Wastewater treatment technology is divided into mineralization (biodegradation, redox) and separation (evaporation, adsorption, membrane, resin) according to the mechanism of action of the object. Taking into account the remaining substances in the biochemical effluent, Under the premise that the front-end process is more reasonable, the advanced treatment technology is generally no longer recommended to use biological treatment technology, and separation technology often requires the use of subsequent technologies. At the same time, the operation steps are cumbersome and the cost is high. Relatively speaking, it is more appropriate to use chemical mineralization technology at the end.
Wastewater treatment technology is divided into mineralization (biodegradation, redox) and separation (evaporation, adsorption, membrane, resin) according to the mechanism of action of the object. Taking into account the remaining substances in the biochemical effluent, Under the premise that the front-end process is more reasonable, the advanced treatment technology is generally no longer recommended to use biological treatment technology, and separation technology often requires the use of subsequent technologies. At the same time, the operation steps are cumbersome and the cost is high. Relatively speaking, it is more appropriate to use chemical mineralization technology at the end.
