From waste to efficient clean energy

Processing Capacity 20 TPD to 4000TPD

Energy Balance

  • Energy in Municipal Solid Waste (MSW) --100%
  • Energy carried away in compost-11% (Output product of High Value)
  • Energy in By Product Plastic 12%- (Output product of high value)
  • Energy recovered in Fuel RDF- 77% Power plant operates in co-gen Mode, Energy recovered in Power Plant
  • Electrical Energy- 23%
  • Thermal Energy- 13% for Drying
  • Total Energy Recovery- 36%

Salient Features

  • Clean, green energy is produced.
  • There are no toxic discharges in either liquid , gaseous or solid form
  • As MSW consists of current biomass, there is no net addition of Co2 into the atmosphere thus contributing to climate change mitigation
  • WtE plants based on this technology qualify for CDM benefits
  • Does not contribute to global warming
  • As the material now land filled has been sterilized, it does not decompose thus avoiding generation of methane, a potent greenhouse gas
  • Technology is low cost and low breakeven point
  • Plant is of modular design, enabling capacity addition with ease as the city grows
  • T echnology provided in typical modules to meet requirement of cities with varying population profiles Bulk handling of MSW in an environment friendly manner

Process