SIMULATION FOR THE DEVELOPMENT OF SOLID-GAS CHEMICAL HEAT PUMP PILOT PLANTS. 2. SIMULATION AND OPTIMIZATION OF DISCONTINUOUS AND PSEUDO-CONTINUOUS OPERATING CYCLES.

Type of article: Article

Summary

NUMERICAL MODELLING OF DISCONTINUOUS OPERATING CYCLES HAS BROUGHT TO LIGHT THE PRESENCE OF CERTAIN IRREGULARITIES IN PERFORMANCES. THESIMULATION OF AN INSTALLATION COMPRISING 2 SOLID-GAS REACTORS OPERATING OUT OF PHASE WITH ONE ANOTHER HAS SHOWN THAT IT IS POSSIBLE TO ACHIEVE PSEUDO-CONTINUOUS OPERATION FROM A SOLID-GAS CHP. THE PHASE CHAINING RULES DEVELOPED HAVE THUSLED TO AN OPTIMIZATION OF THE OPERATING CYCLES. THE PRESENT WORK CONSTITUTES THE BASIS OF OPTIMAL HEAT PUMP CONTROL BY DEVELOPING THE SIMULATION TOOL AND IDENTIFYING THE OPERATIONAL IRREGULARITIES. (PASCAL, Bibliogr. int., ENERG., FR.,N 3, 1991, 1839).

Details

Original title: SIMULATION FOR THE DEVELOPMENT OF SOLID-GAS CHEMICAL HEAT PUMP PILOT PLANTS. 2. SIMULATION AND OPTIMIZATION OF DISCONTINUOUS AND PSEUDO-CONTINUOUS OPERATING CYCLES.
Record ID : 1992-0825
Languages: English
Source: Chem. Eng. Process. - vol. 28 - n. 2
Publication date: 1990
Document available for consultation in the library of the IIR headquarters only.

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Indexing

Themes: Heat pumps techniques
Keywords: Refrigerating system; Chemical heat pump; Simulation; Heat pump; Optimization; Development; Change of phase