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| Water Source: | Seawater | Technology: | Reverse Osmosis RO |
|---|---|---|---|
| RO Membrane Brand: | DOW / Toray / Hydranautics | Product Water Capacity: | 500L/H – 100m3/h |
| Desalination Rate: | ≥99.5% | Recovery Rate: | 35% – 45% |
| Product Water TDS: | <500 Ppm | Feed Water Salinity: | ≤45000 Ppm |
| High Pressure Pump: | Grundfos/CNP | Pretreatment System: | Sand Filter + Carbon Filter |
| Membrane Housing: | FRP / SS316L | Voltage: | 220V / 380V / 415V |
| Certification: | ISO / CE / SGS |
An Energy Saving SWRO System is an advanced seawater reverse osmosis solution designed to reduce power consumption while maintaining stable freshwater production from seawater sources. The energy saving desalination system is widely used in industrial plants, islands, resorts, offshore projects, municipal water supply, marine engineering, and coastal infrastructure where operating cost control is critical.
By integrating energy recovery devices, high-efficiency pumps, optimized membrane configurations, and intelligent PLC control systems, the energy saving SWRO plant significantly lowers energy usage compared with conventional desalination systems.
An Energy Saving SWRO System is a seawater reverse osmosis desalination plant specially engineered to optimize energy efficiency during seawater treatment and freshwater production.
Traditional desalination systems often consume large amounts of electricity because seawater requires very high operating pressure to pass through reverse osmosis membranes. Energy saving desalination systems reduce this power demand through process optimization and advanced energy recovery technologies.
A complete energy saving SWRO system generally includes seawater intake system, raw water transfer pumps, multi-media pretreatment filters, cartridge filtration, chemical dosing system, high-efficiency high-pressure pumps, energy recovery device, SWRO membrane skids, PLC automatic control system, CIP cleaning system, and freshwater storage and distribution.
Inside the membrane modules, freshwater is separated from dissolved salts and impurities. The concentrated brine stream still contains high pressure energy. Instead of wasting this pressure, the energy recovery device transfers the remaining energy back into the system, greatly reducing total power consumption.
| Item | Specification |
|---|---|
| Product Name | Energy Saving SWRO System |
| System Type | Energy Saving Desalination Plant |
| Capacity Range | 10–10000 TPD |
| Water Source | Seawater |
| Technology | Seawater Reverse Osmosis |
| Salt Rejection Rate | ≥99% |
| Product Water TDS | ≤500 ppm |
| Recovery Rate | 35–50% |
| Energy Recovery Device | PX / Turbocharger / ERD |
| Specific Energy Consumption | 2.5–4.5 kWh/m³ |
| Pretreatment | MMF + ACF + Cartridge Filter |
| Membrane Type | SWRO Membrane |
| High Pressure Pump | High Efficiency Duplex Pump |
| Operating Pressure | 55–75 Bar |
| Control System | PLC + HMI |
| Cleaning System | CIP System |
| Chemical Dosing | Antiscalant / Acid / Sodium Bisulfite |
| Monitoring | Conductivity / Flow / Pressure |
| Frame Material | SS304 / SS316L / Duplex |
| Piping Material | UPVC / SS316L / Duplex |
| Installation Type | Skid Mounted / Containerized |
| Operation Mode | Fully Automatic |
| Power Supply | 380V / 415V / 440V |
| Application | Industrial / Municipal / Offshore |
The energy saving SWRO system uses advanced energy recovery technology to significantly reduce power consumption during seawater desalination.
The desalination plant can use PX devices, turbochargers, or other ERD technologies to recycle pressure energy from the concentrate stream.
Lower electricity consumption directly reduces long-term operational costs for industrial and municipal desalination projects.
Advanced SWRO membranes provide stable freshwater production with high salt rejection and optimized water recovery.
The system supports automatic operation, pressure adjustment, alarm monitoring, and remote management through PLC and HMI control systems.
The energy saving desalination system is designed for continuous 24-hour operation in industrial and coastal environments.
Marine-grade materials including SS316L and duplex stainless steel improve corrosion resistance and service life.
The energy saving SWRO plant can be configured as skid-mounted, containerized, or modular systems according to project requirements.
Coastal cities and municipalities use energy saving desalination systems to reduce public water production costs and improve freshwater sustainability.
Industrial seawater RO systems provide energy-efficient utility water and process water for large manufacturing zones.
Island resorts and coastal hotels require energy saving desalination systems to reduce electricity costs while maintaining stable freshwater supply.
Offshore oil & gas platforms use energy-efficient SWRO systems where power availability and operational cost control are critical.
Mining facilities near coastal regions use energy saving desalination systems to reduce freshwater transportation and power consumption.
Thermal power plants and industrial utility systems use energy saving seawater RO systems for cooling water pretreatment and make-up water supply.
Marine construction sites and offshore infrastructure projects require compact energy saving desalination systems for remote freshwater production.
Food processing factories near coastal areas can use low-energy seawater RO systems for utility and process water production.
CHONGYANG WATER is a professional manufacturer of energy saving SWRO systems and energy-efficient seawater desalination plants for industrial, municipal, and offshore applications worldwide.
Looking for a reliable Energy Saving SWRO System manufacturer? CHONGYANG WATER provides customized energy saving desalination plants, low-energy seawater RO systems, industrial SWRO solutions, and turnkey seawater treatment projects for global industrial and municipal customers.
Contact our engineering team today for technical consultation, process optimization, and competitive quotations for your energy saving desalination project.
Contact Person: Ms. Yanni.Wang
Tel: 86 15900488030
Fax: 86-21-66126659