Water use efficiency of various power generation technologies > Low range efficiency (gallons/million BTU)

Summary

Max	2,400
Avg	776
Min	20
Sum	3,880
Std Dev	897.70

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efficiency energy water

Data Set

• Water use efficiency of various power generation technologies

• In terms of power generatio...

Data Summary

Showing last 5 rows

Power generation techonologies	Low range efficiency (gallons/million BTU)	High range efficiency (gallons/million BTU)
Hydroelectric	20
Geothermal	130
Solar thermoelectric	230	270
Fossil fuel thermoelectric	1,100	2,200
Nuclear	2,400	5,800
more...	more...	more...

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Low range efficiency (gallons/million BTU) by Power generation techonologies

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Low range efficiency (gallons/million BTU) by Power generation techonologies

Low range efficiency (gallons/million BTU) by Power generation techonologies

Low range efficiency (gallons/million BTU) by Power generation techonologies

Low range efficiency (gallons/million BTU) by Power generation techonologies

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Low range efficiency (gallons/million BTU) by Power generation techonologies

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Low range efficiency (gallons/million BTU) by High range efficiency (gallons/million BTU)

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Nuclear Low range efficiency (gallons/million BTU)s Max 2,400 Avg 2,400 Min 2,400 Sum 2,400 Std Dev 0.00	Fossil fuel thermoelectric Low range efficiency (gallons/million BTU)s Max 1,100 Avg 1,100 Min 1,100 Sum 1,100 Std Dev 0.00	Solar thermoelectric Low range efficiency (gallons/million BTU)s Max 230 Avg 230 Min 230 Sum 230 Std Dev 0.00	Geothermal Low range efficiency (gallons/million BTU)s Max 130 Avg 130 Min 130 Sum 130 Std Dev 0.00
Hydroelectric Low range efficiency (gallons/million BTU)s Max 20 Avg 20 Min 20 Sum 20 Std Dev 0.00

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