Your role in the climate response

INDUSTRIAL GRADE

Modular biochar with real-time controls, zero downtime, AI verification and transparent lab-verified data. Industrial reliability at distributed scale.

METHANE & WATER

Local processing of forestry brash that would otherwise emit methane. Calcium-enhanced biochar reduces ammonia in bedding and prevents phosphate runoff, protecting waterways from eutrophication.

MODULAR GROWTH

Short supply chains for dispersed Welsh forestry. Efficient biomass drying, Earthshot-nominated, with proven water systems and farm agreements. Rapid, low-cost expansion.

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Biochar. Simple.

Biochar locks carbon by heating biomass with little or no oxygen. BionerG makes it industrial-grade at modular scale: real-time sensor controls, zero downtime, AI validation, and transparent lab-verified data. We process dispersed Welsh forestry brash that would otherwise emit methane, and integrate calcium shell to cut ammonia in bedding and stop phosphate runoff that drives eutrophication. Short supply chains, efficient biomass drying, Earthshot-nominated, and already working with farms and water systems. The science is established. The practical, verified, low-cost way to deliver it is what we do.

Knowledge is context, context is opportunity.

DEMYSTIFY METHANE & WATER PROTECTION TO FIND YOUR ROLE

Most climate coverage stays high-level and short on practical, verified action. Without clear industrial-grade options that fit land, budget and local feedstock, it is hard to see where real impact starts.

That is the gap we close. We deliver modular biochar with real-time controls, zero downtime and transparent data – processing Welsh forestry brash that would otherwise emit methane, and using calcium-enhanced biochar to cut ammonia in bedding and prevent phosphate runoff into waterways. The science, the monitoring and the low-cost applications are already in place. The resources below show exactly how it works.

This works. Now let’s make it last.

 

Biochar can support forests, make farmland more fertile, and filter water. The used filter material is not waste: it goes back to the soil and helps crops grow. The carbon stays put. The work can be repeated. That is what makes it last: a role you can keep doing, on land that keeps producing, with a result you can measure.

The latest news

 

The latest articles from the people out there trying things out.

Climate Stabalisation

In April 2026 Exomad Green and Supercritical agreed a biochar removal contract of up to 500,000 tonnes through 2028, verified under Puro.earth. It is one of the clearest signs that durable carbon removal is moving from pilot to contracted supply.

Renewable Energy

On 8 October 2026 CHAR Tech started commercial biocarbon production at its Thorold plant in Ontario. Phase 1 is built for 5,500 tonnes a year, with the gas fraction set to become renewable natural gas and the solid carbon going to steelmakers in place of fossil carbon.

Sustainable Farming

A 2025 analysis in PNAS of 29 long-term field trials found that yearly biochar use raised crop yields by about 11%, cut nitrous oxide by about 21%, and lifted soil organic carbon by about 52%. A single application fades. Repeated use holds.

Wildlife Preservation

In Udalguri, Assam, Aaranyak is clearing invasive plants from elephant habitat in Khalingduar Reserve Forest and turning that biomass into biochar, with support from the International Elephant Foundation. The aim is native forage back on the ground, and a use for the weeds that were choking it.

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