Turning flare gas into valuable products
Reducing emissions while creating value from wasted gas. KHIMOD enables the conversion of flare gas into useful molecules through compact and modular process solutions.
What is flare gas ?
Flare gas is a by-product of oil and gas operations, typically burned on-site due to lack of infrastructure or economic viability.
Each year, large volumes of gas are flared worldwide, generating significant CO₂ and methane emissions while wasting a valuable energy resource.
The challenge
A persistent industrial and environmental issue
Despite global initiatives to reduce flaring, viable solutions remain limited — especially at small and medium scale.
Traditional solutions too large-scale
Not economically viable on-site
Difficult to deploy in remote environments
Use cases
From waste to value
Flare gas can be converted into :
Synthetic crude (Fischer-Tropsch)
Methanol
This enables operators to reduce emissions while monetizing previously wasted gas.
How it works
Flexible and modular conversion
Flare gas can be transformed into syncrude or methanol and further processed into fuels or chemical intermediates.
KHIMOD’s modular reactor technology enables efficient and stable conversion, even with variable gas compositions and in constrained environments.
Performance & positioning
A practical response to flare gas challenges
KHIMOD provides a practical response to flare gas challenges:
Compact and modular units suitable for remote sites
Scalable solutions adapted to small and medium capacities
Flexibility to handle variable gas flows
By enabling on-site conversion, KHIMOD addresses a segment where conventional solutions are not economically viable.
Proof
KHIMOD develops technologies for gas valorization designed to operate in demanding industrial environments, including oil and gas applications.
These solutions aim at supporting the deployment of scalable alternatives to gas flaring.
Ready to move forward
Reduce flaring. Create value.
KHIMOD supports flare gas valorization projects from concept to deployment.