STARK Factory competitive price 20000LPD seawater desalination system reverse osmosis water system

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Large capacity professional water treatment plant provides you with the best quality and the most favorable products. Fast delivery and low MOQ. The most professional sales team provides you with the most efficient way to communicate, and the best engineer team provides you with the most suitable solution. We have a full range of products for you to choose from. RO pure water plant, seawater desalination plant, oil-water separator, wastewater equipment, etc., from home use to small businesses to large factories, we can handle different types of water projects. So far, we have handled 100,000 cases worldwide We have many different machines for you to choose from. If you have special circumstances, our engineer team will provide you with customized solutions. Choosing us, you have chosen the best water solution factory group made in China. Contact us for more information. We will provide you with the best solution, the best price with the fastest delivery time
 

The advantages of the seawater desalination system

 

The advantages of seawater desalination system are numerous, and these advantages make it play an important role in solving the global water scarcity problem. Here are some of the main advantages:

1. High Desalination Efficiency:
   • Seawater desalination equipment utilizes advanced membrane technologies (such as reverse osmosis, electrodialysis, etc.) or thermal technologies (such as multi-stage flash distillation, low-temperature multi-effect distillation, etc.) to efficiently remove salt and other impurities from seawater, producing high-quality freshwater.
2. Energy-saving and Environmentally Friendly:
   • Compared to traditional methods of water acquisition, such as from rivers or lakes, seawater desalination equipment consumes relatively less energy during the desalination process and can further reduce energy consumption by recovering and utilizing the energy in brine.
   • Additionally, the desalination process does not produce harmful byproducts and is environmentally friendly.
3. Strong Adaptability:
   • Seawater desalination equipment can adapt to various marine environments and climatic conditions, operating stably in tropical, temperate, and cold regions.
   • The equipment can also be customized according to specific seawater quality to ensure optimal desalination results.
4. Small Footprint:
   • Seawater desalination equipment is typically compact and occupies a small area, making it suitable for use in urban areas, islands, offshore platforms, and other spaces with limited room.
5. Easy Operation:
   • Seawater desalination equipment usually adopts an automated control system, making operation simple and convenient without requiring a large workforce.
   • The equipment operates stably with low maintenance costs and is easy to manage and maintain.
6. Stable Water Supply:
   • Seawater desalination equipment can provide a continuous and stable supply of freshwater, regardless of weather, season, or geographical location.
   • This is particularly important for arid regions, water-scarce areas, and situations where long-term, stable freshwater supplies are required.
7. Promoting Sustainable Development:
   • Seawater desalination technology helps alleviate the global water scarcity problem and promotes sustainable development.
   • By desalinating seawater, it enables effective utilization of marine resources and reduces dependence on and overexploitation of inland water resources.

Desalination rate of over 99%
High-efficiency desalination, pure and drinkable: Using high-performance reverse osmosis membrane technology, the desalination rate of produced water is guaranteed to be over 99%, effectively removing salt, heavy metals, bacteria and other harmful substances in seawater, and directly producing pure water that meets national drinking water standards, so that island residents or seaside vacationers can enjoy pure and sweet drinking water

Working process of RO system(seawater desalination system)

The working principle of seawater desalination equipment is mainly based on reverse osmosis technology

Pretreatment: Seawater first passes through the pretreatment system to remove larger suspended particles, organic matter, silt and other impurities. Use precision filters or security filters to remove finer particles and impurities to ensure that the water quality entering the reverse osmosis system meets the requirements.

Inlet pump: The pretreated seawater is sent to the inlet pump, and the seawater is sent into the desalination device through the pressure of the inlet pump.

Membrane separation: Inside the desalination device, a semipermeable membrane (also known as a reverse osmosis membrane) is used to separate seawater.

Freshwater collection: When seawater passes through the semipermeable membrane, water molecules and small cations dissolved in the water are separated to form fresh water. This fresh water is collected and stored in the fresh water tank.

Brine discharge: Part of the brine will be discharged to maintain the effectiveness of the semipermeable membrane and the stable operation of the system.