Organic Pollutant (COD) Removal Technology
The biological nitrogen removal process includes ammonia oxidation, nitrosation, nitrification, and denitrification, and the carbonization (degradation) of organic matter often occurs alongside these processes. By comprehensively considering various factors (such as microbial species and their reproduction rates, dissolved oxygen, pH, temperature, and load), the overall biological nitrogen removal process can be effectively simplified and improved.
MicroMotion®-Den is a biological agent developed specifically for nitrogen removal needs in wastewater treatment. It is composed of carefully selected biological agents, enzymes, and nutrients sourced from nature, primarily aimed at enhancing total nitrogen removal capacity in wastewater treatment systems, typically applied in anaerobic or anoxic zones. Conventional wastewater treatment systems often have low nitrogen and phosphorus removal efficiency. In such cases, MicroMotion®-Den can help boost the system’s total nitrogen removal performance.
Functions of High-Efficiency Microbes:
1. Improves total nitrogen removal and enhances system performance under low temperatures.
2. Increases BOD removal, as MicroMotion®-Den can function under facultative conditions to remove BOD.
3. Enhances removal of hard-to-degrade organics (such as amines).
4. Reduces the risk of exceeding total phosphorus limits in effluent.
For selecting a denitrification carbon source, we strongly recommend using Making Green Environmental Technology (Shanghai) Co., Ltd.’s Bio Max®-Carbon high-efficiency carbon source. This product is made from multiple minerals, produced through fermentation and special enzyme hydrolysis technology, creating a novel carbon source. Bio Max®-Carbon requires low dosing, is easily absorbed and utilized by microorganisms, reduces organic sludge production by 50%, and enhances sludge activity. It is an essential carbon source for system startup or shortening recovery time, and it is the preferred carbon source for traditional denitrification processes. This product is a broad-spectrum, high-efficiency liquid, classified as non-hazardous, non-corrosive, and resistant to crystallization even at around 0°C, making it convenient for transport, storage, and use.
Technical Column