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Carbon negative energy producer

We accelerate the decarbonization of industries thanks to a solution of local production for zero-emission renewable energy and CO2 sequestration.

Efficiency
and simplicity

We offer an integrated and modular solution that allows to adapt on-site energy production while maximizing decarbonization.

Circular

We produce renewable energy by proceeding a thermolysis of plant biomass residues, that are locally supplied. 50% of CO2 contained in the biomass is sequestered as biochar, which will be amended in the soils in the surrounding territories.

Modular

Delivered in containers, our production system is easily set up on your industrial site and can be extended according to your own energy needs.

Integrated

We offer a turnkey solution, from the installation of production units, to the supply, site operation and carbon credit management.

Local distribution channel

Energy production is decentralized, directly set up on the consumption site. The supply of biomass residues is organized locally.
Interested in our decarbonization solution on your site?

Carbon-negative
energy production

Carbonloop helps you to meet your commitments in terms of carbon neutrality, thanks to a renewable production and a solution of local and sustainable carbon sequestration.

Super green hydrogen

Daily production up to 360 kilos/day per module, for industries and hydrogen refueling stations.

Heat and electricity

Several configurations for an optimized production according to your energy needs: 160 kWe + 300 kWth or 235 kWe + 235 kWth modules.

How does it work?

Biomass
Biomass
Plant biomass refers to all organic matter of plant origin that can be transformed into energy.
Biomass residues
Biomass residues
Carbonloop uses natural or industrial residues of plant biomass from the maintenance of forests, agriculture or wood industry (bark, wood collection, straws…).
Plant biomass residues thermolysis
Plant biomass residues thermolysis
Thermolysis is a non-combustion thermochemical reaction that converts biomass residues into syngas and biochar.
Hydrogen and/or heat & electricity
Hydrogen and/or heat & electricity
The synthesis gas is then either purified to produce hydrogen or recovered in the form of electricity and heat (cogeneration).
Company
Company
Customers consume hydrogen or electricity/heat directly produced on their site (e.g. transportation and industrial processes).
Biochar
Biochar
Biochar is a solid co-product of the Carbonloop solution. It is thus a powerful carbon sink.
Agronomic and horticultural promotion
Agronomic and horticultural promotion
Biochar improves the water retention capacity of soils as well as the potential of natural fertilizers.
CO2 credits
CO2 credits
Carbonloop creates and manages high-quality certified carbon credits.
Biomass Plant biomass refers to all organic matter of plant origin that can be transformed into energy.
Biomass residues Carbonloop uses natural or industrial residues of plant biomass from the maintenance of forests, agriculture or wood industry (bark, wood collection, straws…).
Plant biomass residues thermolysis Thermolysis is a non-combustion thermochemical reaction that converts biomass residues into syngas and biochar.
Hydrogen and/or heat & electricity The synthesis gas is then either purified to produce hydrogen or recovered in the form of electricity and heat (cogeneration).
Company Customers consume hydrogen or electricity/heat directly produced on their site (e.g. transportation and industrial processes).
Biochar Biochar is a solid co-product of the Carbonloop solution. It is thus a powerful carbon sink.
Agronomic and horticultural promotion Biochar improves the water retention capacity of soils as well as the potential of natural fertilizers.
CO2 credits Carbonloop creates and manages high-quality certified carbon credits.

Focus on
biomass thermolysis
technology

The Carbonloop production unit is modular, compact and automated. It can be easily set up on your industrial site.

In proximity

The energy is produced and consumed directly on site (no transport constraints).

Modular

Under the form of containers, the production units can be easily set up in series.

Why choose
Carbonloop?

Electricity & heat consumer

Our solution allows you to self-consume the electricity and heat produced, while decarbonizing your activities more quickly. This is possible thanks to biochar sequestering carbon.

Hydrogen consumer

Our super-green hydrogen production solution allows you to strongly decarbonize your industrial processes, as a total or partial replacement of your current system.

Hydrogen refueling station

Our solution is ideal for hydrogen refueling stations. It makes it possible to produce directly on site and continuously, thus overcoming the constraints of hydrogen transport.

What happens
to the carbon?

Biochar is a vegetable origin charcoal obtained by thermolysis of biomass.

It is mainly made up of carbon and can be useful in many uses (construction material, water filtration, soil amendment…). For agronomic use, it improves fertility, crop yields and reduces fertilizer inputs.

An ultra-efficient carbon sink

When used as a soil amendment, one ton of biochar can sustainably sequester around 2.6 tons of CO2. Compared to other carbon sinks, biochar has 3 advantages:

  • Immediacy of the sequestrationIt happens at the same time as the production of energy.
  • Duration of sequestrationThe carbon in biochar remains stable for hundreds of years.
  • Location of impactCarbon emissions are offset on site, directly related to your activities, and not on the other side of the planet.

Carbon footprint comparison:

Carbon footprint of the electricity and heat solution

Carbon footprint of the green hydrogen solution