Supercooled water dynamic ice slurry preparing system

Abstract

The invention discloses a supercooled water dynamic ice slurry preparing system. The system comprises a compressor, a condenser, a throttling valve, a supercooled water plate type heat exchanger, a crystallization promoter, an ice storage tank and a water pump, wherein the compressor, a hot side channel of the condenser, the throttling and a cold side channel of the supercooled water plate type heat exchanger are connected from head to tail in sequence to form a refrigerating system, an inlet of a hot side channel of the supercooled water plate type heat exchanger is connected with a water outlet of the water pump through a water inlet channel, an outlet of the hot side channel of the supercooled water plate type heat exchanger is connected with an input hole of the crystallization promoter through a delivery pipeline, the ice storage tank is connected with an outlet of the crystallization promoter, and a water inlet of the water pump is connected with the ice storage tank through a water inlet pipeline. According to the system, high-efficiency dynamic ice slurry preparation can be realized, ethylene glycol heat exchange circulation is not needed during the process, and the heat exchange temperature difference between Freon and supercooled water can be obviously reduced, so that the evaporation temperature of Freon can be increased to -3 DEG C, the energy efficiency ratio of the refrigerating system can be increased by 6-8%, and the cost can be saved.

Description

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AI Technical Summary

Benefits of technology

This new technology allows for efficient creation of cold liquid from fronthaulic acid solution without requiring any extra steps like adding another material or cooling it down at room temperatures. It also improves how quickly this process occurs due to less thermal contact between two materials during their interaction. Overall, these technical improvements improve both performance and cost effectiveness compared to existing methods used previously.

Problems solved by technology

Technologies have developed over recent years related to improving the performance and reliability of ice creation processes under specific conditions while minimizing environmental impact caused by excessive temperatures. One approach involves controlling the temperature inside cryogenic environments like air conditioning units. Another approach focuses on producing pure superconductor waters instead of impure ones from previous methods due to their higher thermal conductivity compared to regular solutions.

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