Hospital sewage, funeral wastewater treatment units are efficient water treatment equipment designed by my company's scientific and technical staff to integrate the mass-chemical and bio-chemical response processes in accordance with the nature and characteristics of the sewage and in conjunction with the routine daily sewage treatment process. Due to the special nature of hospital sewage and funeral wastewater, biobacteriums in conventional biochemical treatment systems are difficult to survive in large quantities and the quality of water produced is often not easy to meet treatment requirements. The biochemical system of this plant, using the preferred strains selected by our co-operatives, has significantly increased the survival and reproduction rate of the biota through pre-operational culture, domestication and rapid adaptation of micro-organisms to hospital sewage and funeral wastewater, thereby effectively contributing to the degradation and removal of pollutants from hospital sewage and funeral wastewater. What is the trend for hospital wastewater treatment equipment in 2016?
Hospital sewage and funeral wastewater treatment focus on disinfection processes, which, after biochemical treatment, must be decontaminated, with the exception of some bacteria that are deposited with sludge, most of the fungi such as coli and faeces streptococcus still remain in sewage. At present, hospital sewage, funeral wastewater is disinfected in many ways, such as uv disinfection, liquid chlorine, ozone, sodium hypochlorate and chlorine dioxide. Although the sodium hypochlorate method has the advantage of being readily available, inexpensive and reliable, organic halogens with carcinogenic effects can be formed in combination with certain organisms in water. In contrast, chlorine dioxide is recognized as the best disinfectant, with good fungicide and an ideal alternative to sodium hypochlorate. The system is disinfected with chlorine dioxide, operating safely, operating with simplicity, safety and economic excellence. The disinfection pool uses a stratosphere partition for exposure response to improve exposure time and achieves good disinfection. The operation can achieve full automatic control, the size of the addition can be adjusted, and the emission of residual chlorine can be maintained at around 0. 5 mg/l through reasonable control of chlorine additions, effectively increasing the fungicide effect on the drainage network。
Product characteristics:
Ministry of investment, with small land area。
Processes are safe and efficient。
The removal rate of organic matter is high and the quality of water produced is stable。
The system can be fully automated and run with simple management。
Scope of application:
Urban apartment buildings, shopping malls, hotels, factory areas, public buildings, hospitals, schools, highways, golf country clubs, funeral homes, hospitals, military bases, etc。
