| | DEVELOPMENT OF ECONOMICALLY STABILIZED PHOSPHOGYPSUM |
| | 0,41 | | MB | COMPOSITES FOR SALTWATER APPLICATION |
| | 42 | | stron |
| | 6182 | | ID | Florida Institute of Phosphate Research |
| | 2002 | | rok |
| | TABLE OF CONTENTS |
| | PERSPECTIVE iii |
| | ABSTRACTv |
| | ACKNOWLEDGMENT vi |
| | EXECUTIVE SUMMARY .1 |
| | INTRODUCTION .5 |
| | Background5 |
| | Potential for Using Stabilized PG Briquettes as Coastal Protection Materials: Florida and Louisiana 6 |
| | |
| | METHODOLOGY 9 |
| | RESULTS 11 |
| | Baseline Analysis.11 |
| | Cost Estimate of Stabilized PG Briquettes as a Function of Offset Disposal Costs.12 |
| | Cost Estimate of Stabilized PG Briquettes as a Function of Class C Fly Ash Cost .15 |
| | Cost Estimate of Stabilized PG Briquettes as a Function of Portland Type II Cement Cost .17 |
| | Economic Feasibility of Using PG Briquettes in Florida and Louisiana18 |
| | SUMMARY.21 |
| | REFERENCES 23 |
| | APPENDICES |
| | A. Crescent Technology, Inc. Report A-1 |
| | B. Cost Calculation Spreadsheet ..B-1 |