Co-funded by the
European Union
ENOBIO (biomethanation reactor)
Biomethanation uses microorganisms to efficiently convert H2, CO and CO2 into methane that is able to be injected into the gas grid.
Commercialised
CO2/biogas/syngas conversion solutions to produce renewable and low carbon gas
Simple reactor architecture. – Biocatalyst self-regeneration. – Biocatalst resilience to pollutants and on-off cycle. – Output gas matching gas grid specifications (CH4 > 97%).
The need
Renewable gases need to be upgraded in order to be injected into the gas grid. Biomethanation makes it possible to increase methane content by converting CO2, CO and H2 into methane and by achieving grid specifications.
The solution
Enosis’ product is a methanation unit comprising of a reactor, which is inoculated with methanogenic microorganisms, and its control command. Enosis also provides maintenance services linked to its methanation reactor, and sells specifically developed methanogenic consortiums.
The value proposition
- Increased turnover for biogas and syngas plants, with no additional feedstock.
- Recycles CO2 and avoid CO2 emissions.
- Stores renewable electricity surplus.
- Low capital expenditure (CAPEX).
- Low operating expenditure (OPEX).
TBB.2018 Pitchings sessions: ENOSIS
