STPCH3.5MBBR

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STPCH3.5MBBR (Moving Bed Biofilm Reactor) has recently become a popular wastewater treatment technology in a wide variety of applications for industrial, municipal, and residential wastewater sources. The technology is based on a biological process that utilizes the growth and colonization of microbial biomass on a support material to promote the removal of pollutants. The moving bed biofilm reactor (MBBR) is an advanced process that offers many advantages over traditional activated sludge processes, such as higher efficiency, better treatment performance, lower energy and capital costs, and more efficient use of land or plant footprint. This article will discuss the application field of STPCH3.5MBBR and working principle.

STPCh3.5MBBR mainly used in municipal wastewater treatment, industrial effluent treatment, agriculture irrigation, etc. In municipal wastewater treatment, the STPCH3.5MBBR process provides a way to economically remove organics, ammonia, nitrate, and phosphorus from residential and commercial wastewater. With the help of STPCH3.5MBBR process, the treated water can meet the emission standards of local water quality regulations and the treated domestic wastewater can meet the water irrigation requirements. In industrial effluent treatment, STPCH3.5MBBR process can effectively remove toxic and hazardous substances from industrial effluents, which is a more effective solution than traditional chemical treatments. In addition, it can also be used in agriculture irrigation for the treatment of agricultural wastewater to reduce the concentration of pollutants and prevent pollution.

The working principle of STPCH3.5MBBR is based on the growth and colonization of microbial biomass on a support material. The biofilm covers the surface of the moving carrier particles, which enhances the biological treatment process. There are three phases in the STPCH3.5MBBR process: the aeration phase, the settling phase, and the anoxic phase. In the aeration phase, air is injected into the system to provide oxygen for the growth of aerobic bacteria. The settling phase, following the aeration phase, is the phase the microbes begin to stick to the carrier particles, forming an attached biomass which provides an ideal environment to promote the growth of aerobic microorganisms. Anoxic phase is the last phase in the STPCH3.5MBBR process. In this phase, the microbial growth is limited. During this phase, the nitrification process takes place, which means the ammonia is converted to nitrate.

In summary, STPCH3.5MBBR is a relatively new wastewater treatment technology that offers many advantages compared to traditional wastewater treatment methods. Its application field includes municipal wastewater treatment, industrial effluent treatment, and agriculture irrigation. In addition, its working principle is based on the growth and colonization of aerobic microorganisms on a support material. The STPCH3.5MBBR process includes three phases, the aeration phase, the settling phase, and the anoxic phase, which promote the growth of aerobic microorganisms and the nitrification process. Overall, STPCH3.5MBBR provides an economical and reliable solution for a variety of wastewater treatment applications.

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