Terraton turns garbage into carbon you can bury for centuries.

Somewhere in Ghana, a pile of cocoa husks is quietly saving the planet.

Walk past a cocoa processor in Ghana and you'll find the same thing you'd find at a nut cracker in Kenya: a mountain of shells and husks that everyone treats as trash. Left alone, it rots and burps its carbon back into the sky. Terraton looked at that mountain and saw a bank vault.

Heat that waste to high temperatures without oxygen - a process called pyrolysis - and it doesn't burn. It transforms into biochar: a black, porous, carbon-rich solid that locks its carbon away for hundreds of years and, as a bonus, makes soil healthier when you till it in. The carbon that would have escaped is now stuck in the ground. That's a carbon credit. And right now, the world's biggest companies cannot buy enough of them.

Most of the carbon-removal story is about demand. Terraton's whole bet is on the other side of the ledger: supply. The credits exist in theory. The problem is that building the facilities to make them is hard, expensive, and lonely work - and most people only ever build one.

The McDonald's of biochar.

McDonald's doesn't own most of its restaurants. It hands operators a proven system - the equipment, the playbook, the brand - and lets them run the shop. Terraton borrowed the idea and pointed it at carbon.

Instead of building every plant itself, Terraton gives a local agribusiness a full-stack package: financing so there's little upfront cost, the pyrolysis hardware, and a software platform that runs operations and handles the fiddly, high-stakes work of measuring, verifying, certifying, and selling the credits. The operator keeps their farmer relationships and keeps the plant running. Terraton turns the char into money.

Four steps, one loop: the thing that used to rot in a heap becomes a certified ton of carbon that stays out of the atmosphere.

Three things in the box.

Why bet the company on char?

Carbon removal is a crowded field - direct air capture, enhanced weathering, reforestation. Biochar's pitch is that it's durable, cheap, and ready today, using waste that already exists. Below: a rough read on where the pieces stand.

Figures reflect Terraton's stated early operations; facility splits are illustrative. Combined annual removal across the first two sites is projected at 20,000+ metric tons.

Product veterans, meet farm supply chains.

Terraton pairs Silicon Valley product instincts with deep experience in global agriculture - the two skill sets you'd want if your plan is to industrialize a process most people build exactly once.

The founders' backgrounds span successful startup exits and years inside global agricultural supply chains - the reason the company can talk pyrolysis and cocoa logistics in the same breath.

Five things that stick.

• The name nods to the teraton scale of carbon - the sheer tonnage the world needs to remove.
• Its raw materials are literal trash: husks and shells that would otherwise rot and release carbon.
• Biochar can hold carbon in soil for centuries, making it one of the most durable removal methods.
• A single facility can capture on the order of 10,000 tons of CO₂ a year.
• The franchise model means Terraton grows without having to own every furnace.

Back to the pile.

Return to that heap of cocoa husks in Ghana. A year ago it was a disposal problem - something to burn or let rot, its carbon drifting back into the air. Today the same pile feeds a furnace, comes out as biochar, gets tilled into soil, and shows up on a certificate that Microsoft or Google might buy to cancel out a slice of their emissions.

Terraton didn't invent biochar, and it won't remove a teraton of carbon this year. What it changed is who gets to play. A processor in Kenya no longer needs a chemistry PhD and a pile of cash to run a carbon-removal facility - just the box, the software, and the waste already sitting in the yard. The trash didn't move. The story around it did.