Difference between revisions of "Air Blast Coolers"
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[[Category:Cooling]]{{Knoppen}} | |||
Air blast cooler sometimes known as Dry Air Coolers, these are ideally suited for a whole range of cooling applications where closed circuit cooling is desirable and cooling to within 3ºC of the prevailing ambient temperature is acceptable all year round. | <noinclude><!------------------------------------------------ | ||
Air Blast Coolers are a practical and cost effective alternative to Water Cooling Towers, which by law have to conform to ACOP L8. The costs of conformance are steep and include: | * READ THIS FIRST | ||
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[[File:Air-blast coolers.jpg|thumb|right|Air-blast coolers]] | |||
Air blast cooler sometimes known as [[Dry Air Coolers]], these are ideally suited for a whole range of cooling applications where closed circuit cooling is desirable and cooling to within 3ºC of the prevailing ambient temperature is acceptable all year round. | |||
Air Blast Coolers are a practical and cost effective alternative to [[Water Cooling Towers]], which by law have to conform to ACOP L8. The costs of conformance are steep and include: | |||
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♦ Water losses and make up due to constant evaporation can also be a significant operational cost. | ♦ Water losses and make up due to constant evaporation can also be a significant operational cost. | ||
'''Features''' | '''Features''' | ||
Revision as of 01:42, 2 August 2012
Air blast cooler sometimes known as Dry Air Coolers, these are ideally suited for a whole range of cooling applications where closed circuit cooling is desirable and cooling to within 3ºC of the prevailing ambient temperature is acceptable all year round. Air Blast Coolers are a practical and cost effective alternative to Water Cooling Towers, which by law have to conform to ACOP L8. The costs of conformance are steep and include:
♦ Chemical treatment to guard against Legionella
♦ Water softening to prevent lime scale formation
♦ Treatment and safe disposal of effluent resulting from routine cleaning and draining
♦ Water losses and make up due to constant evaporation can also be a significant operational cost.
Features
♦ Each will be individually selected to match the load conditions and various configurations are available to meet space and noise limitations.
♦ Single units can be provided in capacities from 5kW to 2000kW and they can be inter-connected to reach many thousands of kilowatts.
♦ Control of the water temperature is regulated, by controlling fan speed, according to the prevailing ambient temperature.