The X-150 produces syngas that undergoes methanation to convert CO and H₂ into methane (CH₄), then upgrading to pipeline-quality natural gas.
Gasification produces clean syngas (CO + H₂) from waste feedstock with minimal tar and contaminants.
CO + 3H₂ → CH₄ + H₂O reaction converts syngas to methane over nickel catalysts at 300-400°C.
CO₂ removal via membrane separation or PSA, plus H₂S and moisture removal to meet pipeline specs.
RNG is compressed, odorized, and injected into natural gas pipelines or used on-site.
RNG configuration enables renewable gas supply for heating, power, and transportation
Gas utilities inject waste-derived RNG into existing pipelines, supplying renewable gas to homes and businesses without infrastructure changes, decarbonizing heating sector.
Problem Solved: Fossil natural gas dependence, heating emissions
Benefit: Drop-in replacement, renewable gas certificates
Manufacturing facilities, food processors, and chemical plants use waste-derived RNG for boilers, furnaces, and process heating, replacing fossil natural gas with renewable supply.
Problem Solved: Volatile natural gas prices, carbon emissions
Benefit: Price stability, waste valorization, carbon neutrality
Fleet operators compress RNG to CNG or liquefy to LNG for heavy-duty trucks, buses, and marine vessels, providing carbon-negative transportation fuel from waste.
Problem Solved: Diesel emissions, fuel costs, carbon intensity
Benefit: Low Carbon Fuel Standard credits, fleet decarbonization
Production cost per Nm³ of RNG
Annual RNG revenue (10,000 Nm³ at €0.70/Nm³)
CO₂ avoided annually vs. fossil natural gas
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