How RO Membrane Tech Contributes to the Carlsbad Desalination Project

The Carlsbad Desalination Project is a state-of-the-art facility that will produce 50 million gallons per day of industrial reverse osmosis water when construction is completed near the end of 2015. Although RO membrane desalination on a large scale like this is almost unheard of in the United States, it has been used throughout the world for years. Desalination has made great strides just in the last decade. It has been used in the more arid, coastal regions around the world, in more than 21,000 facilities in over 120 countries. Arid, coastal regions are the most cost-effective and efficient choice because they are dry areas and they have easy access to the ocean, which is the largest water source in the world, to produce drinking water. Areas such as the Mediterranean, Caribbean, and Middle East have seen an exponential growth in reverse osmosis membrane desalination. Saudi Arabia is home to the world’s largest desalination plant.
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The Special Workings of RO Membranes

Among the components of a reverse osmosis (RO) system, the membrane is regarded as the most crucial part. The RO membrane works alongside high pressure pumps so as to purify water. If the membrane is not up to par, solid particles will not be filtered out adequately.

Something in the Water: Dangerous Contaminants

Water is an essential part of life. Though one doesn’t actually need to drink eight glasses a day, you will need to drink pure water. Most people, however, aren’t aware of what’s in the water they’re drinking. Here are a few of the contaminants that can be found in water.

Reverse Osmosis System: How It Works

In ancient times, the world provided living things with sufficient amount of potable water through freshwater ponds, lakes, and streams among others. Unfortunately, the rapid surge of population growth and environmental damage greatly reduced such availability of drinkable water, thereby pushing man to find ways on how to maximize other water sources. 

According to the United Nations, around 1.8 billion individuals are predicted to live in areas with scarce water supplies by 2025. Increasing industrial demand, droughts, and population growth are primary contributors of water shortages in the world.