This project is aimed at the characteristics of MSW in China to develop investment, dealing with high efficiency and low cost of waste disposal and resource utilization of new technologies and new processes.

Through the reverse analysis, inverse analysis of the production process, and establish a solid waste of energy use for the end of the control of resources recycling system of evaluation methods of production, to establish the appropriate recycling technologies and processes, and to determine the ultimate use of solid waste as an energy source types, quantity and energy use of the theory and technology; presented a comprehensive treatment of garbage line of theory and technology to develop investment, dealing with high efficiency and low cost of waste disposal and resource utilization of new technologies and new processes. By garbage pyrolysis products in the gas phase high temperature combustion of hazardous substances at high temperatures to degrade completely, to achieve clean combustion purposes. Integrated and optimized sorting, composting, incineration heating pyrolysis, gasification power generation, water purification and many other technologies gas residue.
The completion of 200 tons / day treatment demonstration project for more than 20 cities at home and abroad to prepare a project feasibility report and preliminary design information; development of advanced thermal decomposition of garbage - burning treatment plants, promote the use of more than 20 sets. Papers published more than 100 articles, 13 patents have been awarded third prize in Guangdong Province Science and Technology Award 2, "Guangdong Boluo 200 tons / day of energy self-sufficiency-type municipal solid waste composting system demonstration project," The Guangdong Provincial Department of Science and Technology Award First Award.