Advertisement · 728 × 90
#
Hashtag
#NextGenGeothermal
Advertisement · 728 × 90
The Iceland Deep Drilling Project (IDDP) is testing superhot geothermal technology in the middle of the North Atlantic.
Image credit: IDDP.

The Iceland Deep Drilling Project (IDDP) is testing superhot geothermal technology in the middle of the North Atlantic. Image credit: IDDP.

Could #NextGenGeothermal bring clean power to much more of the planet? A PNAS Core Concept piece: https://ow.ly/knv450YiZXO

#AdvancedGeothermal #GeothermalEnergy #CleanEnergy #AlternativeEnergy #ClimateChange #OilandGasIndustry

3 2 0 0
Illustration of a conventional geothermal system. Enhanced geothermal creates deeper fractures in hot rock, often at depths of 5 kilometers or more, and circulates water to pick up heat and so generate power. Image credit: Shutterstock/Papia Majumder.

Illustration of a conventional geothermal system. Enhanced geothermal creates deeper fractures in hot rock, often at depths of 5 kilometers or more, and circulates water to pick up heat and so generate power. Image credit: Shutterstock/Papia Majumder.

How #NextgenGeothermal could bring clean power to more of the planet. A PNAS Core Concept piece: https://ow.ly/lCRF50Yf3Z9

#GeothermalEnergy #CleanEnergy #AlternativeEnergy #ClimateChange #OilandGasIndustry

3 1 0 0
The Iceland Deep Drilling Project (IDDP) is testing superhot geothermal technology in the middle of the North Atlantic.

Image credit: IDDP.

The Iceland Deep Drilling Project (IDDP) is testing superhot geothermal technology in the middle of the North Atlantic. Image credit: IDDP.

How #NextgenGeothermal could bring clean power to much more of the planet. A PNAS Core Concept piece: https://ow.ly/nfai50Yaqpg

#GeothermalEnergy #CleanEnergy #AlternativeEnergy #ClimateChange #OilandGasIndustry

2 1 0 0