The main parts and components are made of well-known products with reliable performance;
The system has no wearing parts, no need for large amounts of maintenance, and the operation is effective for a long time;
The system is set up with soft start, and the pressure is slowly raised to avoid the compaction damage to the RO membrane by water hammer phenomenon;
The design of the device should avoid back pressure on the membrane element;
Setting a low pressure switch to protect the high pressure pump from damage due to water supply stoppage;
Automatic rinsing of the membrane element when the system is turned on, and the desalinated water can automatically rinse the membrane surface contaminants clean and reduce the rate of contamination;
Automatic fresh water refilling when the system is shut down to prevent seawater from staying and contaminating the membrane element;
Setting inlet and discharge pressure gauges to continuously monitor the differential pressure of the RO membrane, prompting the cleaning time, and designed with a membrane cleaning system;
The system automatically stops when the terminal tank reaches a high liquid level, and automatically starts replenishing water when the liquid level is lower than the center level;
The whole system is controlled by Siemens (or the same grade brand) PLC + 10″ touch screen program, and is equipped with alarm system Desalination is mainly used to provide drinking water and agricultural water, and sometimes edible salt is also produced as a by-product.
Benefits of Seawater Desalination:
Here are the main benefits of desalination that shows why desalination is a viable alternative to existing freshwater resources:
Provides people with potable water (clean & fresh drinking water).Provides water to the agricultural industry.Water quality is safe (not dangerous or hazardous to any living thing).Uses tried-and-tested technology (the method is proven and effective).Helps preserve current freshwater supplies.Unlimited ocean water as source.Independent of changing factors.Plants are safely located.Help with habitat protection.
[1] Seawater reverse osmosis systems remove dissolved salts and other minerals from seawater and turn it to drinking water which provide a solution for areas that have limited resources of fresh water and a reliable alternative source of water in times of severe drought
[2] Desalination also produces water that can be used for irrigation, which is great for arid regions or in many areas around the world that are experiencing droughts.
[3] Progressive improvements in the performance of RO membranes have greatly enhanced the use of seawater desalination as an alternative for fresh and potable water production.
[4] Seawater desalination systems have been in use for decades now, and its method has been proven effective in creating fresh sources of drinking high quality water that is considered to be safe and reliable. The process has been tried and tested in many industries and applications over the years.
[5] As the freshwater supply on our plant is limited, we should preserve its resources by utilizing the method of desalination to eliminate water shortage crisis that the world might face. [6] Seawater is almost an inexhaustible source to produce freshwater through desalination, so even in times of droughts, there will be sufficient access to fresh water supply.
[7] Unlike other solutions that heavily rely on uncontrollable factors like rain or snowfall, seawater desalination systems do not rely on anything other than the ocean or seawater
