Use natural gas. Generate electricity. Eliminate emissions.Change the World.

Clean, Reliable, Affordable Energy

>97%

NET Power’s patented technology captures over 97% of CO2 emissions from power generation

~850k

Tonnes of CO2 captured per year from a single NET Power Plant

~$0

Cost to inherently capture the CO2 using NET Power’s innovative CO2 capture process

40%

Less land usage than similar output natural gas plant

>97%

NET Power’s patented technology captures over 97% of CO2 emissions from power generation

>820k

Tonnes of CO2 captured per year from a single NET Power Plant

~$0

Cost to inherently capture the CO2 using NET Power’s innovative CO2 capture process

40%

Less land usage than similar output natural gas plant (<13 acres for each utility-scale NET Power Plant)

>97%

NET Power’s patented technology captures over 97% of CO2 emissions from power generation

>820k

Tonnes of CO2 captured per year from a single NET Power Plant

~$0

Cost to inherently capture the CO2 using NET Power’s innovative CO2 capture process

40%

Less land usage than similar output natural gas plant (<13 acres for each utility-scale NET Power Plant)

Reliable power for a low-carbon future.

NET Power transforms natural gas into clean energy through our patented oxy-combustion process. Click through the steps of the NET Power Cycle below to learn more.

Step 1

Air Separation: The NET Power Cycle begins by separating air into its components (including oxygen, argon, and nitrogen)

Step 2

Oxy-Combustion: Natural gas and oxygen combust resulting in CO2 and water vapor

Step 3

Turboexpander: The CO2 mixture expands and turns the turboexpander to generate electricity

Step 4

Heat Exchanger: The CO2 mixture goes into the heat exchanger to cool

Step 5

Water Separator: Water is removed from the CO2

Step 6

Compressor: CO2 is repressurized, captured CO2 is exported for sequestration or commercial use

Step 7

Recirculation: Recirculated CO2 is reheated to be used again in the process

“…it’s time for companies to do their part to take advantage of enhanced 45Q incentives by capturing and securely storing significant amounts of CO2 as quickly as possible.”

Clean Air Task Force

“Reaching net zero will be virtually impossible without CCUS.”

International Energy Agency

“Currently, global rates of CCS deployment are far below those in modelled pathways limiting global warming to 1.5°C or 2°C. Enabling conditions such as policy instruments, greater public support and technological innovation could reduce these barriers.”

Intergovernmental Panel on Climate Change

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