Features and advantages of MABR (EHBR) technology in river and lake water treatment

2021-09-17

1. In-situ purification: The MABR (EHBR) membrane system is directly installed in the water body, which is easy to construct and does not affect the drainage of the boat.

2. Ecological safety: MABR (EHBR) membrane system degrades and removes pollutants by cultivating and domesticating native microorganisms.

3. High efficiency and energy saving: MABR (EHBR) membrane system can quickly eliminate the black and odor of water and improve water quality.

4. Long-term effect: One-time installation in the river to achieve long-term treatment and continuous improvement of water quality; MABR (EHBR) membrane system can repair the ecosystem and form the water self-purification ability.

5. MABR (EHBR) membrane system has excellent resistance to hydraulic shocks, pollution shocks and system self-recovery capabilities:(drainage and initial rainwater entry) can quickly eliminate black and odor after the water body is polluted , Restore good sense and water quality.

6. Good compatibility: MABR (EHBR) membrane system can be used as the core technology, and other technologies can be integrated for comprehensive management.

7. High cost performance: MABR (EHBR) membrane system has low comprehensive investment cost, simple operation and maintenance, low operating cost, and sustainable operation.

# 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, comprehensive river management, comprehensive treatment of black and odorous water bodies, cross-section compliance, water purification, water ecosystems, river water quality maintenance and water quality improvement, lake and reservoir water quality maintenance and water quality improvement, elimination of black and odor, in-situ purification, ecological safety , Microbial degradation, high-efficiency and energy-saving water treatment technology, long-term water treatment technology, ecosystem restoration, water self-purification

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