الوصف

Product Readme: High-efficiency biologic ceramic granule filter is one kind of ideal filter material researched and developed by our company on the basis of full utilization of local resources and feedwater ceramic with the support of Tsinghua University, Zhejiang University and other colleges and universities. It is applied in Biological Aerated Filter and resolves the core issues of Biological Aerated Filter’s application in China’s sewage treatment. The product has gained national patent and been tested by the quality testing department and inspection center of water treatment filtration material of the Ministry of Construction, meanwhile it is being applied by many sewage treatment plants and wins good reputation from experts. Feature: the biologic ceramic granule filter is nearly spherical particles of irregular, dark brown, microporous and has rough surface Major features 1. Small specific gravity, high mechanical strength, shock and wear resistance, saving energy consumption, good biological, chemical and thermodynamic stability 2. It has strong ability of intercepting sewage and high efficiency of linking film because of its rough surface, rich microporous structure and big specific surface area. And it is good for the microbial growth and reproduction and has high biomass. 3. Strong shock load resistance, low temperature resistance, easy to link film, quick startup, low back-flushing energy consumption. Application: The series of * FP-B ceramic granule filter material adopts the first-stage Biological Aerated Filter (C / N) to deal with urban sewage. The quality of effluent sewage after treatment can meet the first grade standard of the second urban and townish sewage treatment plant which is ruled in combined discharge standards of sewage (GB********6). Adopting the second-stage Biological Aerated Filter (C / N + N filter chamber) to deal with urban sewage can make an effect of advanced treatment. Our company can offer biologic ceramic granule filter of different size, different specific gravity and different performances according to the users and technologic requirements.