Pyrolysis Platform – Waste to Energy System

The pyrolysis platform is a flexible, clean, and high performance waste-to-energy system capable of converting a multitude of solid and liquid wastes into useable heat and electricity.

The system can handle both solid combustibles, and liquid waste streams, providing the opportunity to eliminate a wide variety of waste through a single process. The use of pyrolysis reduces the volume of waste sent to landfills by 85-90%, while solely producing ashes as a residual material, which amounts to barely 10-15% of the initial mass of the waste.

The platform has a minimum lifespan of 20 years, built to operate 24 hours a day, and contains all the required equipment to treat the combustion gases (dust, NOx, etc.) , and respect all environmental regulations.

• Recycling Ferrous Metals
• Removing aggregate, glass, dangerous substances, oversize items
• Shredding waste to 2 inch minus granular size

Compaction & Pyrolysis

• Waste heated to 800-900°C
• Formation of a gas and vapor mixture: Water, carbon monoxide and dioxide, hydrogen, methane, ethane
• Ashes are the sole output
• Products can be recovered from the ash (post pyrolysis) for reuse, recycling or
  resale. For example metals which have been encased in plastic, or compounds
  that can be reclassified as a product.

Heat Recovery

• Output can be used for heat, steam generation, etc.
• In the form of hot water, steam or thermal oil heating
• For combined heat and power, multiple options are available: Heat & ORC Engines, Packaged Steam Turbines
• Typically 750-950kW thermal

Specifications

• Built to function 24/7 at a 90% operating rate (7884 hours/year)
• Minimum lifespan of 20 years
• Conform to IED (Industrial Emissions Directive)
• No material fusion during process
• Output produced is solely carbon char and ashes (only 10-15% of initial mass)

Accepted Inputs – Solid Combustibles

Municipal Waste, Construction and Demolition Waste (CDR), Non-Recyclable Plastics, Organic Muds, Animal Carcass Shreds, Biomedical Waste, Bio-Solid Sludge, Tire Shreds, Hazmat

Accepted Inputs – Liquid Waste Streams

Oil Sludge, Oil & Latex Paints, Organic Solvents, Anti-Freeze, Transformer Fluid, Organic Refrigerants and Propellants, Persistent Organic Pollutants (POPs) – Pesticides & Herbicides.