Conserving energy in destillation. Industrial Energy-Conservation.

Mix, T.W. Dweck, J.S.

1982

832
CIENA

0-262-13172-2

THE POTENTIAL FOR ENERGY CONSERVATION IN DISTILLATION. Performing an energy audit. Historic causes of inefficiency. ANALYZING AN EXISTING DISTILLATION OPERATION. Experimental analysis. Short-cut techniques for theoretical analysis. GUIDELINES FOR SELECTING ENERGY-CONSERVATION OPTIONS. Techniques not requiring process modification. Techniques requiring process modification. Criteria for evaluating options. OPTIONS NOT REQUIRING PROCESS MODIFICATION. Retrofitting of controls. Tray retrofitting. Heat-exchanger retrofitting. Heat exchange between feed and product. Power or steam generation. Insulation. OPTIONS REQUIRING PROCESS MODIFICATION. Multiple-column resequencing. Increasing column draw to eliminate a column. Extractive distillation. Azeotropic distillation. Heat pumping. Intermediate heat exchange. Heat cascading. APPENDIXES:. A HEAT INTEGRATION ANALYSIS. B REQUIREMENTS FOR ENERGY CONSERVATION TROUGH EXTRACTIVE DISTILLATION.

Presenta tbls., diagrs. y gráfs.

GENERAL; DESTILACION; PROCESOS INDUSTRIALES; USO RACIONAL DE LA ENERGIA; SECTOR INDUSTRIAL; MANUALES;