At MASH Makes, our current platform turns cashew press cake—a niche agricultural residue—into biofuel and biochar. With this, we’re already running full-scale production and could scale to 50–100 similar sites.

But we’re not stopping there.

We’re now stepping into thermal gasification, a major leap in our technology roadmap. Unlike pyrolysis, which requires consistent input types, thermal gasification accepts a wide range of biomass—from sugarcane waste to sewage sludge—and always delivers the same high-value output: a clean syngas blend of hydrogen, CO₂, CO and nitrogen. This opens the door to producing advanced energy commodities at scale, while still generating high-grade biochar for carbon removal and soil health.

With this shift, we’re building toward tens of thousands of decentralised energy sites—designed to run on the world’s most abundant, underused residues. The result is a uniquely cost-effective and reliable way to pursue synthesis pathways like methanol, diesel, and hydrogen without locking into a single fuel strategy.