Experimental Methods In Solvent Extraction Kinetics. Use Of The Liquid Jet Recycle Reactor For LIX65N-Copper (II) Chelation Kinetics
- Organization:
- The American Institute of Mining, Metallurgical, and Petroleum Engineers
- Pages:
- 7
- File Size:
- 372 KB
- Publication Date:
- Jan 1, 1981
Abstract
The experimental methods used in obtaining kinetic data for solvent extraction systems can affect the validity of the results The method of contacting the two liquids should allow for accurate determination of the surface area, hydrodynamics, and diffusional processes The appropriateness of the Liquid Jet Recycle Reactor is discussed and the modelling of the mass transfer and chelation reaction is presented The LJRR is used to investigate the chelation of copper by LIX65N in toluene from aqueous copper sulfate sulfuric acid solutions The ranges of experimental variables are Copper, 1 8-13.8 g-dm-3, sulfuric acid 0-1.6 g-dm-3, LIX65N, 0 1-1.0 mol-dm-3 Data on the initial rate of copper chelation at the interface is generated Nonlinear regression analysis shows that the following expression adequately describes the data within experimental error.
Citation
APA: (1981) Experimental Methods In Solvent Extraction Kinetics. Use Of The Liquid Jet Recycle Reactor For LIX65N-Copper (II) Chelation Kinetics
MLA: Experimental Methods In Solvent Extraction Kinetics. Use Of The Liquid Jet Recycle Reactor For LIX65N-Copper (II) Chelation Kinetics. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1981.