GERAD Technologies provides a plasma catalytic process for hydrogen production that utilizes hydrogen sulfide methane reformation to eliminate CO2 generation and water input. This technology offers a low-emission, cost-effective solution for decarbonizing the oil and gas industry and producing clean hydrogen for various industrial applications.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional hydrogen production methods, primarily steam methane reforming, are energy-intensive and generate significant greenhouse gas emissions. Furthermore, these processes often require substantial input water and are highly sensitive to feedstock costs, impacting both economic viability and environmental sustainability. The oil and gas industry faces challenges in decarbonizing operations and reducing gas flaring.
Solution
GERAD Technologies offers a plasma catalytic process for methane reformation that produces hydrogen with minimal greenhouse gas emissions. This technology addresses the environmental and economic limitations of conventional hydrogen production by utilizing hydrogen sulfide methane reformation. The process eliminates the need for input water and reduces feedstock cost sensitivity, thereby enabling decarbonization and providing a solution for gas flaring. This approach supports the oil and gas industry's transition to cleaner energy sources and contributes to a more sustainable energy future.
Target Audience
The primary target audience includes companies within the oil and gas industry seeking to decarbonize their operations, reduce emissions, and produce hydrogen more sustainably. It also targets sectors requiring clean hydrogen for applications such as float glass production, metal treatment, semiconductor manufacturing, and fuel cell vehicles.
Features
- Plasma catalytic methane reformation process for hydrogen production.
- Utilizes hydrogen sulfide methane reformation to eliminate CO2 generation.
- Achieves very low direct greenhouse gas emissions, approximately 15 grams of CO2 per MJ.
- Eliminates the requirement for input water in the production process.
- Reduces feedstock cost sensitivity from 72% to 45%.
- Produces hydrogen at a cost ranging from €0.80 to €1.41 per kg.
- Generates valuable co-products: Carbon disulfide (CS2) and Calcium disulfide (C3S2).
- Offers partial self-sustainability within the process.
- Valorizes H2S and eliminates the need for sweetening processes in sour gas treatment.
- Facilitates the reduction of gas flaring.