Weishui Star and Sky Signed Jiangxi Chenming Heterogeneous Catalytic Oxidation Advanced Treatment Project

Column:Company News Time:2018-06-28
On June 6, 2017, Weishui Star (Beijing) Environmental Technology Co., Ltd. and Chenming Group Jiangxi Chenming Paper Co., Ltd. signed a non-homogeneous catalytic oxidation advanced treatment technology and core equipment supply contract.

The  company once again signed the key technology cooperation contract for  Chenming Paper Wastewater Treatment Process Optimization, which marked  the outstanding advantages of the company's independent research and  development and patented heterogeneous catalytic oxidation advanced  treatment technology, which was approved by the mainstream users of the  industry and also reflected the historical customers. Re-identification of our technical strength and service quality.
   This  process of optimization and modification of the heterogeneous catalytic  oxidation advanced treatment process is unstable in the early process  of the original imitation-magnetization process of Jiangxi Chenming,  especially the serious chroma exceeding the standard and can not meet  the discharge and reuse of the standard. In this case, a technical exchange invitation is issued to domestic and foreign water treatment technology suppliers. With  years of experience in the pulp industry and special technical research  and development reserves for the above problems, our company  efficiently meets customer needs. In the strict and stringent technical  demonstration and multi-project on-site comparison test, the test  results meet and exceed customer expectations. , to achieve a high degree of recognition.
   Heterogeneous  catalytic oxidation technology is a rich and development of advanced  oxidation technology for wastewater treatment. Based  on the typical working conditions and oxidation characteristics of  wastewater heterogeneous catalytic oxidation technology, our company has  developed a series of high-efficiency solid catalysts by  nano-technology to formulate iron oxides with active excitation  materials such as manganese, silicon and boron. The  catalyst can efficiently activate and promote the generation of HO· in  the reaction process, thereby degrading pollutants more efficiently, and  effectively solving the problems of large chemical consumption and  narrow application pH range in Fenton wastewater treatment process.
  At  the same time, we use the fully automatic internal circulating  fluidized bed reactor as the supporting high-efficiency reaction device  for the characteristics of heterogeneous catalytic oxidation reaction,  combined with the physical and chemical properties of the solid  catalyst, and the application of fluid software simulation to realize  the main design of the reactor. Process parameter optimization.
After  the implementation of the project, the wastewater deep treatment  drainage index of Jiangxi Chenming Paper Co., Ltd. will be increased to  COD≤70 mg/l (depth treatment source water COD≤600 mg/l), color ≤10  times, and ensure When  the temperature of the return water is raised to 60 °C, there is no  obvious color reversion; the chemical sludge produced by the deep  treatment is 30%-50%; and the stable operation is ensured.
We  are looking forward to the completion of the project as soon as  possible, and expect more industry customers to pay attention to and  introduce this technology, reduce operating costs, improve effluent  quality and improve environmental benefits.