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With the help of scientific research institutes such as Hebei University of Science and Technology, the deep purification equipment factory in Hebei Province has recently developed high-performance submicron separation technology and produced a submicron water purification device, which fundamentally solved the industrial circulating water quality. The problem of non-compliance achieved the reuse of Zhongshui. The technology fills a gap in China's application technology for purified water treatment and has obtained national technology patents.
According to the relevant information, due to the pollution of industrial circulating water quality, it can not be reused, and the direct loss to the country is as much as 100 million yuan each year. The research and development of high-performance water treatment technology has become a top priority in improving the use of water resources. It is understood that the purification device produced by this technology has the characteristics of uniform pore size, small resistance coefficient, high mechanical properties, and resistance to acid and alkali.
According to the actual application of several petrochemical enterprises in North China and other places, the use of this technology has greatly improved the water quality filtration accuracy, the water impurity removal rate is 98.1%, the filtration purity is 10 times higher than similar products, and the filtration rate is increased by 4 ~11 times. At the same time, since the water purification device is based on a macromolecule polymer submicron separation medium, the mechanical properties of the filter plate are more superior, and the performance is constant in the range of -12°C to 105°C.
At present, the submicron separation technology developed by this plant has been applied in nearly one hundred petrochemical enterprises across the country, which not only provides a strong guarantee for the utilization of water resources by many production companies, but also creates considerable economic benefits.
According to the relevant information, due to the pollution of industrial circulating water quality, it can not be reused, and the direct loss to the country is as much as 100 million yuan each year. The research and development of high-performance water treatment technology has become a top priority in improving the use of water resources. It is understood that the purification device produced by this technology has the characteristics of uniform pore size, small resistance coefficient, high mechanical properties, and resistance to acid and alkali.
According to the actual application of several petrochemical enterprises in North China and other places, the use of this technology has greatly improved the water quality filtration accuracy, the water impurity removal rate is 98.1%, the filtration purity is 10 times higher than similar products, and the filtration rate is increased by 4 ~11 times. At the same time, since the water purification device is based on a macromolecule polymer submicron separation medium, the mechanical properties of the filter plate are more superior, and the performance is constant in the range of -12°C to 105°C.
At present, the submicron separation technology developed by this plant has been applied in nearly one hundred petrochemical enterprises across the country, which not only provides a strong guarantee for the utilization of water resources by many production companies, but also creates considerable economic benefits.
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