Waste reduction/energy saving system and high-value reuse technology for flexi-resources
We are the most complete combustion research team and have various quasi-industrial combustion/gasification platforms and oxy-enriched/oxy-fuel combustion, and biomass co-combustion/gasification technologies. We have more than 10 years of experience in industry-academia cooperation and can propose reuse plans for biomass/wastes according to the needs of manufacturers, including burner design and whole system planning. We also cooperate with partner companies to achieve heat (steam)/cooling/power generation economic benefits. After combustion, the ash can be screened and further upgraded. With a suitable mixing ratio, it is used for building board products. Such a complete waste recycling scheme can greatly increase the willingness of manufacturers to reuse waste as energy resources.
1.Heat pump combined with desiccant for dehumidification & 2.Smart defrost control method & 3.Design of AIoT EMCS communication system & 4.System and Method for a Non-Intrusive Refrigerant Leakage Detection and Adaptive Method for Threshold Thereof
Portable in situ/operando optical microscopy technology for electrode reactions detection and applied in developing advanced high-performance zinc secondary batteries
Green adsorption materials and energy-saving exhaust gas treatment equipment used in the treatment of industrial volatile organic compounds
Three-H performance (High integration, High frequency, and High efficiency) power devices including the third-generation semiconductors for the realization of power electronic drives.
Technology maturity:Prototype
Exhibiting purpose:Display of scientific results
Trading preferences:Technical license/cooperation、Negotiate by self
Coming soon!