Evaluation Of Foam Control Agents For Wet-Process Phosphoric Acid Systems

- Organization:
- Society for Mining, Metallurgy & Exploration
- Pages:
- 17
- File Size:
- 1633 KB
- Publication Date:
- Jan 1, 1966
Abstract
World demand for phosphate fertilizers has grown at an average annual rate of between 6 and 7 per cent over the past 10 years. In the next five years world demand is expected to at least continue to grow at that rate. Also, the continued need for improved fertilizer materials, coupled with improvements in fertilizer technology, have placed added importance on the use of phosphoric acid as a starting material for high analysis phosphate fertilizers. This demand for phosphates and phosphoric acid must be met by increased production. Increased phosphoric acid production also brings increased demand for chemical processing agents including foam control agents. We at Arizona Chemical Company have closely followed the phosphate fertilizer industries needs. Arizona Chemical Company has been an important supplier of flotation agents to the phosphate industry, primarily from its Panama City, Florida plant. We have also recognized the important role played by foam control agents in the wet-phosphoric acid manufacturing process. We feel it is the responsibility of the supplier of foam control agents to offer specifically designed products that are highly efficient and economically useful. The difficulties involved in evaluating foam control agents in the plant are recognized. Owing to the large number of variables present, and the difficulties in controlling these variables during the period of a plant trial, plant evaluation of a large number of foam control agents is impractical. We have attempted to develop a practical, reproducible, and yet rapid, laboratory evaluation test which correlates with plant performance.
Citation
APA:
(1966) Evaluation Of Foam Control Agents For Wet-Process Phosphoric Acid SystemsMLA: Evaluation Of Foam Control Agents For Wet-Process Phosphoric Acid Systems. Society for Mining, Metallurgy & Exploration, 1966.