Certification No. 547
Verification No. 226
Technology to improve maintenance and management efficiency of separation membranes | Technology to effectively control membrane contamination | Technology that can reduce power costs | Technology to maximize phosphorus emission effects |
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Using an external flat-film separation (MBR housing) separated from the exhalation tank | Using the physical cleaning technology (station tax and cleaning ball) in the outer circulating membrane separator | Gravity filtration, microbubble, and low load explosion in operation of membrane separation tank | An anaerobic and JBB, Application of raw water division inflow |
Processing efficiency |
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- not less than 95.4% total phosphorus processing efficiency (T-P < 0.025 ppm) without the input of a cohesive agent - At least 78.8% of total nitrogen treatment efficiency without input of organic carbon sources ⇨ At least 95% nitric oxide rate during winter water temperature drop (6.5℃) |
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Construction Aspects |
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- Capacity expansion and improvement of existing facilities without changing civil structures (continuous construction is possible) ⇨ Minimize discharge of untreated sewage during capacity expansion and improvement construction |
Operational Aspects |
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- The external flat film separator itself acts as a cleaning tank and can be cleaned without moving the separator (no hoist required.) - By applying IcT & IoT function, the separation film can be self-diagnosed and automatically cleaned. - To automate the cleaning of the separator Notify administrator of when to clean ⇨ Cleaning medication preparation (Manager) ⇨ Perform automatic cleaning ⇨ Send TMP text before and after cleaning to administrator ⇨ Normal operation |
Maintenance Aspects |
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Effect of drug-free treatment process on drug cost reduction - Minimize the amount of sludge generated by non-coagulant use - Effect of reducing power consumption through low load explosion and gravitational filtration |