Lefilter2025-01-04 BACK TO LIST
Over time, the RO membranes in the pure water system of a chemical plant in Southeast Asia experienced performance degradation, resulting in reduced water production and decreased desalination efficiency. To ensure the stable operation of the pure water system and improve water quality and output, the plant decided to replace the RO membranes.
· Conducted a comprehensive inspection of the pure water system to assess membrane damage and replacement needs.
· Developed a detailed replacement plan, including timelines, steps, and safety measures.
· Shut off the system's water inlet valve and power supply, and drained the water from the system.
· Opened the RO membrane housing, removed the old membranes, cleaned internal debris, and inspected the new membranes for damage.
· Installed the new RO membranes correctly into the housings, ensuring proper alignment and sealing.
· After installation, reopened the water inlet valve and power supply to commission the system. Verified pressure, flow rate, and desalination performance to ensure proper operation.
· Conducted continuous monitoring to ensure the system's stable performance over time.
The successful implementation of the RO membrane replacement project significantly enhanced the performance and stability of the pure water system. It reduced the likelihood of failures, extended the system's lifespan, and lowered maintenance costs, providing reliable support for the plant's production processes.
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