A cooling system for waste-to-energy plant equipment

Abstract

The invention discloses a cooling system of garbage power plant equipment and relates to the technical field of environmental-friendly waste heat power generation. The cooling system comprises a circulating water cooling system body and a compressed air purge cooling system body. The circulating water cooling system body comprises a cooling water pond, an atomizing water pipe used for conducting atomizing cooling on the equipment and a circulating cooling water recovery pipe. The compressed air purge cooling system body comprises an air compression machine room, a compressed air storage tank and a fourth ball valve. The cooling system is good in antifreezing effect, high in cooling efficiency, economical, low in fault rate and suitable for equipment in other fields.

Description

technical field [0001] The invention relates to the technical field of environmental protection waste heat power generation, in particular to an equipment cooling system of a garbage power plant. Background technique [0002] Waste-to-energy is the most effective treatment method to achieve "reduction, volume reduction, and recycling" of waste. The continuous and stable operation of waste-to-energy plant equipment ensures timely and harmless treatment of waste. The cooling effect of waste-to-energy equipment has a great impact on equipment The smooth operation of the machine is very important, long-term over-temperature operation is easy to damage the equipment. [0003] At present, there are three methods for the equipment cooling system of waste-to-energy plants: 1. Air cooling, which is not effective and requires a separate fan, and the pipeline is relatively complicated; 2. Fresh water cooling, which is prone to freezing of pipelines at low temperatures, resulting in Th...

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Problems solved by technology

[0002] Waste-to-energy is the most effective treatment method to achieve "reduction, volume reduction, and recycling" of waste. The continuous and stable operation of waste-to-energy plant equipment ensures timely and harmless treatment of waste. The cooling effect of waste-to-energy equipment has a great impact on equipment The smooth operation is very important, long-term over-temperature operation is easy to damage the equipment

[0003] At present, there are three methods for the equipment cooling system of waste-to-energy plants: 1. Air cooling, which is not effective and requires a separate fan, and the pipeline is relatively complicated; 2. Fresh water cooling, which is prone to freezing of pipelines at low temperatures, resulting in Road equipment is damaged and cannot be recycled, which is wasteful in water-shortage areas; 3. Coolant, the price of coolant is expensive

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