The same fire that cuts the wood secures the chain.
This is a working sawmill with mining on-site. The miners run on power drawn from the mill's own scrap; their heat dries the next board. Below: what we compute, and how we intend to power it — honestly, phase by phase.
Built to mine on real, local watts.
An industrial ASIC fleet, pool-mining for steady payouts while the operation is small — moving toward solo and our own node as it scales. The aim isn't scale for its own sake; it's proof that the loop turns: scrap to power, power to sats, heat back into the wood.
The plan is straightforward and we say it plainly: when the fleet comes online in Guyana we’ll pool-mine for steady, predictable payouts while the operation is small — it funds the buildout. As we scale the fleet and the power behind it, we move toward solo and our own node.
Proven SHA-256 ASICs — the workhorse of the network. Efficient, dense, and serviceable. We’ll run what works, not what’s novel, sizing the fleet to the power as each phase comes online.
An ASIC at load throws serious heat — and here that heat is the second product. It’s captured and ducted into the kiln to dry the next board. The waste heat is not waste; it’s how the wood leaves milled and dry.
We validate against our own full Bitcoin node — checking the chain’s state rather than trusting a third party for it. Sovereignty over the money is the same discipline as sovereignty over the land; the setup grows into it as we scale.
We start on diesel. We say so plainly — then we retire it.
A six-phase curve off fossil dependence. Early mining revenue funds the buildout of the cheaper, cleaner phases that follow. Every phase below is a target we are building toward, not a milestone we've already passed.
The existing genset that the mill was built around. Honest about it: we start on diesel, because that is what is on the ground today. Every later phase exists to retire this one.
Transition the genset onto a biodiesel blend — same iron, cleaner burn, sourced regionally. The first step off fossil dependence without waiting for new hardware.
Solar array and battery storage sized to the load. Guyana’s sun is the cheapest fuel we’ll ever buy. GEA engagement is underway and the permitting path for solar is clear.
The TimberForge Reactor: mill offcuts and slab waste gasified for power. The scrap of the cut becomes the current of the site. This is the phase that closes the loop on the wood itself.
Micro-hydro on the Canje watershed — water year-round, complementing the solar by day. A renewable that runs while the sun is down.
The genset becomes the backup, not the base. Power drawn from sun, water, and the mill’s own waste — sovereign, on family land, board by board.
Phasing targets · pre-deployment · GEA engagement underway for solar & hydro