| Certification: | ISO9001, CE |
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| Salt Rejection Rate: | 98.0% |
| Application: | Household |
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Solar Reverse Osmosis Ro System 1000lph Solar Powered Water Treatment Systems
Solar Water Purification System to make fresh water
A solar powered reverse osmosis water system is a device that uses solar energy as energy to remove impurities from water (such as seawater, brackish water, etc.) through reverse osmosis technology to produce fresh water.
The system integrates multiple technical links such as solar heat collection, power conversion and reverse osmosis membrane separation to achieve a green and sustainable process of extracting fresh water from water.
1.Low operating cost:
Solar energy is free energy, so the solar-driven reverse osmosis water system can save a lot of energy costs in long-term operation.
2.Strong adaptability:
It is suitable for scenarios such as remote areas, islands, disaster areas, etc. where there is a lack of power supply, providing these areas with a reliable source of fresh water.
It can process water from different sources and different salinities, and has a wide range of adaptability.
3.Good water quality:
The reverse osmosis membrane has a high desalination rate and can effectively remove harmful components such as inorganic salts, heavy metal ions, organic matter, bacteria, etc. in the water. The fresh water produced is of excellent quality, even better than tap water.
4.Sustainability:
Solar energy is an inexhaustible and inexhaustible energy source with long-term sustainability, which enables the system to have a stable energy supply in long-term operation
| HY-1000L/hr solar reverse osmosis water system | |||
| Flow rate | 1000L/hr | Recovery rate | 50% |
| Applicable power | 1PH x 220V, 50Hz | Rated power | 1.65KW |
| Solar powered | 35 KW | Inverter | 44KW |
| Solar panel | 14 PCS | Battery | 14PCS, 36KW |
| Incoming TDS | 80-100 ppm | output water TDS | <0.6ppm |
| Working pressure | 2.9 Bar | operating temperature | 5-45ºC |
| Feedwater residual chlorine | <0.1ppm | Feedwater SDI | <5 |
| Feedwater turbidity | <1NTU | Feedwater PH value | 6.5-7 |
| RO membrane housing | 4PCS 4040×1 cores | RO membrane | 4PCS |
| Variable-frequency Drive | For each pump | Container | No |
1.Provide fresh water supply:
By desalinating seawater or brackish water, it provides a sustainable source of fresh water for humans, alleviates the fresh water crisis, and meets the fresh water needs of industry, commerce, residents and other fields.
2.Improve water quality:
Remove harmful components in water, ensure drinking water safety, and improve people's quality of life.
3.Respond to natural disasters:
After a natural disaster occurs, the system can quickly provide fresh water, support disaster relief and reconstruction work in the disaster area, and ensure the basic living needs of the affected people.
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SWRO Process steps introduction
| Pre-treatment | Feed water pump, Stainless steel 316L | Provide pressure for filters; |
| Quartz sand filter | Remove suspended particle and large impurity. In this system; | |
| Active Carbon Filter (option) | Remove the color, free chloride, organic matter, harmful matter, ect; | |
| Anti-scalant system | To add chemicals to remove some impurities and prolong thememebranes using/washing time(prevent membrane blocking) | |
| Manual/Auto control valves | Flushing sand/carbon filter after some time | |
| 5micron filter | Remove larger than 5 micro colloids in the water. In this system | |
| 1micron filter | Remove larger than 1 micro colloids in the water. In this system | |
| Seawater RO Main Part | High pressure pump, Stainless steel 316L | Provide the high pressure to RO membrane; |
| Ro membranes | More than 98% desalination rate, can remove ions except H2O. | |
| CIP system | To washing the membranes when it is blocked after using for long time | |
| Electronic control panel | PC controller or PLC and HMI controller |
SWRO process flow chart:
| Below is 20GP container capacity paramete | |||||
| Model | Membrane model*qty | Capacity m3/D | Weight/kg | Operating Pressure/Mpa | Power |
| HYSW-20GP-20 | 4040×8 | 20 | 2800 | 4.0-6.5 | 220V-440V/ 50Hz-60Hz |
| HYSW-20GP-26 | 4040×10 | 26 | 2860 | 4.0-6.5 | |
| HYSW-20GP-30 | 4040×12 | 30 | 2920 | 4.0-6.5 | |
| HYSW-20GP-40 | 4040×16 | 40 | 3030 | 4.0-6.5 | |
| 20GP Container-frame: 20 ft according to ISO- standard (5.85x2.23x2.15 meter). |
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| ·suit for long-distance transport ·easy installation ·save space for customers More detail need customized according user requirement. |
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| Below is 40HGP container capacity paramete | |||||
| Model | Membrane model*qty | Capacity m3/D | Weight/kg | Operating Pressure/Mpa | Power |
| HYSW-40HGP-60 | 8040×6 | 60 | 4900 | 4.0-6.5 | 380V-440V /50Hz-60Hz |
| HYSW-40HGP-80 | 8040×8 | 80 | 5050 | 4.0-6.5 | |
| HYSW-40HGP-100 | 8040×10 | 100 | 5150 | 4.0-6.5 | |
| HYSW-40HGP-120 | 8040×12 | 120 | 5230 | 4.0-6.5 | |
| HYSW-40HGP-150 | 8040×16 | 150 | 5530 | 4.0-6.5 | |
| Container-frame: 40 ft according to ISO- standard (12,4 x 2,4 x 2,8 meter). |
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| ·suit for long-distance transport ·easy installation ·save space for customers More detail need customized according user requirement. |
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