frequently asked question

　　How does MABR membrane technology treat high-salinity wastewater? 　　MABR membrane technology has certain advantages and adaptability in treating high-salinity wastewater, which is mainly reflected in the following aspects: 　　1. Biofilm salt tolerance: The biofilm in the MABR system can be domesticated and adapted to cultivate salt-tolerant microbial communities. These microorganisms can maintain activity in high-salt […]

　　How MABR membrane technology treats different types of wastewater 　　MABR membrane technology shows strong adaptability and flexibility in treating different types of wastewater, which is mainly reflected in the following aspects: 　　1. Municipal domestic sewage treatment: 　　MABR technology performs well in treating municipal domestic sewage. Due to the strong biodegradability of domestic sewage, the denitrifying

　　What are the advantages of bubbleless aeration technology in MABR? 　　Bubbleless aeration technology has several key advantages in MABR: 　　1. Efficient oxygen supply: MABR uses hollow fiber membranes to directly transfer oxygen to the biofilm, avoiding the dissolution and diffusion loss of oxygen in water, greatly improving the transfer efficiency and utilization rate of oxygen.

　　How does MABR membrane reduce sludge generation? 　　MABR membrane technology can effectively reduce sludge generation, mainly through the following aspects: 　　1. Efficient oxygen supply: MABR membrane directly transfers oxygen to the biofilm through the hollow fiber membrane, avoiding the dissolution and diffusion loss of oxygen in water and improving the oxygen utilization efficiency. This efficient

　　What are the features of MABR membrane in terms of operational stability? 　　The MABR membrane has the following features in terms of operational stability: 　　1. Strong resistance to load shock: MABR membrane technology can cope with large fluctuations in wastewater quality and maintain a stable treatment effect. This enables it to maintain efficient treatment performance

　　What are the advantages of MABR membrane compared with traditional sewage treatment methods? 　　Compared with traditional sewage treatment methods, MABR membrane technology has the following main advantages: 　　1. Efficient oxygen supply: MABR membrane has excellent oxygen permeation and transmission performance. Oxygen can be directly transmitted to the microorganisms attached to the membrane surface without passing

　　Funcrtions of MABR membrane fibers 　　MABR membrane fibers play a crucial role in water remediation and wastewater treatment: 　　1. Efficient oxygen supply: MABR membrane fibers have excellent oxygen permeation and transmission performance. Oxygen is directly transmitted to the microorganisms attached to the membrane surface through the membrane fibers without passing through the liquid phase boundary

　　The cost-effectiveness of MBR in the wastewater field has been greatly improved 　　The cost performance of MBR technology in the field of sewage treatment has indeed been significantly improved, mainly reflected in the following aspects: 　　1. Excellent treatment effect: 　　MBR effluent quality is very good, COD < 50mg/L, BOD5 < 10mg/L, SS < 10mg/L, ammonia

　　Key points for controlling factors affecting MBR 　　The key factors affecting the MBR system include the following aspects: 　　1. Membrane pollution control: 　　Perform physical and chemical cleaning regularly 　　Optimize aeration intensity to ensure good flushing of the membrane surface 　　Control sludge properties and improve filtration performance 　　2. Water quality factor management: 　　Control the influent water

　　How to Check and Solve Negative Pressure Gauge Problems in MBR Systems 　　Checking and solving the negative pressure gauge problem in the MBR system can be done by following the steps below: 　　1. Check whether the negative pressure gauge is damaged 　　Confirm whether the negative pressure gauge is working properly and check whether the dial