High-Purity Synthetic Carbon for Industrial Applications
Methanica develops modular biological methanation systems that convert biogenic carbon dioxide and green hydrogen into renewable methane. Our technology enables industries to store renewable energy, reduce carbon emissions, and utilize existing gas infrastructure.
The Challenge of Renewable Energy
Renewable energy generation is increasing rapidly, yet storing surplus electricity and reducing carbon dioxide emissions remain significant challenges. Existing energy systems require efficient solutions that connect renewable power generation with long-term energy storage.
CO₂ Emissions
Industrial carbon dioxide emissions remain an underutilized resource.
Surplus Renewable Energy
Renewable electricity cannot always be consumed when generated.
Energy Storage
Efficient long-term storage solutions are essential for a stable energy supply.
Industrial Integration
Sustainable technologies must integrate seamlessly into existing infrastructure.
The solution: a biological process instead of high-temperature technology
Natural microorganisms (archaea) live on a purpose-built carrier material and combine waste CO₂ with hydrogen from surplus electricity into grid-injectable methane — thermophilic at 55 °C, pressureless, without high-temperature peripherals.
The product replaces fossil natural gas and can be used in the existing gas grid — storable for months.
Mild process at around 55 °C
instead of 300–550 °C — no expensive special components
Load-flexible between 10 and 110 %
follows volatile electricity prices in real time
Robust against impurities
in the input gas — suitable for real existing plants
Standardized container design
series-manufacturable, deployable decentrally
How Biological Methanation Works
Methanica converts biogenic carbon dioxide and green hydrogen into renewable methane using naturally occurring methanogenic microorganisms. The resulting methane can be directly integrated into the existing natural gas infrastructure.
How Biological Methanation Works
Methanica converts biogenic carbon dioxide and green hydrogen into renewable methane using naturally occurring methanogenic microorganisms. The resulting methane can be directly integrated into the existing natural gas infrastructure.
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Sewage Gas Plants
CO₂ from digester gas processing at municipal wastewater treatment plants — a concentrated residual stream that has gone unused until now.
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Biogas Plants
Rule of thumb: a 500 kW biogas plant delivers around 120–150 Nm³/h of raw-gas CO₂ — ready to feed directly into an MSU cascade.
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Industrial CO₂ Sources
Concentrated process off-gases from industry — scalable up to large-plant scale, in series-connected arrays.
Built for Efficient, Scalable & Future-Ready Renewable Methane Production
Methanica's modular biological methanation technology enables industries to convert biogenic CO₂ into renewable methane efficiently while leveraging existing infrastructure. Designed for scalability, flexibility, and long-term sustainability, it supports the transition to a circular carbon economy.
Lower Operating Temperature
Operates under mild conditions, reducing overall energy demand.
Modular & Scalable
Easily scales from pilot projects to large industrial installations.
Gas Grid Compatible
Integrates directly with existing natural gas infrastructure.
High CO₂ Conversion Efficiency
Efficiently converts CO₂ and green hydrogen into renewable methane
Sustainable Biological Process
Uses natural microorganisms for low-carbon methane production.
Renewable Energy Storage
Stores surplus renewable energy as renewable methane.
Advancing Towards Industrial Deployment
Methanica is progressing from technology validation to industrial demonstration through a modular pilot plant. Supported by granted patents, public funding and a secured project site, the pilot will validate biological methanation under real operating conditions.
Engineering Biological Methanation
Methanica develops biological methanation technology for the conversion of CO₂ and green hydrogen into renewable methane. Its modular reactor systems are designed for industrial integration, supporting renewable energy storage and carbon utilization across multiple sectors.
Biotechnology • Modular Systems • Industrial Integration • Renewable Methane
