Available heat sources: natural gas, biogas or landfill gas, high-temperature waste gas after combustion and power generation of biogas or landfill gas, and high-temperature waste gas from incineration plant.
Objects that can be treated: raw liquid of landfill leachate, RO membrane concentrate of landfill leachate and mother liquor discharged from MVR system.
The unique high-efficiency drying reaction tower is only equivalent to 10% of the volume of the existing drying equipment, which greatly r
Wedr waste heat high efficiency drying reactor technology
Technical features
Available heat sources: natural gas, biogas or landfill gas, high-temperature waste gas after combustion and power generation of biogas or landfill gas, and high-temperature waste gas from incineration plant.
Objects that can be treated: raw liquid of landfill leachate, RO membrane concentrate of landfill leachate and mother liquor discharged from MVR system.
The unique high-efficiency drying reaction tower is only equivalent to 10% of the volume of the existing drying equipment, which greatly reduces the equipment investment.
The drying is complete, and the liquid basically does not contact the equipment surface, which avoids the problem of chloride ion corrosion in the solution and greatly improves the service life of the equipment. The discharge of the unit is dry powder (moisture content 1-2%), in which the amount of powder obtained is only 30-40% of the plate and frame dehydration product, which greatly reduces the generation of solid hazardous waste.
Process flow diagram of waste heat high efficiency drying reactor
application area
Full quantitative treatment of leachate from landfill, incinerator and transfer station
Treatment of concentrate and MVR mother liquor
Concentration treatment of kitchen wastewater and humic acid
Reclaimed water reuse and zero discharge of high concentration industrial wastewater (pharmaceutical, electric power, coal chemical, etc.)