Reverse osmosis pure water equipment utilizes full automatic control to minimize the impact of human error on the equipment. The pretreatment system employs a redox system design to address the irreparable damage caused by excessive residual chlorine to the reverse osmosis membrane. The reverse osmosis membranes are selected from US-origin imported models, with a lifespan of up to 3 years and an output conductivity below 5 us. Pumps are chosen from domestic Nanning Pumps and imported Grundfos pumps, featuring low operating noise and long service life. Jiangsu Quankun uses Dow Chemical's professional design software, achieving a recovery rate of over 65%. Its high level of automation, simple operation, stable water quality, and low operating costs have garnered widespread praise.
Application Fields:
1Power plant chemical water treatment
2. Ultra-pure water for electronics, semiconductor, and precision machinery industries
3. Food, beverage, and drinking water preparation
4. Small purified water station, group drinking purified water
5. Fine Chemicals, High-Tech Discipline Water
6. High-purity Water Preparation for Other Industries
7. Industrial Process Water
8. Desalination of seawater and brackish water
Equipment Features:
1. The equipment features continuous operation, eliminating the need for additional production. Ion exchange and regeneration are simultaneous, ensuring no downtime for regeneration, and there's no need for equipment for storing and transporting acids and alkalis, as well as metering devices.
2. Water quality remains more stable. The resin in a mixed bed always undergoes a gradual failure process, causing the water quality to degrade progressively. In contrast, EDI water treatment technology features simultaneous ion exchange and regeneration, resulting in extremely stable water quality.
3、Operates more environmentally friendly, with no acidic or alkaline liquid discharge, and efficiently utilizes all concentrated water for water and energy conservation.
4. Reduce operational costs. EDI equipment only requires electricity to operate, whereas mixed bed technology necessitates acids and alkalis. Therefore, the DEI ultra-pure water equipmentReducing the use of acids and alkalis has lowered operational costs.
5. The operation is even simpler, requiring only adjustments to the power supply's voltage and current, achieving full automatic control.
6. Excellent water output quality and extended equipment lifespan.
7. The equipment occupies minimal space, and the factory height requirement is low; 3 meters is sufficient.
8. Equipment installation and maintenance are simple and convenient; repairs or replacements of any module do not affect the operation of other modules.
9. Low total investment; while EDI is expensive, it saves factory land costs and operating expenses, thereby reducing the overall total investment cost.
