𝔖 Bobbio Scriptorium
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5584193 Absorption-type refrigeration systems and methods


Publisher
Elsevier Science
Year
1997
Tongue
English
Weight
99 KB
Volume
17
Category
Article
ISSN
1359-4311

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A computational model is developed for the parametric investigation of single-effect and series flow double-effect LiBr/ H 2 O absorption refrigeration systems. The effects of generator, absorber, condenser, evaporator and dead state temperatures are examined on the performance of these systems. The

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A comparative thermodynamic study of the vapour absorption refrigeration systems (VARS) working with HFC134a and HCFC22 is presented. Due to its superior performance in HCFC22-based VARS, dimethyl acetamide is chosen as the solvent for both the refrigerants. It is observed that the HCFC22-based syst

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The double-effect vapour absorption refrigeration system working with HFC134a as refrigerant and dimethyl acetamide as absorbent is analysed. Cooling coefficients of performance in the range of 0)5-0)9 could be obtained depending on the operating conditions. However, sub-zero temperatures are diffic

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A thermodynamic analysis was performed on a single-stage vapour absorption refrigeration system W A R S ) operating with monochlorodifluouromethane (HCFC22) as a refrigerant and dimethylether of tetraethyleneglycol (DMETEG) or dimethyl acitamide (DMA) as a working fluid. Influence of solution heat e