Hongke Qingneng
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The device innovatively adopts the composite process of refrigeration separation and freezing dehydration, integrated with intelligent temperature control system and anti-freezing and plugging design, which can dynamically adjust the cooling gradient and adsorption parameters according to the characteristics of the components of different projects and environmental emission standards.
Three-stage condensation system to achieve organic components of the directional liquefaction recovery, low-temperature crystallisation and dehydration module to ensure continuous and stable operation of the system, the end of the adsorption unit can be customised activated carbon or zeolite molecular sieve media to form a triple protection system, the overall recycling efficiency of up to 98% or more, much better than the industry average.
The system has been successfully applied to more than 20 key industries, such as automotive coating, pharmaceutical synthesis, thermal power generation, waste incineration, etc. It is especially outstanding in the scenarios of iron and steel smelting exhaust gas treatment, chemical VOCs recovery, and electronic precision manufacturing.
It is especially suitable for the treatment of industrial waste gas containing benzene, halogenated hydrocarbons, ketones and other complex components, simultaneously realising the resource recovery of organic solvents and ultra-clean emission of exhaust gases, and constructing a green production system for the enterprise that gives equal weight to both environmental and economic benefits. The modular design can be flexibly adapted to the treatment scale of 5000-200000m³/h, and it has become the preferred technical solution for centralised treatment in industrial parks and ultra-low emission renovation in key industries.
The equipment innovatively integrates a composite process of refrigeration separation and freezing dehydration, combined with an intelligent temperature control system and anti-freezing and plugging design.
The system achieves an overall organic component recycling efficiency of up to 98% or more, which is significantly better than the industry average.
Continuous operation is guaranteed by a three-stage condensation system for directional liquefaction recovery, along with a low-temperature crystallization and dehydration module.
It is highly suitable for treating complex industrial waste gas containing benzene, halogenated hydrocarbons, ketones, and other complex organic solvents.
Due to its modular design, the system can adapt flexibly to various treatment scales ranging from 5,000 to 200,000 m³/h.
