Chapter 00 — Feedstock · Renewable biomass
ModeledBamboo & Biomass. A carbon-negative feedstock that regrows in years, not epochs.
Fast-growing bamboo and woody agri-forestry residue are among the cleanest carbon sources on earth — high in volatile matter, low in ash, and renewable on a 3–5 year cycle. Plasma deconstruction converts that carbon into fuel-cell-ready hydrogen while the plantation behind it keeps drawing CO₂ back down.
~80%
Volatile matter (dry)
<2.5%
Ash content
3–5 yr
Maturity cycle
Net −ve
Lifecycle carbon
Published material properties of dry bamboo/biomass — directional. Plasma-trial validation for this stream is in progress; treat performance figures as modeled, not measured.
Feedstock Profile
- State
- Chipped / baled dry biomass
- Moisture
- 10–15% air-dried
- Ash
- Low · ~1.5–2.5%
- Supply
- Plantations, forestry & agri residue
Why Plasma Gasification Fits
- High volatile matter converts efficiently to hydrogen-rich syngas.
- Low ash means less slag handling and higher plant availability.
- Renewable and carbon-negative — the feedstock itself sequesters CO₂ as it grows.
- Distributed, modular plants sit next to the plantation — no long-haul logistics.
- Ideal for off-grid and rural energy access where grid hydrogen is unreachable.