New developments in liquid-liquid extractors: selected papers from ISEC '83, Issue 238
Robert B. Akell, Cary Judson King, International Committee for Solvent Extraction Chemistry and Technology, American Institute of Chemical Engineers, American Chemical Society. Division of Industrial and Engineering Chemistry, Metallurgical Society of AIME.
American Institute of Chemical Engineers, 1984 - Technology & Engineering - 177 pages
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PAST PRESENT AND FUTURE H R C Pratt
IMPROVED AKUFVE SYSTEM FOR FAST AND ACCURATE SOLVENT
HYDRAULIC AND MASS TRANSFER MODEL FOR HIGH CAPACITY LIQUIDLIQUID
11 other sections not shown
acid agitation AIChE air pulsed aqueous aqueous phase axial dispersion backmixing breakage cell Chem chemical reaction coalescence frequency concentration conical pump contactor continuous phase correlation countercurrent density developed diameter dispersed phase hold-up DMMS drop size distribution droplets effect entrainment Equation equilibrium equipment experimental extraction efficiency extractor flooding flow rate flowrate fraction heavy phase height hydrodynamics impeller interfacial tension interphase kinetic Krebs liquid liquid-liquid liquid-liquid extraction Mackowiak Marangoni effect mass transfer coefficient measured metal mixer settler mixer-settlers MRDC obtained operation organic phase packing parameters performance phase axial mixing phase flow phase ratio phase separation pilot plant plates probes pulse columns Pump-Mix reactor residence residence time distribution rotational speed scale-up shown in Figure simulation solution solvent extraction stage efficiency static mixers surface SX plant Table tank Tavlarides technique throughput tion toluene turbine types unit area uranium values vanadium velocity volume