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Innovation Laboratory
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Multi component VOCs adsorption and regeneration laboratory
Integrating a dynamic adsorption penetration testing system and an IoT sensor network to achieve real-time collection and database storage of adsorption material performance parameters, supporting competitive adsorption simulation of six VOCs components.
Multi component VOCs catalytic combustion laboratory
Catalytic combustion flow rate of 10-100m ³/h, VOCs concentration of 0-2000ppm, capable of simultaneously generating 6 channels, integrated safety interlock system (response time<50ms), supporting simulation of catalytic processes for 6 VOCs components.
Joint Laboratory for Odor and Odor Control
Integrated biological filter and catalytic oxidation process, odor removal rate ≥ 90%, electronic nose detection limit 0.1ppb (H2S/NH3), supporting dynamic monitoring of biofilm activity and intelligent nutrient solution feeding (accuracy ± 2%).
Dual Fluid Purification Technology Laboratory
Develop high-efficiency rotary atomization device, covering three scenarios of deodorant spraying, spray drying (milk/new energy powder), and SDA semi dry deacidification of waste incineration power plant. The precise control range of droplet size has been expanded to 30-80 μ m (SDA deacidification) and 10-50 μ m (food grade drying) to meet the needs of different industries.
Frontier Technology Innovation Laboratory
Based on the operational data of the 1000+VOCs treatment project of Yuxing Technology, the laboratory has constructed a multi physics field coupling model (fluid mechanics/thermodynamics/catalytic reaction) with a simulation error of less than 8%.
