Iron-carbon microelectrolysis packing material for wastewater treatment, multi-effect sewage treatment agent, water treatment···

A new day, a new beginning. In this issue, our editor will introduce to you the content of wastewater treatment using iron-carbon microelectrolysis packing. Microelectrolysis technology, also known as internal electrolysis, is an ideal process for treating high-concentration, high-colority, high-salinity, and refractory biodegradable organic wastewater. When iron-carbon microelectrolysis packing is immersed in wastewater, due to the potential difference between iron and carbon electrodes, countless micro-primary batteries are formed in the wastewater. These tiny batteries undergo electrochemical reactions in an aqueous solution containing acidic electrolytes, with the low-potential iron acting as the cathode and the high-potential carbon as the anode. The result of the reaction is that the iron is corroded and turns into divalent iron ions, which enter the solution. Due to the coagulation effect of iron ions, they attract particles with weak negative charges in the pollutants, forming relatively stable flocculants that are removed. To increase the potential difference and promote the release of iron ions, a certain proportion of catalyst is added to the iron-carbon microelectrolysis packing.
When enterprises construct wastewater treatment stations, this technology can assist them in better treating wastewater characterized by high concentration, containing a large amount of substances difficult for organisms to degrade, and poor biodegradability. Its principle is as follows: The iron-carbon microelectrolysis treatment method primarily utilizes the corrosion principle of metals to form a galvanic cell, establishing a reaction tank to treat the organic matter within. During the reaction process, iron elements change from zero valence state to ferrous ions through electrolysis conditions. At this point, the ferrous ions have strong adsorption properties, which can attract the charged particles present in the organic matter, gradually forming iron sludge. This has a significant removal effect on large-particle organic matter present in wastewater treatment. After years of research and practical application, iron-carbon microelectrolysis technology has its applications in many industrial wastewaters. In chemical industry wastewater, it is mainly used for the pretreatment of high-concentration wastewater and chemical wastewater containing a large amount of toxic and harmful substances, thereby improving the biodegradability of the wastewater and facilitating subsequent biochemical treatment of the wastewater
Shandong Haizhiyan Environmental Protection Technology Co., Ltd. is a technology-based enterprise specializing in water pollution control and new product development in the environmental protection industry. The company integrates scientific research, technology, production, sales, and service. Over the years, we have accumulated rich experience and solutions in the pretreatment and advanced treatment of high-concentration organic wastewater. The company mainly deals with iron-carbon packing, micro-electrolysis packing, ozone catalytic packing, Fenton catalytic packing, and multi-catalytic oxidation equipment, as well as electrocatalytic oxidation equipment. Our products are of excellent quality and complete variety. Our sales range is wide, and our service is satisfactory to our customers. If you are interested in our products, please leave a message online or call us for consultation. Thank you for reading. See you next time