The advantages of MABR (EHBR) technology for in-situ upgrading in sewage treatment plants

2021-09-17

1. The equipment is modularized, and the MABR (EHBR) membrane module is directly installed in the existing biochemical tank without additional land occupation, and continuous production transformation can be realized.

2. The MABR (EHBR) membrane system uses the existing sewage treatment plant facilities, does not increase mechanical equipment, does not increase energy consumption, and can even reduce the original energy consumption.

3. The MABR (EHBR) membrane system can improve the utilization rate of carbon sources, save carbon sources, or even eliminate carbon sources.

4. Especially suitable for low-C/N sewage, using MABR (EHBR) innovative technology, no or less carbon source is added to achieve total nitrogen compliance and reduce sludge output.

5. The MABR (EHBR) membrane system does not need backwashing, is easy to maintain, and has a long service life.

6. The operating cost of the MABR (EHBR) membrane system is extremely low, and the overall investment cost is low.

# Technical keywords#: MABR (EHBR) membrane technology, MABR (EHBR) membrane products, sewage treatment, hollow fiber membranes, biological membranes, water treatment, comprehensive treatment of water environment, water ecology Restoration, water quality improvement, rural domestic sewage treatment, water ecosystem, centralized domestic sewage treatment, sewage treatment plant upgrading and transformation, technology for reducing sediment pollutants, high-salt water purification treatment technology, in-situ upgrading, MABR (EHBR) Integrated membrane module, sewage treatment plant tail water treatment and upgrading, sewage treatment plant non-stop production upgrading and upgrading, technology to improve carbon source utilization, technology to save carbon source, low C/N ratio sewage treatment technology, backwash-free membrane< /p>

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