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Notoxic Waste Treatment to gas

Energy Recovery from Municipal Solid Waste Treatment to Gas

Construction of a technological unit for waste treatment and the production of synthesis gas from waste in three stages:

 

  1. Production: Targeted sorting of household waste, as raw materials and fuels
    are obtained during the processing of components.
  2. Processing: Thermochemical decomposition gas process: cooling and purifying.
  3. Separation: Purification and distribution of separated hydrogen storage and distribution, and gas for energy production.

Products from the solid residue after separation

  1. MATERIAL
    Sterilized raw material for thermochemical production of synthetic gas – MTD pellets. Pellets are a product produced for our thermochemical decomposition plant to produce synthesis gas and carbon residues.
  2. FUEL
    Sterilized fuel for power plants (impact on permissible emissions) – pellets TDP 1. Fuel for power plants with a selectable biological content of 10 to 50% m and a calorific value of 16 to 25 MJ.
  3. FUEL
    Sterilized fuel for cement plants and TD P 2. Fuel for cement plants with an optional biological content of 10-50% and a calorific value of 16 to 20 MJ with the addition of carbon from the thermochemical process.
  4. BIOMATERIAL
    Biological material for gas and biocarbon production – MTD BIO pellets. Biology is processed into BIO pellets for the TCD process with the production of synthesis gas and carbon component containing potassium and phosphorus to produce fertilizers and soil regenerators.
  5. BIO FERTILIZER
    Sterilized granular fertilizer for reclamation and regeneration – granules type H. Production of granules from bio compost and biocarbon components for individual application to the soil.

Thermochemical gas production process

MTD pellets are used in the production process in synthetic mixed gas:
  • Process gas cooling and cleaning
  • Storage of produced purified process gas
  • Separation and purification of energy and industrial gases
  • Hydrogen storage and distribution
  • Gas distribution for energy

    • Hydrogen energy storage – our new type of equipment

    Energy storage systems already play an important role in balancing electricity supply and demand.
  • Currently, approximately 100 GW is available in pumped storage plants around the world. Global demand is set to increase to about 330 GW by 2030.
  • Hydrogen can be converted back into electricity when peak energy is needed, compensating for the increased electricity consumption by grid consumers, or fluctuations in the supply of electricity from renewable sources (wind and solar).