Conversion of Different Feedstocks

Our advanced Resident Time Technology (RTT) is not limited to a single waste stream. Its versatility allows for the conversion of a wide range of feedstocks into clean energy, fuels, and reusable byproducts. Each material has its own optimized thermal pathway, ensuring high-efficiency, low-emission output.

Biosolids (Sewage Sludge) ➜ Electricity & Biochar

  • Ideal for municipalities and wastewater treatment facilities
  • Thermal breakdown of organic matter produces syngas, used for power generation
  • Produces biochar, a carbon-rich material used for:
    • Soil enhancement
    • Carbon sequestration
    • Odour and contaminant absorption
  • Captures clean water vapour in the process

Wood Waste & Agricultural Residues (incl. Chicken Manure) ➜ Electricity & Biocharr

  • Forestry byproducts and sawmill waste
  • Chicken manure rich in nitrogen and organics
  • Converted into thermal energy or electricity through syngas combustion
  • Yields high-quality biochar rich in nutrients and carbon
  • Suitable for on-site energy production at farms or wood processing plants

Medical Waste ➜ Clean Electricity

  • Includes contaminated plastics, PPE, syringes, bandages
  • Thermal decomposition in a closed system, avoiding incineration
  • Pathogen-free output with no emissions or residue leakage
  • Syngas used for on-demand electricity generation

Coal (Clean Conversion) ➜ Electricity & Synthetic Fuel

  • Converts low-grade coal or tailings using controlled RTT process
  • Produces synthetic fuels (liquid hydrocarbons) or electricity
  • More sustainable than direct combustion or coal-fired boilers

Natural Gas ➜ Fuel & Methanol

  • Utilizes methane-rich feedstock or pipeline gas
  • Through controlled syngas upgrading, produces:
    • Methanol
    • Synthetic diesel
    • Hydrogen (optional pathway)
  • Excellent for chemical industry, off-grid fuel production, or blending with biofuels

Why This Matters

Our multi-retort RTT system adapts to the composition and moisture level of each feedstock, optimizing:

  • Conversion efficiency
  • Emissions control
  • Byproduct reuse
  • Energy flexibility (electricity, fuel, heat, chemicals)