How ultra-pure water equipment in the solar industry can reduce failures

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This post was last edited by hesonchang214 on 2019-11-2 08:10. 1. Conduct a comprehensive analysis of the water quality once it is obtained, and design an reverse osmosis system based on that analysis. 　　2. Determine the RO feedwater SDI value before designing. 　　3. If the quality of the incoming water changes, corresponding design adjustments are required. 　　4. Sufficient preprocessing must be ensured. 　　5. Select membrane elements suitable for ultra-pure water equipment; cellulose acetate membranes or low-contamination membrane elements may be more appropriate for treating complex surface water or wastewater. 　　6. When selecting the water flux, try to use some commonly available data. 　　7. In terms of recovery rate, it’s not necessary to have a very high level; suitability is what matters. 　　8. The horizontal flow velocity and the concentrated flow velocity should be as high as possible. 　　9. All data related to the entire device must be standardized. 　　That’s all for the introduction to the methods for reducing the failure rate of ultra-pure water equipment. When using such equipment on a regular basis, it is also important to carry out regular maintenance, as this can help to minimize the occurrence of failures.