// India & Australia · Integrated Climate Ecosystem
Vivent integrates BioLNG production, Enhanced Rock Weathering, geological carbon sequestration, and mine restoration into a single, science-validated climate ecosystem - targeting 10 million carbon credits by 2035.
Our Solutions
Unlike single-solution approaches, Vivent's integrated model creates compounding climate impact - each pillar reinforcing the others across India and Australia.
Agricultural food biomass waste is converted into biomethane and bio-liquefied natural gas - a carbon-neutral liquid fuel displacing fossil LNG in transport and industry.
Carbon Neutral FuelCrushed basalt applied to millions of hectares of smallholder farmland across the Western Ghats, accelerating CO₂ drawdown while enriching soils and boosting crop yields.
Durable CDRCaptured CO₂ from BioLNG processing is compressed and injected into deep brine formations for permanent geological storage - never vented to the atmosphere.
Permanent StorageWeathered basalt silicates flowing downstream enable river and ocean alkalinity enhancement - increasing the ocean's natural capacity to absorb atmospheric CO₂ at scale.
Blue CarbonDegraded quarries and mines in Australia are restored as active carbon sinks through in-situ mineralisation - reversing environmental harm and generating certified credits.
Carbon Sink RestorationAll Vivent methodologies generate independently verifiable, science-backed carbon credits - targeting 10 million credits by 2035 across voluntary and compliance markets globally.
10M Credits TargetServices · BioLNG & Carbon Sequestration
Vivent converts aboveground food biomass waste into BioLNG. The process is fully closed-loop: the CO₂ captured is permanently stored underground, never released to the atmosphere.
BioLNG directly substitutes fossil LNG in heavy transport, shipping, and industrial applications - delivering energy with no net atmospheric CO₂ addition.
Unlike conventional biogas plants, the CO₂ co-product is captured at source, compressed, and injected into deep brine formations for geological storage measured in millennia.
Our roadmap targets 1 Petajoule (1,000 TJ / 1,000,000 GJ) of BioLNG across integrated facilities in India and Australia — displacing equivalent fossil fuel consumption.
Projects · Enhanced Rock Weathering
India and Australia sit atop vast flood basalt provinces - volcanic rock formed 66 million years ago, uniquely positioned to capture and permanently mineralise atmospheric CO₂.
India's Deccan Traps cover 500,000 km² of flood basalt - one of the world's largest volcanic provinces. Australia extends this geological opportunity across even larger formations, providing near-limitless ERW feedstock.
The Western Ghats receive 3,000–7,000 mm of annual rainfall - ideal kinetic conditions for silicate dissolution, making tropical ERW 3–5× more effective than temperate deployments.
Dissolved bicarbonates from weathered rock flow through rivers into coastal waters, raising ocean alkalinity and enhancing the ocean's natural carbon pump over decades.
Projects · Mine & Quarry Restoration
Vivent targets the most damaged landscapes - quarries and mines scarred by decades of extraction - transforming them through in-situ mineralisation into certified, permanent carbon sinks.
Exposed rock surfaces and tailings within restored mines actively mineralise atmospheric CO₂. Weathering chemistry is accelerated by engineering site hydrology and rock surface exposure - delivering permanent sequestration at scale.
Mine restoration re-establishes native vegetation and ecosystem function - creating biodiversity corridors and habitat while simultaneously building above-ground biomass carbon stocks that complement geological sequestration.
All restoration activities are measured, reported, and verified under rigorous carbon accounting standards. Each tonne of CO₂ sequestered generates independently certified credits issued under recognised voluntary or compliance market methodologies.
Impact · 2026-2035 Roadmap
Vivent's integrated approach enables compounding carbon and energy impact across a decade-long deployment horizon in India and Australia.
Our BioLNG energy target expressed at every scale - equivalent to powering approximately 25,000 homes for a full year, from waste biomass alone.
10 Million Carbon Credits by 2035
Vivent generates credits across multiple science-validated methodologies - diversifying portfolio across verification approaches and market segments.
Resources · Science & Methodology
Vivent's methodologies are grounded in peer-reviewed science and validated by independent experts. We do not operate on estimates - every carbon tonne is measured, verified, and fully traceable.
Soil sampling grids, river cation flux monitoring, and isotopic tracing confirm CO₂ drawdown rates. Cross-validated with leading university research groups specialising in tropical ERW.
Full life-cycle assessment from biomass feedstock to end-use combustion, including direct CO₂ capture and injection rates. Verified against fossil LNG baseline under recognised international fuel standards.
Injection well pressure monitoring, seismic surveys, and hydrogeochemical sampling confirm CO₂ containment integrity. Plume migration modelled and monitored over multi-decade timeframes.
Coastal alkalinity and dissolved inorganic carbon sensors track downstream ocean chemistry changes from riverine bicarbonate input, quantifying blue-carbon sequestration co-benefits.
Company · Why India & Australia
No other region on Earth combines the right rock, the right rainfall, and the right agricultural land at the scale found across India's Western Ghats and Australia's volcanic provinces.
This geological advantage - 500,000 km² of flood basalt formed 66 million years ago - provides near-limitless feedstock for ERW deployment. Combined with monsoonal rainfall intensities that drive the fastest weathering kinetics measured anywhere globally, Vivent's operations here lead the world in tropical carbon dioxide removal.
Vivent is building an integrated climate ecosystem - a company structured to align carbon market economics with real-world geological and agricultural assets across two of the world's most strategically important climate corridors.
India and Australia combined - one of the world's largest volcanic rock exposures, ideal for enhanced weathering feedstock at scale.
Formed during the Cretaceous-Paleogene boundary - chemically primed for weathering reactions over geological time.
Among the highest rainfall intensities on the planet - making tropical ERW 3-5× more effective than temperate-zone deployments.
Co-deployment with existing farming maximises coverage while delivering soil fertility benefits - creating aligned incentives for farmer adoption.
Partner with Us
We partner with landholders, farmers, mining operators, carbon credit buyers, and investors to build a climate solution that works at the scale the planet needs.