Vivent Energy converts agricultural and forestry biomass into bio-LNG, green hydrogen, biochar, and captured CO₂ — delivering carbon-negative energy solutions for industry, transport, and the global energy transition.
Vivent Energy's thermochemical conversion technology extracts maximum value from every tonne of biomass — producing clean fuels, permanent carbon removal, and captured CO₂ simultaneously from a single feedstock stream.
Biomass is converted through pyrolysis and gasification into bio-LNG and green hydrogen — drop-in replacements for fossil fuels with net-negative lifecycle carbon emissions.
The solid biochar co-product locks away up to 80% of feedstock carbon for centuries, generating verified carbon credits while improving agricultural soil across the Global South.
Process CO₂ is captured at source and either sequestered geologically or supplied as food-grade or industrial CO₂ to buyers — transforming an emission into a revenue stream.
Every Vivent Energy facility produces multiple revenue-generating products, maximising the value of each tonne of biomass and ensuring project viability across energy market cycles.
High-carbon, stable solid from pyrolysis. Permanent carbon removal with verified credits. Soil amendment for smallholder agriculture across the Global South.
Learn more →Raw syngas upgraded to pipeline-quality biomethane. Suitable for power generation, heat, and direct injection into gas grids as a fossil gas replacement.
Learn more →Liquefied biomethane for heavy transport, marine, and off-grid industrial applications. Carbon-negative drop-in replacement for fossil LNG.
Learn more →Hydrogen produced via biomass gasification with CO₂ capture — cost-competitive bio-based hydrogen for industry, refining, and fuel cell applications.
Learn more →Food-grade and industrial CO₂ captured from the conversion process. Supplied to beverage, greenhouse, and industrial gas markets as a verified low-carbon product.
Learn more →Modular, containerised conversion units deployable at biomass source — reducing feedstock transport costs and enabling distributed clean energy production at any scale.
Learn more →Our integrated thermochemical conversion process is designed to operate on low-cost agricultural and forestry residues — the same feedstock streams that are currently burned or left to decompose.
Full Technology Overview →Agricultural residues, forestry waste, and energy crops are collected, dried, and sized for optimal conversion efficiency.
Pyrolysis and gasification convert dried biomass into syngas and biochar simultaneously in an oxygen-controlled reactor.
Syngas is cleaned, upgraded to biomethane, and liquefied into bio-LNG or reformed into hydrogen depending on market offtake.
Process CO₂ is captured at point of production. Biochar, bio-LNG, hydrogen, and CO₂ are dispatched to buyers with full carbon accounting.
Vivent Energy works in partnership with Vivent Carbon to register all biochar carbon removal credits on the Teravanet Carbon Removal Registry — the dedicated registry for the Global South. Every tonne of biochar produced generates verified, tradeable carbon credits for our project partners and host communities.
Visit Vivent Carbon →We work with agricultural cooperatives, municipalities, forestry operators, and industrial partners to site, finance, and operate Vivent Energy facilities. Talk to our team about what's possible.