Wejing has extensive experience in manufacturing water purification systems for industrial applications. Our Reverse Osmosis Water Purification System 500L features:
Send us your inquiry now, and we'll support your industrial water purification needs with our high-quality, eco-friendly Reverse Osmosis Water Purification System 500L.
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WJ-ROA500
Wejing
1. High Efficiency: Our system utilizes advanced reverse osmosis technology, ensuring efficient removal of impurities, contaminants, and harmful substances from water.
2. Enhanced Water Quality: With its primary and secondary water treatment systems, our system guarantees superior water quality, meeting stringent industrial standards.
3. Cost-effective Solution: By providing reliable and long-lasting filtration, our system helps reduce operational costs associated with water treatment and maintenance.
4. Easy Installation and Operation: Our system is designed for easy installation and user-friendly operation, minimizing downtime and maximizing productivity.
5. Sustainable and Environmentally Friendly: The reverse osmosis process consumes less energy compared to traditional water purification methods, contributing to a greener and more sustainable environment.
model | Water yield T/H | Electric power KW | Return power % | Effluent conductivity US/CM | Number of membrane components | Raw water conductivity |
WJ-ROA500 | 0.5 | 0.75 | 50 | 3-8 | Two reverse osmosis membranes | <300 |
1. Industrial Manufacturing: Purifies water for food production, pharmaceutical manufacturing, and electronics assembly. Ensures high-quality water for critical industrial processes.
2. Agriculture and Irrigation: Provides clean water for crop irrigation. Improves plant health and increases yield by removing harmful contaminants.
3. Laboratory and Research: Delivers ultra-pure water for scientific experiments. Meets stringent requirements of research facilities and medical laboratories.
4. Commercial Establishments: Supplies purified water for hotels, restaurants, and spas. Ensures safe water for drinking, cooking, and guest services.
5. Municipal Water Treatment: Removes impurities from community water supplies. Helps provide clean drinking water to residential areas and public facilities.
6. Healthcare Facilities: Purifies water for medical equipment sterilization and dialysis machines. Ensures patient safety in hospitals and clinics.
7. Beverage Industry: Produces clean water for soft drinks, beer, and bottled water. Maintains consistent product quality and taste.
8. Textile Manufacturing: Supplies purified water for dyeing and finishing processes. Improves color consistency and fabric quality.
9. Power Plants: Provides treated water for cooling systems and steam generation. Extends equipment lifespan and improves energy efficiency.
10. Aquaculture: Purifies water for fish farms and aquariums. Maintains optimal water conditions for aquatic life.
1. Pre-Installation Check: Verify all components. Review installation instructions. Ensure proper tools are available. Check for damage during shipping.
2. System Connection: Connect to water source. Install plumbing fittings. Attach drain line. Connect storage tank. Follow guidelines for each connection.
3. System Start-up: Open water supply valve. Allow system to fill. Check for leaks. Flush system according to manual. Test water quality.
4. Regular Maintenance: Replace filters as scheduled. Clean membrane annually. Sanitize storage tank. Check and adjust system pressure. Monitor water quality.
5. Troubleshooting: Consult user manual for common issues. Check water pressure and flow. Inspect for leaks. Test water quality. Contact support if needed.
6. Water Quality Monitoring: Test output water regularly. Use provided test kit. Compare results to standards. Adjust system if necessary.
7. Filter Replacement: Turn off water supply. Release system pressure. Remove old filters. Install new filters. Sanitize system after replacement.
8. Membrane Cleaning: Prepare cleaning solution. Circulate through membrane. Rinse thoroughly. Test water quality after cleaning. Replace if performance declines.
9. System Winterization: Drain all water if freezing is possible. Disconnect power. Remove and store filters. Protect against frost damage.
10. Performance Optimization: Adjust pressure settings. Clean pre-filters regularly. Avoid extreme temperatures. Use system daily for best results.
Q: How often should I replace the filters in the system?
A: Filter replacement frequency depends on water quality and usage. Generally, it is recommended to replace pre-filters every 6-12 months and the RO membrane every 2-3 years.
Q: Can I use the system with well water?
A: Yes, the system can effectively treat well water. However, it is advisable to conduct a water analysis to determine any additional pre-treatment requirements.
Q: Is the system noisy during operation?
A: No, our system operates quietly. You may hear a slight sound during the water filling process, but it is minimal and should not cause any disturbance.
Q: Can the system remove fluoride from the water?
A: Yes, our reverse osmosis system is capable of removing fluoride along with other contaminants, ensuring clean and safe drinking water.
Q: What is the water wastage ratio of the system?
A: The water wastage ratio varies depending on factors such as water pressure and temperature. On average, our system achieves a 1:3 ratio, meaning for every gallon of purified water, three gallons are discharged as waste.
1. High Efficiency: Our system utilizes advanced reverse osmosis technology, ensuring efficient removal of impurities, contaminants, and harmful substances from water.
2. Enhanced Water Quality: With its primary and secondary water treatment systems, our system guarantees superior water quality, meeting stringent industrial standards.
3. Cost-effective Solution: By providing reliable and long-lasting filtration, our system helps reduce operational costs associated with water treatment and maintenance.
4. Easy Installation and Operation: Our system is designed for easy installation and user-friendly operation, minimizing downtime and maximizing productivity.
5. Sustainable and Environmentally Friendly: The reverse osmosis process consumes less energy compared to traditional water purification methods, contributing to a greener and more sustainable environment.
model | Water yield T/H | Electric power KW | Return power % | Effluent conductivity US/CM | Number of membrane components | Raw water conductivity |
WJ-ROA500 | 0.5 | 0.75 | 50 | 3-8 | Two reverse osmosis membranes | <300 |
1. Industrial Manufacturing: Purifies water for food production, pharmaceutical manufacturing, and electronics assembly. Ensures high-quality water for critical industrial processes.
2. Agriculture and Irrigation: Provides clean water for crop irrigation. Improves plant health and increases yield by removing harmful contaminants.
3. Laboratory and Research: Delivers ultra-pure water for scientific experiments. Meets stringent requirements of research facilities and medical laboratories.
4. Commercial Establishments: Supplies purified water for hotels, restaurants, and spas. Ensures safe water for drinking, cooking, and guest services.
5. Municipal Water Treatment: Removes impurities from community water supplies. Helps provide clean drinking water to residential areas and public facilities.
6. Healthcare Facilities: Purifies water for medical equipment sterilization and dialysis machines. Ensures patient safety in hospitals and clinics.
7. Beverage Industry: Produces clean water for soft drinks, beer, and bottled water. Maintains consistent product quality and taste.
8. Textile Manufacturing: Supplies purified water for dyeing and finishing processes. Improves color consistency and fabric quality.
9. Power Plants: Provides treated water for cooling systems and steam generation. Extends equipment lifespan and improves energy efficiency.
10. Aquaculture: Purifies water for fish farms and aquariums. Maintains optimal water conditions for aquatic life.
1. Pre-Installation Check: Verify all components. Review installation instructions. Ensure proper tools are available. Check for damage during shipping.
2. System Connection: Connect to water source. Install plumbing fittings. Attach drain line. Connect storage tank. Follow guidelines for each connection.
3. System Start-up: Open water supply valve. Allow system to fill. Check for leaks. Flush system according to manual. Test water quality.
4. Regular Maintenance: Replace filters as scheduled. Clean membrane annually. Sanitize storage tank. Check and adjust system pressure. Monitor water quality.
5. Troubleshooting: Consult user manual for common issues. Check water pressure and flow. Inspect for leaks. Test water quality. Contact support if needed.
6. Water Quality Monitoring: Test output water regularly. Use provided test kit. Compare results to standards. Adjust system if necessary.
7. Filter Replacement: Turn off water supply. Release system pressure. Remove old filters. Install new filters. Sanitize system after replacement.
8. Membrane Cleaning: Prepare cleaning solution. Circulate through membrane. Rinse thoroughly. Test water quality after cleaning. Replace if performance declines.
9. System Winterization: Drain all water if freezing is possible. Disconnect power. Remove and store filters. Protect against frost damage.
10. Performance Optimization: Adjust pressure settings. Clean pre-filters regularly. Avoid extreme temperatures. Use system daily for best results.
Q: How often should I replace the filters in the system?
A: Filter replacement frequency depends on water quality and usage. Generally, it is recommended to replace pre-filters every 6-12 months and the RO membrane every 2-3 years.
Q: Can I use the system with well water?
A: Yes, the system can effectively treat well water. However, it is advisable to conduct a water analysis to determine any additional pre-treatment requirements.
Q: Is the system noisy during operation?
A: No, our system operates quietly. You may hear a slight sound during the water filling process, but it is minimal and should not cause any disturbance.
Q: Can the system remove fluoride from the water?
A: Yes, our reverse osmosis system is capable of removing fluoride along with other contaminants, ensuring clean and safe drinking water.
Q: What is the water wastage ratio of the system?
A: The water wastage ratio varies depending on factors such as water pressure and temperature. On average, our system achieves a 1:3 ratio, meaning for every gallon of purified water, three gallons are discharged as waste.
We have always been committed to maximizing the "Wejing Intelligent" brand - pursuing champion quality and achieving harmonious and win-win results.