Sylvose

The land already grows what we need.

Forests, shrublands and grasslands convert sunlight into cellulose. Billions of tonnes, every year, on every continent. Cellulose is glucose linked end to end. Nothing more.

The same glucose that makes up two thirds of the human diet.

The problem & the opportunity

Harvest what grows.

Every year, on the best land on Earth — barely 15% of its surface — we plough the ground — fighting what ecosystems do naturally. We force bare soil where nature wants permanent cover. Wind erodes the topsoil. Fresh water depletes.

Cellulose grows wherever plants grow — 70% of Earth's land. A light harvest outscales all cropland.

The process

Convert what you harvest.

Enzymatic hydrolysis of cellulose. No harsh chemicals, but the fungal way — in a reactor, at controlled temperature and pH, with food-compatible biological inputs.

Step 01
Mechanical preparation

Grind or shred the biomass to increase contact surface area. Standard forestry and agricultural equipment.

Step 02
Pretreatment

Steam explosion opens the lignin matrix and exposes cellulose fibres. Ball-mill to finely crush the fibres.

Step 03
Enzymatic hydrolysis

Cellulases from Trichoderma reesei break the β-1,4 glycosidic bonds. Cellulose becomes glucose. Conversion yield of 80 to 90%.

Step 04
Filtration and concentration

Separation of the glucose solution from residual solids. The lignin residue burns to power the process — toward energy self-sufficiency.

Why this doesn't exist yet

The chemistry works. The economics were never the target.

The cellulosic ethanol industry spent billions trying to undercut cheap grain and fossil fuels — and lost on price. The chemistry was never the problem. The benchmark it was measured against was the problem.

Nobody built this for food production. Nobody optimized for decentralized, small-scale, food-grade glucose from local biomass — as a building block for food security. Those who understand the biochemistry are in universities. Those who understand food resilience are on the ground.

The enzyme knows how. All that's missing is the reactor.