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Our Technologies

Zero Carbon Technologies

We are at the forefront of research and development, pioneering advanced solutions to help our customers minimize their carbon footprint and convert waste into valuable resources. Our cutting-edge technologies focus on reducing both solid and gaseous CO2 emissions, transforming them into products like hydrogen (H2) that support a cleaner, more sustainable future. Through our commitment to green technology and circular economy principles, we empower industries to achieve their environmental goals and unlock new value from waste.

Zero Carbon Technologies

We develop advanced technical solutions to help our customers reduce their emissions, by converting solid, liquid and gaseous wastes into valuable resources. Our technologies utilize emissions to create products, transforming them into hydrogen (H₂), Biodiesel or Syngas for example – opening new ways to run industrial facilities efficiently and pollution free.

By focusing on green technology and circular economy principles, we enable industries to meet environmental goals while creating new value from waste.

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Carbon Capture Technology

Carbon Capture


Carbon Capture
Client name: zero carbon technology

Link: https://zero-carbon.at/carbon-capture-conversion

Carbon Capture

Our Carbon Capture Technology offers several advantages compared to Carbon Capture and Utilization (CCU) and Carbon Capture and Storage (CCS)


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Our Hydrogen Technologies

Creating Hydrogen from industrial wastes


Creating Hydrogen from industrial wastes

Industries with high carbon emissions and energy-intensive processes stand to benefit the most from gasification-based hydrogen production. In the steel industry, for instance, gasification of coke oven gases or blast furnace off-gases can produce hydrogen, which can then be used for more sustainable steelmaking processes, such as direct reduction of iron ore. Similarly, the chemical and petrochemical sectors, which often generate large volumes of waste gases rich in hydrocarbons, can employ gasification to produce hydrogen for ammonia synthesis, methanol production, or refining operations. Additionally, waste-to-hydrogen plants could be established in areas where large amounts of municipal or industrial solid waste are generated, converting these residues into hydrogen and minimizing the need for landfilling. This integration helps industries close the loop on waste and transition to cleaner, hydrogen-based energy solutions.

Creating Hydrogen from industrial wastes

Turning Waste into Fuel: Harnessing Industrial Waste for Sustainable Hydrogen Production


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Gas Cleaning Technologies

Gas cleaning


Gas cleaning

Gas cleaning

The process of gas cleaning builds the foundation of our technologies – it follows the principle of utilizing waste gases to create products and is adaptable to our customers needs and wishes!


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Enhanced Sweetening Process

ESP Technology


ESP Technology

ESP Technology

Breakthrough gas sweetening technology that removes hydrogen sulfide (H₂S) concentrations up to 2.5% (25,000 ppm) – over 60 times more than traditional methods.


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