🧪 Renewable Energy Biomass Energy Simulation
Interactive downdraft biomass gasifier: pick a feedstock, tune the equivalence ratio and moisture content, and watch syngas composition (H2/CO/CH4/CO2), heating value and cold-gas efficiency respond in real time.
Generating usable fuel from organic matter isn't limited to burning it outright — a downdraft gasifier converts wood chips, rice husk or straw into a combustible synthesis gas (syngas) by controlling how much air reaches the fuel bed. This simulator models the four real reaction zones of a fixed-bed downdraft gasifier — drying, pyrolysis, oxidation and reduction — and drives syngas composition, heating value and cold-gas efficiency from the equivalence ratio and moisture content you set, exactly as they would respond in a physical unit. Watch biomass particles descend through the reactor, glow through the oxidation zone, and exit as ash while the resulting H₂/CO/CH₄ mixture rises to feed the outlet flare.
This simulation demonstrates the process of generating energy from biomass resources. It illustrates the conversion of organic matter into usable fuel through combustion or other thermal processes, showcasing renewable energy principles.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install