Sentence examples for refrigerant storage from inspiring English sources

Three alterative designs (heat storage, cold storage, and refrigerant storage) are studied.

The modifications include recovering of waste heat from a dephlegmator and utilization of a refrigerant storage unit.

The results indicate that continuously operating solar-powered LiBr H2O absorption with refrigerant storage is the most suitable alternative design for a 24-hour cooling effect.

In this system, cold energy is stored in the form of refrigerant in a separate refrigerant storage tank at ambient temperature.

Hybrid (cold plus refrigerant) storage design for continuous (24-h a day) solar-powered LiBr-water absorption air-conditioning systems has many advantages.

The analysis indicates that continuously operating solar-powered aqua-ammonia absorption system with refrigerant storage is the most suitable alternative design for an uninterrupted supply of cooling effect.

This paper describes a theoretical model of a large-scale, ammonia-fed evaporator coil used in an industrial refrigeration system and operating under low temperature air and refrigerant conditions that are typically encountered in refrigerated storage spaces.

The methods that are discussed include heat recovery and utilization, absorption refrigeration systems, thermal cool storage, liquid (refrigerant) pressure amplification, reprogramming of the AC control systems, economical methods of removal of moisture from the air and initiation of awareness programs for the conservation of A/C energy.

For an unmixed system, its performance is sensitive to g, the ratio of heat capacity flow rate of supercooling water to that of refrigerant, and the total cool storage efficiency reaches a max value when g = 1.

Secondary refrigeration and thermal energy storage are promising solutions to enhance the performance of refrigeration systems and reduce the impact of refrigerants on the environment.

Two reservoirs as temporary sequential storages of the refrigerant were set up before and after the evaporator.