.

07/01/1995
94-02-103Modeling of the Phosphate Beneficiation Process as a Forerunner to Adaptive Control, U.S. Bureau of Mines

03/15/1995
94-02-101A Screening Study on Phosphate Depressants for Beneficiating Florida Phosphate Ores, FIPR In-House

09/15/1994
94-02-099Removal of Dolomite from Phosphate Rock by Attrition Scrubbing, William C. Warneke

07/18/1994
93-02-098RAir-Sparged Hydrocyclone Flotation Technology for Efficiency Recovery of Florida Phosphate Minerals, University of Utah

05/23/1994
93-02-097Updating the Information on Phosphatic Clays, FIPR In-House

07/22/1993
93-02-096RStudy on the Recovery of Phosphate from Florida Phosphate Clays, FIPR In-House

11/01/1993
93-02-095RAlternate Sources and Uses of Water for Amine Flotation (Phase I), Edmund P. Finch

11/08/1993
93-02-094Evaluation of Dolomite Separation Techniques, Global Consulting Company

08/16/1993
93-02-093REvaluation of FIPR/DIPR Process As A Reclamation Technique Phase I, Global Consulting Company

08/16/1993
93-02-092Filing Patents for the FIPR/DIPR Process, FIPR In-House

05/01/1993
92-02-090Understanding the Basics of Anionic Conditioning in Phosphate Flotation, Jacobs Engineering Group, Inc.

02/25/1993
92-02-089Beneficiation of Phosphates, Theory & Practice-An Engineering Foundation Conference, FIPR In-House

08/03/1992
91-02-088Stabilization Phosphatic Clay with Lime Columns, Phase II Field Study, BCI

03/23/1992
91-02-087Flotation of Fla. Phosphate Rock Using Anionic Collectors , UF

03/19/1992
91-02-086Rapid Dewatering Process for Phosphatic Clays and Other Solid Suspensions, FIPR In-House

04/01/1991
90-02-084Consolidation Characteristics Determination for Phosphatic Clays, University of Colorado

05/01/1991
89-02-083Beneficiation of High Magnesium Florida Phosphate Deposits by Selective Flocculation, Ohio State University

08/07/1990
89-02-082RCharacterization of Future Florida Phosphate Resources, FIPR In-house

11/01/1989
88-02-080On Stream Analysis of Phosphate Rock by Neutron Activation Probe, UF

10/13/1989
87-02-073Evaluation of Phosphatic Clay Disposal & Reclamation Methods, Phase II Resubmittal, Ardaman & Associates

03/01/1988
87-02-070Development of a Novel Flotation - Elutriation Method, Laval University

02/01/1988
86-02-067Enhanced Recovery of Coarse Particle During Phosphate Flotation, UF

09/30/1987
86-02-066Selective Flotation of Dolomitic Limestone Impurities from Florida Phosphates, Univ. of Alabama

07/22/1987
86-02-063REvaluation of Anionic Rougher Cleaner Flotation on Present & Future Florida Phosphate Ores, Zellars-Williams Co.

05/01/1987
85-02-057Separation of Dolomite from S. Florida Phosphate Rock (Phase II), Univ. of Florida

04/01/1986
85-02-056Stabilization of Phosphatic Clay with Lime Columns, BCI

03/01/1986
84-02-058Symposium on Waste Clays, UF/FDNR

07/01/1986
84-02-052Engineering Foundation Conference on Flocculation, Sedimentation and Consolidation, United Engineering Trustees

01/21/1985
84-02-050The Use of Phosphate Materials as Ameliorants for Acid Mine Drainage, W. Virginia Univ.

12/01/1985
84-02-049Dewatering, Flocculation and Strengthening of Phosphatic Clays, Texas A&M Univ

09/01/1985
84-02-048International Field Workshop and Seminar on Phosphorites, FSU

09/15/1984
84-02-046Literature Search, Heavy Minerals Associated with Florida Phosphatic Sediments, Robert E. Carver

11/29/1984
83-02-042Evaluation of Phosphatic Clay Disposal and Reclamation Methods (Phase II), Ardaman & Assoc.

03/01/1984
83-02-040RPhysico-Chemical Stabilization of Phosphatic Clays, FIPR In-House

07/01/1984
83-02-039RAutoclave Acidulation of Phosphate Slimes, AMAX R&D

07/01/1984
83-02-038Field Evaluation of Sand-Clay Mix Reclamation (Phase II), Ardaman & Associates

02/01/1984
83-02-037RBeneficiation of Dolomite Phosphates, Columbia University

03/15/1985
82-02-030Reclamation of Phosphatic Clay Waste Ponds by Capping, University of Florida

07/01/1983
82-02-028Investigation of Flow Characteristics of Phosphatic Thickened Clay in a Potential Dam-Break Flood, Bromwell Engineering

09/01/1983
82-02-027Use of Colloidal Gas Aphrons in Treatment of Phosphate Slimes, VPI & SU

05/01/1983
82-02-026Evaluation of Phosphate Slime & Other Wastes for Construction Products: I. Tile, Alfred University

07/25/1983
82-02-024A Study of the Influence of Lime Addition on Waste Phosphatic Clay Dewatering and Stabilization, Zellars-Williams

08/20/1982
82-02-023Separation of Dolomite From South Florida Phosphate Rock, University of Florida

09/27/1982
82-02-021Thermal Process for Rapid Dewatering of Phosphatic Clay Waste, NTP

08/20/1982
81-02-020Seminar-Policy Officials Guide to Phosphate Waste Clay Reclamation, Central Florida Regional Planning Council

01/11/1982
81-02-018Treatment of High-Magnesium Phosphate Ores, Bureau of Mines

09/21/1981
81-02-017Reclaiming Slimes Storage Areas, Bureau of Mines

09/21/1981
81-02-016Ceramic Materials from Waste Materials, Alfred University

09/21/1981
81-02-010Application of Colloidal Gas Aphrons for Removal of Clay from Phosphate Slimes, VPI & SU

08/21/1981
81-02-006Waste Clay Disposal in Mine Cuts, Bromwell Engineering

12/12/1980
80-02-003Physico-Chemical Characteristics of Florida Phosphatic Clays, Bromwell Engineering

06/13/1980
80-02-002Evaluation of Phosphatic Clay Disposal and Reclamation Methods, Ardaman & Associates

06/13/1980





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