| Certification: | ISO9001, CE |
|---|---|
| Salt Rejection Rate: | 98.0% |
| Application: | Household |
|
Still deciding? Get samples of $ !
Order Sample
|
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
|---|
| Payment Methods: |
|
|---|---|
| Support payments in USD |
| Secure payments: | Every payment you make on Made-in-China.com is protected by the platform. |
|---|
| Refund policy: | Claim a refund if your order doesn't ship, is missing, or arrives with product issues. |
|---|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Solar Powered Water Desalination Water Purification By Solar Energy Solar Water Maker
to make fresh water and drinking water
This machine is a small seawater desalination system that uses solar power to generate electricity.
Solar watermaker has an output of 50L/hr and is suitable for use at the seaside and on boats.
It can fully meet drinking water standards and is convenient for domestic use, converting seawater into usable clean water.
1.Compact and Portable Design:
The equipment is small, lightweight, and easy to move, occupying minimal space. It can be conveniently installed at home or on boats.
2.Solar-Powered Operation:
By utilizing solar energy, it significantly reduces reliance on conventional electricity. Ample sunlight ensures the equipment operates efficiently and achieves the designated output.
3.UV Sterilization System:
Equipped with an ultraviolet sterilizer, it deeply disinfects desalinated seawater, ensuring water safety meets the standards for direct drinking or specific applications.
|
|
|
| 50lph Solar Water Maker | ||||
| No. | Item | Specification | Material | Unit |
| 1 | 50LPH SWRO |
Raw water pump | SUS316L | 1 set |
| 10" 5um Filter Cartridge | PE | 1 set | ||
| 10" 1um Filter Cartridge | PE | 1 set | ||
| High Pressure Pump: Pinfu | SUS316L | 1 set | ||
| SWRO membrane: SW-2521 membrane | Aromatic poly-amide | 2 pieces | ||
| RO membrane housing | FRP | 2 pieces | ||
| UV sterilizer: 10W UV sterilizer | SS304 | 1 set | ||
| 2 | Accessories | 10" 5um filter cartridge | 10" PP 5umPP filter | 1 lot |
| 10" 1um filter cartridge | 10" PP 1umPP filter | |||
| 3 | Solar System |
Solar powered | 20 KW | |
| Solar panel | 6 PCS | |||
| Inverter | 3KW | |||
| Battery | 100KW | |||
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.
|
|
-Coastal Household Use:
The 50L device is primarily designed for seawater treatment, customized based on water quality reports provided by clients. It utilizes seawater as its raw water source, catering to onboard water needs during maritime voyages.
-Remote and Water-Scarce Areas:
It offers a vital water supply solution for people in remote and water-scarce regions. By harnessing solar energy for power generation, it significantly reduces operational costs while meeting daily household water demands.
-Agriculture and Irrigation:
The device can be installed outdoors to facilitate agricultural irrigation. It is particularly effective in areas with hard water or high salt content, as the treated water helps protect crops from potential damage.
-Industrial and Specialized Applications:
In industrial and specialized applications, such as food processing and chemical production, where substantial amounts of clean water are required, the solar water maker provides a reliable water source. This reduces dependence on conventional energy sources, contributing to more sustainable industrial operations.
SWRO process flow chart:More swro desalination system
| Please Attention | ||
| All the source water quality is not always the same. This is a short comparison between samples: | ||
| Item | source water(Saltness) | Simple TDS range |
| 1 | Tap water: 0.1-7mg/l | TDS range: 100ppm to 700ppm |
| 2 | Brackish water:0,7 to 10 g/l | TDS range: 700ppm to 10000ppm |
| 3 | Northern Sea close to estuaries :21 g/l | TDS range: 10000ppm to 21000ppm |
| 4 | Atlantic Ocean :35 g/l | TDS 35000ppm |
| 5 | Mediterranean Sea :38 g/l | TDS 38000ppm |
| 5 | Arabian Sea :45 g/l | TDS45000ppm |
| 6 | Red sea: 41g/L | TDS 41000ppm |
| 7 | Dead Sea :300 g/l. | TDS 300,000ppm |
| 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). |
|||||
| ·suit for long-distance transport ·easy installation ·save space for customers More detail need customized according user requirement. |
|||||
| 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). |
|||||
| ·suit for long-distance transport ·easy installation ·save space for customers More detail need customized according user requirement. |
|||||
1- Incoming/Feed water: From well, brackish water, seawater or other? let us know water Conductivity/TDS(Total dissolved solids) or send water test report.
2- Treated water purpose: For human daily use (TDS less than 500ppm) or irrigation or other purposes?
3- Output/Definite flow: How many liters/gallons per hour?5000L/hr, 10m3/hr…..to 50m3/hr.?
4-How many hours of the day are the most intense sunlight? 4,5 or 6 hours?
5-The system is set up to use solar electricity first, but when there is rain, overcast or clouds covering the solar panels, is the municipal power supply automatically replenished? Solar battery storage to supply? Or is it supplemented by diesel power?
Without a steady supply of solar power from the batteries or municipal power, the inverter output voltage can become unstable and cause the water system to shut down.
Which type of supplemental power supply do you want?
6-If municipal power or diesel generation is used as a supplement?
7-Is the local voltage frequency 380V,50hz,3phase or others?
Quickly discuss and reply you.
){kind=link}