Cooling Tower Sizing for 20 MW Power Plant in Weymouth, England

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The discussion centers on the sizing of cooling towers for a 20 MW power plant in Weymouth, England. Key parameters include a heat rejection requirement of 20 MW, a condenser temperature drop from 30°C to 19°C, and a wet bulb temperature of 9°C. Participants recommend consulting cooling tower design calculators and industry experts for precise sizing and efficiency assessments. Additionally, utilizing waste heat for greenhouse applications is suggested as an innovative solution to enhance energy efficiency.

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  • Understanding of cooling tower principles and operation
  • Familiarity with heat rejection calculations
  • Knowledge of thermodynamic properties, including wet bulb temperature
  • Experience with energy efficiency strategies in power plants
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Engineers, energy consultants, and project managers involved in power plant design and optimization, particularly those focusing on cooling systems and energy efficiency solutions.

Harkaran Singh
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Hi guys,

I have question regarding cooling towers. I have been asked to check if cooling towers would be efficient and economical to cooling system for a power plant to be installed in Weymouth, England.

As per my calculations, heat to be rejected (in the condenser) from the system is 20 MW.
I'm not familiar with cooling towers and I need help calculating (very roughly) the size of the tower required, parasitic loads, mass flow rate of water and air and quantity of make-up water?

Heat energy to be rejected= 20 MW
Temp of working fluid in the condenser has to be dropped from 30 deg C to 19 deg C
Wet bulb temperature of the area is 9 deg C
Avg temperature of area 14 - 16 deg C
Relative humidity is 85 - 90 %

Any advice would be highly appreciated.
 
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Not my field but it seems a shame to be wasting 20MW these days. Got room for some green houses?

http://www.queensu.ca/gazette/content/waste-heat-could-be-harnessed-growing-tomatoes
http://www.gfsa.com/events/greenhouse-to-utilize-co2-waste-heat-from-adjacent-ethanol-plant/
 
CWatters said:
Not my field but it seems a shame to be wasting 20MW these days. Got room for some green houses?

http://www.queensu.ca/gazette/content/waste-heat-could-be-harnessed-growing-tomatoes
http://www.gfsa.com/events/greenhouse-to-utilize-co2-waste-heat-from-adjacent-ethanol-plant/
Yes, I agree its a waste. I'm urging the people involved to use this heat in other processes at the site.
Area is a major concern here and that is the reason why I'm interested in the area the cooling tower would occupy
 
As I said it's not my field but I found a "rule of thumb" design guide from 1981 that I suppose might help. Not SI units though.

http://www.osti.gov/scitech/servlets/purl/5281927/

It also looks like there are companies producing calculators for their cooling tower products. I think I'd contact one or two that design these for a living to see what they would recommend. They would probably do most of the work for you.
 
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CWatters said:
As I said it's not my field but I found a "rule of thumb" design guide from 1981 that I suppose might help. Not SI units though.

http://www.osti.gov/scitech/servlets/purl/5281927/

It also looks like there are companies producing calculators for their cooling tower products. I think I'd contact one or two that design these for a living to see what they would recommend. They would probably do most of the work for you.
This is really helpful. Thank you :D
 
That will be smart choice to introduce Cooling Water Towers with Calculator for quick note of issues
 

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