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PYWR series of new micro-electrolytic fillers is a multi-catalytic oxidation filler developed by Puyin Runrun Company for the difficult biodegradation of organic wastewater. It is produced by multi-metal alloy fusion catalyst and high-temperature micropore activation technology. It is a new type of additive-free non-plate-junction micro-electrolytic filler. It acts on wastewater, can effectively remove COD, reduce chroma, improve biodegradability, and has stable and long-lasting treatment effect. At the same time, it can avoid the phenomenon of filler passivation and slab during operation. The filler is an important guarantee for the continuous action of the micro-electrolysis reaction, which brings new vitality to the current treatment of chemical wastewater.
Longpu Yinwo Run Environmental Protection Technology Co., Ltd. is the most professional, earliest production, customer satisfaction and repurchase rate of micro-electrolytic filler production.
Puyinworun guarantees that you are buying more than just a product, but a practical and reliable water treatment technology with a complete technical echelon guarantee.
1. How does the water in nature circulate?
3/4 of the earth's surface is leeches, so some people call the earth "water polo." However, the water on this "water polo" is about 97.5%
It is only 2.5% of the fresh water suitable for human use, and the ice and snow such as the Antarctic and the Arctic account for more than 70% of these fresh water.
Therefore, the fresh water that humans can directly use is only 0.8% of the total water volume of the earth. Water in nature is in the sun and gravity
Under the influence of the same, the transformation and the flow of the rafts through the precipitation, runoff, infiltration and evaporation, etc.
Natural circulation îƒ thus forms a variety of different water sources.
In order to meet the needs of life and production, human society needs to use a large amount of water from various natural water bodies. water for live
And after the use of industrial water, it becomes domestic sewage and industrial waste water. After they are discharged, they are finally discharged into natural water.
body. In this way, drowning in human society also constitutes a partial circulation system. This cycle is called the social cycle.
The life and various industrial wastewaters formed in the social cycle are the largest sources of pollution in natural waters. Used by social cycles
The amount of water is only a few millionth of the total water of the earth. However, it is the use of this water that seems to be insignificant in proportion.
However, in the social cycle, there is a huge contradiction between people and nature in terms of water quantity and water quality. Water environmental protection and
The task of water treatment engineering technology is to investigate and control these contradictions and ensure the social cycle energy of water and wastewater.
It is going smoothly.
[Introduction of micro-electrolytic filler]
The micro-electrolysis process has shown many advantages from the beginning to the present, and the micro-electrolysis water treatment technology [benefit] can be summarized as follows:
(1) The service life is long and the service life of the packing is 6 years. The operation and maintenance are convenient, and the micro-electrolysis tower (bed) can be added with the loss of the iron-carbon micro-electrolytic filler periodically, without replacing the filler.
(2) It can process a variety of pollutants at the same time, with a small footprint, simple system structure, easy to finalize the entire device and industrialize equipment manufacturing.
(3) Wide application range, applicable in wastewater treatment in many industries, such as printing and dyeing wastewater, electroplating wastewater, petrochemical wastewater, coking waste, nitrobenzene wastewater, aniline wastewater, circuit board wastewater, silicone wastewater, ... wastewater, livestock wastewater, rubber auxiliary wastewater, hydrogen peroxide wastewater, etc., have achieved good results.
(4) The treatment effect is good. From the actual operation of each plant, the removal effect of various pollutants is ideal. 