Product Introduction
A 1000 LPH system produces approximately 1,000 liters of purified water per hour under the specified operating conditions. This capacity makes it suitable for small and medium-sized factories, commercial facilities, schools, hotels, food and beverage operations, and industrial processes that require a stable supply of treated water.
This equipment features a modular design for easy transportation and installation, and it can be expanded to accommodate growing water demands. Its intelligent control system enhances operational convenience and reduces energy consumption. Widely used in medical, textile, cosmetics, and medium-scale industrial production, this equipment helps customers achieve efficient and cost-effective water use.
With a rated production capacity of approximately 1,000 liters per hour under specified operating conditions, this 1000 LPH RO system is designed to meet the regular water treatment needs of small and medium-sized businesses.
can provide a stable supply of purified water for manufacturing processes, food and beverage production, schools, hotels, commercial facilities, and other applications that require consistent water quality.
The actual daily water production depends on the system's operating hours and working conditions.For example, operating the system for eight hours may produce approximately 8,000 liters of treated water under suitable conditions.This allows customers to select a system according to their actual production schedule and water demand rather than relying only on a nominal daily capacity.
The 1000 LPH water purification system combines multi-stage pretreatment with reverse osmosis technology to provide a more comprehensive treatment process than a single filtration stage.
Pretreatment helps reduce suspended particles, chlorine, hardness, and other substances that may affect downstream RO membrane performance, while the reverse osmosis stage further reduces dissolved salts and many other impurities from the feed water.
This combination helps protect the RO membranes, support more stable system operation, and provide consistent treated water quality.
The exact pretreatment configuration should be selected according to the source and analysis of the feed water, since municipal water, well water, and groundwater may have significantly different levels of TDS, hardness, iron, silica, and other contaminants.
The 1000 LPH pure water equipment is designed as an integrated system, with the main treatment components assembled before delivery. This approach reduces the amount of complex assembly required at the installation site and helps simplify the overall installation process.
By delivering the equipment as a pre-assembled system, customers can reduce on-site installation work and connect the required water, drainage, and electrical systems more efficiently. This can help shorten installation time and make the equipment easier to put into operation.The integrated structure also helps reduce installation complexity and minimizes the need for extensive on-site assembly. For businesses with limited technical personnel or strict project schedules, this can make the installation and commissioning process more convenient.
This makes the equipment a practical choice for customers looking for a ready-to-install 1000 LPH RO system that can simplify project implementation while maintaining reliable water treatment performance.
Regular maintenance is essential for maintaining the performance of any professional RO water treatment system.The equipment is designed with a modular structure and accessible components to help simplify routine inspection, filter replacement, membrane monitoring, and servicing.Maintenance requirements may vary according to the feed water quality and operating conditions.
Pretreatment filters may require periodic replacement, while RO membrane performance should be monitored through parameters such as pressure, flow rate, and product water conductivity.Appropriate membrane cleaning may also be required when fouling or scaling affects system performance.
By making key components easier to access and maintain, the system can help reduce unnecessary service complexity and support more reliable long-term operation.
Operating Parameter
| Operating Parameter | Specification |
|---|---|
| Feed Water Temperature | 15–45°C |
| Ambient Temperature | 5–45°C |
| Recovery Rate | 75% |
| Control Options | Basic Control, PLC, PLC+, Touchscreen, DCS |
| Power Supply | 380V/50Hz, 480V/50Hz |
Why Choose Us
With 18 years of expertise, Yixuan provides tailored water treatment solutions to clients worldwide.
- Expertise: Over 18 years of industry experience with a proven track record
- Technology: State-of-the-art components and processes
- Quality Assurance: Rigorous testing and compliance with international standards
- Exceptional Service: End-to-end support, from installation to operation
Recommended FAQ Section
Q: What water sources can the 1000 LPH pure water equipment treat?
A: The system can be designed for municipal tap water, well water, groundwater, and other suitable freshwater sources. The required pretreatment depends on the actual water quality. A feed water analysis is recommended before final equipment selection.
Q: How much water does a 1000 LPH RO system produce per day?
A: At its rated capacity, the system can produce approximately 1,000 liters per hour.If operated for 8 hours, the theoretical production is approximately 8,000 liters.Actual production depends on operating conditions, feed water quality, temperature, maintenance, and operating hours.
Q: What is the recovery rate of this 1000 LPH RO system?
A: The system is designed with a recovery rate of up to 75% under suitable operating conditions.The actual recovery rate may vary depending on feed water quality, TDS, hardness, silica, membrane configuration, and scaling potential.
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