News: MASH Makes powers first vessel trial with biofuel from a carbon-negative process  READ MORE

Think fast. Think big.

Think Gigaton.

Our scalable pyrolysis and gasification platform has the potential to remove a gigaton of carbon from the atmosphere by 2040.

From agricultural residues to valuable commodities

We product biochar and advanced biofuel through our scalable technology for carbon dioxide removal. We also deliver carbon removal credits.Our innovative process transforms biomass residues into three sustainable products that fight climate change, improve soil health, and support renewable energy. Designed for efficiency, our technology can be deployed close to biomass sources, cutting transport emissions and maximising impact worldwide.
The first MASH Makes production facility in Karnataka, India, produces advanced biofuel and biochar from agricultural residues, generating carbon removal credits. With more plants planned, we're making measurable strides in climate action and addressing key global challenges like food scarcity, extreme heat, and drought.

We have the potential to remove 1 gigaton of carbon from the atmosphere by 2040.

Partnering for impact

7 principles for gigaton-level carbon removal

To prevent the worst effects of climate change, we need solutions that can remove gigatons of CO2 from the atmosphere.

Discover the seven key principles that make these solutions scalable, replicable, and effective on a global scale.

Latest News

Biochar trial shows gains in Season 7

MASH Makes is running a multi-season field trial on biochar. Now in its seventh season, results continue to show a positive impact on crop yields.
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Shipping fuel transition gets real

Global maritime decarbonisation slows at policy level but shifts to regional rules and commercial action, with biofuels emerging as a key near-term solut
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Biochar Research Update: January 2026

Long-term field trials show biochar consistently boosts crop yields, strengthens soil health, and helps farms stay resilient under real-world climate str
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