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

2021-09-17

1. The MABR (EHBR) membrane system can be installed in the river, pond, wetland or structure downstream of the sewage treatment plant outlet to implement deep water purification.

2. The MABR (EHBR) membrane system is easy to install and the construction period is short. The modular membrane system is suitable for implementation sites of different shapes.

3. The MABR (EHBR) membrane system can quickly form a dominant biofilm, realize the effective removal of a variety of pollutants, and achieve rapid results and stable operation.

4. MABR (EHBR) membrane system is highly efficient, flexible, and compatible, and can be integrated with other technologies to optimize technical solutions.

5. The long-term operation of the MABR (EHBR) membrane system can build a new ecosystem.

6. The MABR (EHBR) membrane system is efficient in processing and has a small footprint.

7. MABR (EHBR) membrane system operation and maintenance process is simple, the operation and maintenance cost is low, the membrane system is energy-saving and efficient, and the equipment maintenance is simple.

# 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 Rehabilitation, water quality improvement, wetland enhancement and protection, water purification, industrial wastewater treatment and upgrading, rural domestic sewage treatment, water ecosystem, centralized domestic sewage treatment, sewage treatment plant upgrading and transformation, initial rainwater centralized treatment, wetland pre-treatment , Technology to improve wetland efficiency, technology to save wetland area, technology to reduce sediment pollutants, high-salt water purification technology, ex-situ upgrading, MABR (EHBR) integrated membrane module, sewage treatment plant tail water treatment and upgrading

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