Membrane treatment technology is used for sewage recycling, high-concentration organic wastewater treatment, landfill leachate treatment, etc. The research and development focus is on high-performance membrane materials and membrane modules to reduce costs, increase membrane flux, extend membrane material life, and improve pollution resistance .
The sludge treatment and disposal technology is used in the sludge treatment and disposal of domestic sewage treatment plants. The emphasis is on sludge treatment technologies for farmland, incineration, and production of building materials after sludge anaerobic digestion or aerobic fermentation, and research and development of sludge reduction technologies suitable for small and medium sewage treatment plants.
The desulfurization and denitrification technology is used in the power, steel, non-ferrous and other industries and industrial boiler kiln flue gas treatment. The focus of research and development is the preparation of denitration catalysts and resource-based desulfurization technology and equipment.
Bag and electric bag composite dust removal technology is used in thermal power, steel, nonferrous metals, building materials and other industries. The focus is on the localization of high temperature and corrosion resistant fibers and filter materials, and the development of high-efficiency electric bag composite dust collectors, high-quality filter bags and equipment accessories.
Volatile organic pollutant control technology is used for pollution control and recycling of volatile organic pollutant emission sources in various industrial industries. The research and development focus is on new functional adsorption materials and adsorption recovery technology, new catalytic materials, and optimized catalytic combustion and heat recovery technologies.
Diesel engine (vehicle) exhaust purification technology is used for heavy diesel engines and light diesel vehicles with emission standards above China IV. The research and development focus is on selective catalytic reduction technology (SCR) and its equipment, SCR catalyst and corresponding urea injection system, and high efficiency, high capacity, low resistance particulate filter.
Solid waste incineration technology is used for the treatment of municipal solid waste, hazardous waste, and medical waste. The focus of research and development is on the grate of large-scale waste incineration facilities and its transmission system, pre-processing technology of circulating fluidized bed, incineration flue gas purification technology, dioxin control technology, and fly ash disposal technology.
Water ecological restoration technology is used for polluted natural water bodies. Focus on research and development of red tide, bloom prediction, prevention and treatment technology, biological control technology and resource recovery technology for algae recovery, anaerobic biogas production from aquatic plants, power generation and fertilizer production, and oil spill pollution water body repair technology.
Contaminated site soil remediation technology is used for contaminated soil remediation. The focus is on in situ detoxifiers, ectopic stabilizers for soil contaminated soil, soil solidifying agents for roadbed materials, and resource conserved technologies and biological treatment technologies for contaminated soil solidified bodies.
Online pollution source monitoring technology is used for environmental monitoring. The focus of research and development is the automatic monitoring system for organic pollutants, the new continuous automatic detection technology for flue gas, the online monitoring system for heavy metals, and the real-time monitoring system for transportation of dangerous goods.