Powering a
Net Zero World

Clean Ammonia Hydrogen Methanol Oxygen

Energy Transition

Our Mission

Texas Green Fuels’ mission is to support global net zero objectives that mitigate adverse impacts of climate change. We develop projects that convert the world’s abundant, low-cost renewable electricity into clean fuels such as sustainable ammonia, hydrogen, and methanol.

These clean products are produced using renewable electricity for all electricity requirements.

Our Project

Texas Green Fuels’ clean fuels export complex located in Galveston Bay, Texas, will produce industrial scale, sustainable, and cost-effective clean fuels.

Texas Green Fuels expects to become one of the world’s lowest-cost producers of clean fuels given Texas’ abundant low-cost renewable energy, developed infrastructure, competitive, skilled workforce, government incentives, and lower construction costs relative to other parts of the world.

Clean Fuel Applications

Marine Fuel
Clean ammonia and methanol are expected to contibute to reducing the shipping industry's total GHG emissions by 50% by the year 2050
Power Generation
Export to markets such as Japan that support the development of clean ammonia market as "the second LNG"
Fertilizer
Displace conventionally produced ammonia industrial products (80% fertilizers) that generate 1.4% of global CO2 emissions
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What We Provide

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Clean Ammonia

Clean ammonia will facilitate global net zero goals by providing clean fuel for shipping and power generation and decarbonizing the traditional fertilizer markets.
2H

Clean Hydrogen

Texas Green Fuels will produce clean hydrogen initially as a feedstock for its production of clean ammonia and methanol. As domestic markets for hydrogen develop, Texas Green Fuels may expand the production of clean hydrogen for local consumption.

Clean Methanol

Methanol is a type of fuel that burns more cleanly than regular fuels like those that produce SOx, NOx and particulate matter, which are known to cause smog. It can aid ships in complying with environmental fuel rules and contribute to better air quality, which can positively impact human health issues.
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Marine Bunkering

Clean ammonia and methanol can be used as a marine fuel for ships visiting Galveston Bay or any other ports across the US Gulf Coast and the Caribbean.

Top Questions

Clean fuels, such as ammonia, hydrogen, and methanol, are sustainably produced using renewable electricity for all electricity requirements, resulting in very low or zero carbon intensity throughout their production cycle and use. Additionally, any CO2 that may be generated during production will be sequestered, and if CO2 is required for production, it will be obtained from a sustainable source.

Clean fuels such as ammonia, hydrogen, and methanol are sustainably made from renewable electricity.

The race is on for the world to achieve net zero by 2050 to mitigate the adverse impacts of climate change caused by carbon emissions. Clean fuels can decarbonize major greenhouse gas generating industries by providing a zero-carbon replacement for difficult to abate sectors such as transoceanic transportation where batteries are not practical.

Low-Cost, Reliable, and Stable Supply
Offtakers committed to use clean fuels require a low-cost, reliable, and stable supply. Texas Green Fuels expects to become one of the world’s lowest-cost producers of clean ammonia, hydrogen, and methanol given Texas’ abundant, low-cost renewable energy, developed infrastructure, competitive, skilled workforce, and lower construction costs relative to other parts of the world.

Texas Green Fuels’ Galveston Bay clean fuels export complex represents over $1 billion in investment and is expected to generate 1000 peak construction jobs and 40 full-time family-wage operations jobs.

Texas Green Fuels’ significant infrastructure development will enlarge the surrounding communities’ property tax base, thus contributing to expanding the local economy.

After the initial development phase, there is potential to expand capacity, generating more significant positive economic and environmental benefits.

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