Chemical industry will receive stronger technical support
Bio Filter Media, used in Integrated Fixed-lm Activated Sludge (IFAS) and moving bed biofilm reaction (MBBR) system.The wastewater goes through suspending media of MBBR reactor, forming biological membrane on the surface of media gradually. With the action of microbial on the biological membrane, wastewater is purified. MBBR media can move freely in the reactor with the mixing of the water. For the aerobic reactor, the aeration will make the media move; for the anaerobic reactor, mechanic mixing will make the media move. Our MBBR media is new-developed media, has better treatment effect compared with traditional media.
Bio Fliter Media,MBBR Fliter Media,Moving Bed Bio Reactor,MBBR Media,Biological Media YIXING HOLLY TECHNOLOGY CO.,LTD. , https://www.watertreatmentmachine.com
In the areas of resources, environment and energy conservation and emission reduction, China will mainly build methanol to olefins, indirect coal liquefaction, coal direct liquefaction, industrial water and waste water resources, tanning technology, advanced coating technology, oil and gas pipeline transportation safety, and ocean Oil exploration, oil and gas drilling technology, low-permeability oil and gas exploration and development of national engineering laboratories; in the field of bio-industry development, will mainly include the construction of new bio-pharmaceutical technology, quality control technology of traditional Chinese medicine, modern enzyme engineering, biomass chemistry and other national projects. laboratory. In addition, the National Engineering Research Center for Animal Biological Products, Biological Feed Development and Safety will also be established.
According to reports, the main task of the national engineering laboratory for methanol to olefins is to establish a methanol-to-olefin catalytic technology research and intermediate amplification test platform, carry out process simulation and optimization research, research new technologies for olefin separation, new raw material purification technologies, and the treatment of generated water. Technology and reuse technology, etc., to develop a set of international leading technology to meet the needs of China's coal-based oil strategy.
The national indirect coal liquefaction engineering laboratory will focus on the development of coal indirect liquefaction oil production technologies, product development and deep processing technologies, oil and electricity integration system integration and design technologies, and the development of key equipment such as coal indirect liquefaction catalysts and synthesis reactors. Coal indirect liquefaction and oil production demonstration project of one million tons provides technical support.
The Coal Direct Liquefaction Laboratory will develop key technologies such as coal slurry preparation, coal liquefaction reactions, separation and utilization of liquefaction residues, preparation of recycled solvents, upgrading and processing of liquefied petroleum products, direct liquefaction of high-efficiency coal catalysts, and continuous preparation. And the development of coal core liquefaction reactors, special pump valves and other core technologies and equipment provide technical support for China's coal direct liquefaction demonstration project of one million tons.
The National Engineering Laboratory for Biomass Utilization of Biomass has established a research and development platform for biomass thermochemical conversion and green synthesis of non-wood resources. It focuses on breakthroughs in the preparation of gas and syngas by biomass thermochemical conversion, and the preparation of biomass based on liquefaction of biomass. Products, biomass chemical modification and resinization technologies, and non-wood biomass resources, such as green and efficient transformation of bio-based materials, such as engineering-based key technologies for the efficient use of China's biomass resources provide effective support.
Moving Bed Biofilm Reactor MBBR Media
