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Turning Organic Waste into Energy and Carbon Capture

Process Stages :

  1. Input & Drying – Pre-treatment and drying using residual heat

  2. Pure Pyrolysis – High-temp decomposition in oxygen-free chamber

  3. Char Recovery – Carbon char captured and stored or re-used

  4. Gas Conditioning – Renewable gas cleaned for energy or fuel use

  5. Energy Use – Generates electricity, heat, hydrogen, or liquid fuels

EPi can process a wide range of organic and mixed waste

  • Mixed household & commercial waste

  • Wood waste, construction & demolition

  • Agricultural & forestry residues

  • Biomass & energy crops (sustainable only)

  • Mixed plastics & rubber

  • Clinical waste*

  • Sewage sludge*, meat & bone meal*

  • Secure waste & landfill remediation

*Subject to specific protocols

EPi’s Solution: One Process, Three Breakthroughs

Carbon Capture

  • Produces stable carbon char — capturing up to 760 kg CO₂ per tonne of waste

  • Up to 35,000 tonnes CO₂ captured annually per standard plant

  • Char used as biochar, soil enhancer, or long-term sequestration

EPi’s pure pyrolysis process solves three major environmental challenges:

Low Carbon / Renewable Energy

  • Produces clean, renewable gas for electricity, liquid fuels, and hydrogen

  • Baseload-capable: 24/7 operation, up to 9 MW/hr power + 12 MW/hr thermal

  • Powers 23,000+ homes or off-grid small-scale units (800+ homes)

Sustainable Waste Disposal

  • Handles diverse organic waste: plastics, wood, agri-residues, clinical waste, more

  • Avoids landfills and incineration — no chimneys, odour, or noise

  • Supports local, distributed waste treatment using The Proximity Principle