Cooling device of large heating equipment

Abstract

The invention provides a cooling device of large heating equipment, and belongs to the technical field of cooling equipment. The cooling device solves the technical problems that an existing cooling device of large equipment is low in cooling efficiency, high in environmental requirement, wide in occupied area, large in environmental pollution and the like. The cooling device comprises an evaporator, a pump set and a cooling pipe, wherein the two ends of the cooling pipe are connected to the evaporator and the pump set respectively through a first pipeline, the pump set is connected to the evaporator through the first pipeline, and a compressor provides a refrigerant for the evaporator. According to the cooling device of large heating equipment, the evaporator is matched with the compressor to cool heat exchange medium, due to the fact that the refrigerant generated by the compressor has the characteristics of being low in temperature, easy to evaporate and high in heat absorption efficiency, the heat exchange medium can be rapidly cooled and is not limited by the environment temperature, and the cooling effect is good; in addition, the refrigerant is in a sealed state in the wholecirculation process and cannot be evaporated to the outside, so that more environment-friendly effect is realized; and compared with a cooling tower and a circulating water tank, the cooling device is smaller in the occupied area and capable of saving land resources.

Description

technical field [0001] The invention belongs to the technical field of cooling equipment, in particular to a cooling device for large heating equipment. Background technique [0002] At present, cooling towers are generally used to cool large-scale equipment through circulating pure water or oil. For example, a new synthetic Furnace pure water cooling equipment, including a pure water tank, an evaporative cooling tower and a circulating water pool. The water outlet of the pure water tank is fixedly connected to a pure water pump through a pipeline, and the water outlet of the pure water pump is connected to a first-stage cooling of the synthesis furnace through a pipeline. The water inlet and the second-stage cooling water inlet of the synthesis furnace, and the first-stage cooling water outlet of the synthesis furnace and the second-stage cooling water outlet of the synthesis furnace are fixedly connected to the evaporative cooling tower through pipes, and the water outlet ...

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Problems solved by technology

[0003] The above-mentioned pure water cooling equipment realizes the cooling and recycling of the heated pure water through the setting of the cooling tower and the circulating water pool, but the way of cooling through the cooling tower not only occupies too much area, wastes land resources, but also has low cooling efficiency , the cooling effect is greatly restricted by the environment. If the ambient temperature is high, it is difficult for the cooling tower to cool the high-temperature pure water, resulting in the inability to quickly and effectively cool down the equipment, which may seriously cause damage to the equipment; at the same time, usi

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