Utilisation of captured CO₂ as feedstock for synthetic methane production

Synthetisches Methan

Flue-to-Fuel (F2F): Wir haben, was Sie brauchen

• As an alternative to geological storage, CO₂ from Direct air capture can be reacted with hydrogen (H₂) from water electrolysis driven by solar energy to produce synthetic methane (CH₄), introducing the the penetration of renewable energies and leading to a circular carbon economy.

• We create carbon removals by sequestering CO₂ deep underground. Safe and permanent.

Direct Air Capture (DAC)-Technologie:

Our journey begins with Direct Air Capture (DAC), a groundbreaking technology designed to capture carbon dioxide (CO₂) emissions directly from the air. By extracting CO₂ from decentralized sources, we're taking proactive steps towards combating climate change at its source. We offer Climate Solutions for SME helping to develop a credible and ambitious climate transition plan, tailored to your business needs.

Energiespeicherlösungen:

Through the fusion of captured CO₂ and hydrogen (H₂) generated via water electrolysis powered by solar energy , we produce synthetic methane (CH₄). This process, known as Flue-to-Fuel (F2F), not only facilitates efficient energy conversion but also ensures a sustainable pathway for long-term and large-scale seasonal energy storage.

Produktion von synthetischem Methan:

Embracing circularity, we close the loop on carbon emissions. By capturing CO2 emitted during the combustion of synthetic methane, we create a circular carbon economy. A portion of this captured CO₂ is recycled to perpetuate the synthesis of methane, while the remainder is responsibly stored underground in depleted oil fields. This dual approach not only minimizes environmental impact but also contributes to the mitigation of climate change on a global scale.

Energiespeicherlösungen:

Synthetic methane emerges as a versatile solution for energy storage, offering reliability and scalability to meet fluctuating energy demands. Whether it's balancing grid loads or providing backup power during peak seasons, our synthetic methane serves as a dependable cornerstone for sustainable energy transitions.

Circular Carbon Economy:

Embracing circularity, we close the loop on carbon emissions. By capturing CO₂ emitted during the combustion of synthetic methane, we create a circular carbon economy. A portion of this captured CO₂ is recycled to perpetuate the synthesis of methane, while the remainder is responsibly stored underground in depleted oil fields. This dual approach not only minimizes environmental impact but also contributes to the mitigation of climate change on a global scale.

Carbon Mitigation Strategies:

Through underground storage in depleted oil fields, we actively mitigate the effects of climate change by reducing CO₂ emissions and lowering our carbon footprint. By leveraging innovative solutions, we pave the way towards a more sustainable and resilient future for generations to come.