NET Power - We provides advanced clean power plant (natural gas, coal) with zero emissions

NET Power has a transformational mission to slash the world’s carbon footprint, making it the first zero-emission company to deliver massive carbon reductions. NET Power licenses and advances our revolutionary technology which will enable the world to meet its climate goals by 2050.

Zero Emissions - No carbon emissions or air pollutants.

Lower Power Costs - NET Power's technology reuses CO2, which drives efficiency and reduces the cost of electricity.

Complements Renewables - NET Power is the perfect zero emissions match for intermittent renewable energy thanks to its inherent energy storage capabilities and output flexibility.

Multiple Revenue Streams - Rather than emitting greenhouse gases, CO2 is captured and salable, along with other industrial gas coproducts (argon and nitrogen).

Made for Anywhere - NET Power’s technology complements current infrastructure, is compatible with low-grade fuels, is capable of water-free production, has a significantly smaller land footprint, and is universally permittable.

NET Power technology is pretty simple. It burns natural gas with pure oxygen. The resulting CO2 is recycled through the combustor, turbine, heat exchanger, and compressor, creating lower-cost power with zero emissions.

Captured CO2 is pipeline ready and can either be cheaply sequestered or sold to industries such as the medical, agricultural, and industrial sectors.

Step 1 - The Burn

Oxy-combustion is the process of burning natural gas with pure oxygen (instead of air). When air is used as the primary oxidant, nitrogen oxides (NOX) are released into the atmosphere. This isn’t only bad for the environment – it’s also less efficient. When pure oxygen is the primary oxidant, fuel consumption is reduced, and flame temperatures are increased, adding efficiency.

Step 2 - The Expansion & Cooldown

The high-pressure CO2 moves along into the turbine, where it expands and goes into the heat exchanger. Any water is removed, and the remaining CO2 is compressed and pumped back into high-pressure.

Step 3 - Reuse & Recycle

Most of the high-pressure CO2 is reheated in the heat exchanger and returned to the combustor, where the whole cycle begins again.

Step 4 - Piping

The excess CO2 that comes from step 2 is pipeline ready. It’s inherently captured, not released into the atmosphere. This step increases NET Power technology’s overall value by providing a valuable byproduct and eliminating any carbon-related liabilities.

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