2013•Shanxi Electric PowerRequires access

The Scaling Analysis and Treatment of the 300 MW Unit Air-cooling Condenser

Dong Li

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Abstract

Since the air quality is poor in the northern cities and the cooling spray device is used when the temperature is high,the condenser surface is always exposed to the grey water.Therefore,the condenser fins have heavily scaled,which develops into such a heavy heat insulation layer as to impede the heat exchange performance of the condenser.Taking the 300 MW direct air-cooling unit as an example,using high-pressure water jet to clean the air-cooling condenser can improve the radiator's cooling performance and greatly increase the economic efficiency of the air-cooling unit.

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What this paper is about

Since the air quality is poor in the northern cities and the cooling spray device is used when the temperature is high,the condenser surface is always exposed to the grey water.Therefore,the condenser fins have heavily scaled,which develops into such a heavy heat insulation layer as to impede the heat exchange performance of the condenser.Taking the 300 MW direct air-cooling unit as an example,using high-pressure water jet to clean the air-cooling condenser can improve the radiator's cooling performance and greatly increase the economic efficiency of the air-cooling unit.

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Available abstract

Since the air quality is poor in the northern cities and the cooling spray device is used when the temperature is high,the condenser surface is always exposed to the grey water.Therefore,the condenser fins have heavily scaled,which develops into such a heavy heat insulation layer as to impede the heat exchange performance of the condenser.Taking the 300 MW direct air-cooling unit as an example,using high-pressure water jet to clean the air-cooling condenser can improve the radiator's cooling performance and greatly increase the economic efficiency of the air-cooling unit.

Key concepts: Condenser (optics), Cooling tower, Heat exchanger, Water cooling, Air cooling, Radiator (engine cooling), Environmental science, Nuclear engineering

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