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Gasification Process

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The document describes a gasification process that involves multiple steps. Waste is fed into a combustion chamber heated to 1000°C to produce fuel gas. The gas then passes through a melting pot heated to 1400°C to remove heavy metals. Emissions are treated through a wet scrubber, SCR system, and bag and HEPA filters before being discharged. Operational temperatures at different levels of the process are listed, along with diagrams of equipment like the waste heat boiler and melting pot structure.

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Gasification Process
Equipment Process Cameron, Louisiana
Unit Basics
Process Flow Chart
Vitrification process for ASH or Sludge Alkali or DI Water fuel Reheat combustion Shower filter Natural, DI Filter Emission 900℃ 50℃ 800℃ Feeder combustion fuel Wastewater Discharge Treatment Multi waste 1000℃ 1700℃ Heavy metal 1400℃ Melting pot Recovery Sludge Ash Vitrification
Layout
Air Pollution Prevention
Wet Scrubber ZIP of perfect pour of poisonous gas (river and mountain, river alkali command) and cinder catcher ability Channel Effect control System Over-Flow control System by absorption woe real form Lime gemstone wastewater neutralization processing System
SDR Class agenda reaction installment is composition to dosing device, reaction equipment and activated carbon supply equipment greatly After combustion gas that is flowed in revolution kind class agenda reaction tower is shared by equality magnification rotating by guide vane(Guide Vane) looking downward inflow do and agent and reaction which combustion gas(HC ℓ, SOχ, HF etc.) is driven by nozzle as warm current is formed here are enlargement efficiently Because activated carbon is spouted to Hudan dioxin(DIOXINS) among combustion gas exclusion
Bag Filtration System
Hepa Filtration
Operational Temperatures 40.30 90°C 23.20 4.29 25°C 19.98 900°C 11.95 2ton/day 23.90 1400°C 44.72 84.18 84.16
Operational Temperature Information Upper Level H2O fuel Maintain high temp with low cost.  Inside layer of pot with H2O-Side Burner (FIRE TEMP1700℃+) Mid Level  (1500C-1700℃)  Melting pot Entrance to Center of pot (1300-1400℃) Lower Level ( Temp.: 928C-1500℃)
Melting Pot Structure and Features
Major Equipment Elements H202 Gas Generator FLOW CHART
Waste Heat Boiler
Waste Heat Boiler Diagram
Sludge (Water 80%) Sludge Recycling Sludge Feeder Medium Oil Tank <Steam> Surplus Steam Mixing and Heating Tank Air Control Facility Boiler Vacuum Pump Gas Decompressed <Gas> <Vapor> Evaporator Condenser <Water> Feeding Tank Oil Separator <Oil> Solid Separator Recycled Oil Water Treatment <Gas> Facility Fuel <Dried Sludge> Steam (Water 1%, Oil 1%) Discharge (4,000kcal/kg)

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Gasification Process

  • 2. Equipment Process Cameron, Louisiana
  • 5. Vitrification process for ASH or Sludge Alkali or DI Water fuel Reheat combustion Shower filter Natural, DI Filter Emission 900℃ 50℃ 800℃ Feeder combustion fuel Wastewater Discharge Treatment Multi waste 1000℃ 1700℃ Heavy metal 1400℃ Melting pot Recovery Sludge Ash Vitrification
  • 8. Wet Scrubber ZIP of perfect pour of poisonous gas (river and mountain, river alkali command) and cinder catcher ability Channel Effect control System Over-Flow control System by absorption woe real form Lime gemstone wastewater neutralization processing System
  • 9. SDR Class agenda reaction installment is composition to dosing device, reaction equipment and activated carbon supply equipment greatly After combustion gas that is flowed in revolution kind class agenda reaction tower is shared by equality magnification rotating by guide vane(Guide Vane) looking downward inflow do and agent and reaction which combustion gas(HC â„“, SOχ, HF etc.) is driven by nozzle as warm current is formed here are enlargement efficiently Because activated carbon is spouted to Hudan dioxin(DIOXINS) among combustion gas exclusion
  • 12. Operational Temperatures 40.30 90°C 23.20 4.29 25°C 19.98 900°C 11.95 2ton/day 23.90 1400°C 44.72 84.18 84.16
  • 13. Operational Temperature Information Upper Level H2O fuel Maintain high temp with low cost.  Inside layer of pot with H2O-Side Burner (FIRE TEMP1700℃+) Mid Level  (1500C-1700℃)  Melting pot Entrance to Center of pot (1300-1400℃) Lower Level ( Temp.: 928C-1500℃)
  • 14. Melting Pot Structure and Features
  • 15. Major Equipment Elements H202 Gas Generator FLOW CHART
  • 17. Waste Heat Boiler Diagram
  • 18. Sludge (Water 80%) Sludge Recycling Sludge Feeder Medium Oil Tank <Steam> Surplus Steam Mixing and Heating Tank Air Control Facility Boiler Vacuum Pump Gas Decompressed <Gas> <Vapor> Evaporator Condenser <Water> Feeding Tank Oil Separator <Oil> Solid Separator Recycled Oil Water Treatment <Gas> Facility Fuel <Dried Sludge> Steam (Water 1%, Oil 1%) Discharge (4,000kcal/kg)