Wang Xinfang, president of the China Environmental Protection Industry Association, said at the Membrane Technology Wastewater Promotion Conference held here that China's membrane technology has made great progress in wastewater treatment. In the future, China's membrane technology will have a promising water pollution control.
Wang Xinfang introduced that in recent years, China's membrane technology has included membrane bioreactors, reverse osmosis, and membrane integration technologies. It has made great progress in the treatment of urban domestic sewage and industrial wastewater. China's membrane technology is used in the treatment of urban domestic sewage. There have been many successful examples of successful operations. Membrane technology has also been successfully implemented in industrial wastewater treatment.
Membranes are materials that have selective separation capabilities and can be separated on a molecular scale. The pore size of the membrane is generally in the micron range. Membrane technology is actually membrane separation technology. Compared with traditional separation technology, it has the advantages of high efficiency, energy saving, environmental friendliness, easy process control, easy operation, and easy integration with other technologies. Membrane technology is the best means for water purification and purification. The use of membranes can remove suspended solids, bacteria, toxic metal materials and organic matter in water and greatly improve water quality.
Wang Xinfang analyzed that membrane technology has important strategic significance for the treatment and resource utilization of domestic sewage and industrial wastewater in China. Although China is strengthening its environmental protection work, the environmental protection situation remains grim. In 2008, the total discharge of wastewater including industrial wastewater and domestic sewage reached 57.2 billion cubic meters, and some rivers and lakes have become overwhelmed. The use of membrane technology can significantly reduce the amount of pollutants discharged, especially industrial wastewater that is difficult to handle in the fields of printing, dyeing, leather, electroplating, coking, and brewing. Membrane technology is one of the important technologies for treating these industrial wastewaters.
In order to increase the promotion of membrane technology in wastewater treatment, the relevant state departments have included the development of membrane technology and membrane materials in the planning for fostering new industries. The China Environmental Protection Industry Association will also cooperate with environmental protection agencies to promote the promotion of membrane technology in the wastewater treatment field in economically developed regions; focus on the demonstration of membrane technology to control water pollution in key river basins; establish market incentive mechanisms to accelerate membrane technology in wastewater treatment The promotion of the field.
Wang Xinfang introduced that in recent years, China's membrane technology has included membrane bioreactors, reverse osmosis, and membrane integration technologies. It has made great progress in the treatment of urban domestic sewage and industrial wastewater. China's membrane technology is used in the treatment of urban domestic sewage. There have been many successful examples of successful operations. Membrane technology has also been successfully implemented in industrial wastewater treatment.
Membranes are materials that have selective separation capabilities and can be separated on a molecular scale. The pore size of the membrane is generally in the micron range. Membrane technology is actually membrane separation technology. Compared with traditional separation technology, it has the advantages of high efficiency, energy saving, environmental friendliness, easy process control, easy operation, and easy integration with other technologies. Membrane technology is the best means for water purification and purification. The use of membranes can remove suspended solids, bacteria, toxic metal materials and organic matter in water and greatly improve water quality.
Wang Xinfang analyzed that membrane technology has important strategic significance for the treatment and resource utilization of domestic sewage and industrial wastewater in China. Although China is strengthening its environmental protection work, the environmental protection situation remains grim. In 2008, the total discharge of wastewater including industrial wastewater and domestic sewage reached 57.2 billion cubic meters, and some rivers and lakes have become overwhelmed. The use of membrane technology can significantly reduce the amount of pollutants discharged, especially industrial wastewater that is difficult to handle in the fields of printing, dyeing, leather, electroplating, coking, and brewing. Membrane technology is one of the important technologies for treating these industrial wastewaters.
In order to increase the promotion of membrane technology in wastewater treatment, the relevant state departments have included the development of membrane technology and membrane materials in the planning for fostering new industries. The China Environmental Protection Industry Association will also cooperate with environmental protection agencies to promote the promotion of membrane technology in the wastewater treatment field in economically developed regions; focus on the demonstration of membrane technology to control water pollution in key river basins; establish market incentive mechanisms to accelerate membrane technology in wastewater treatment The promotion of the field.
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