With Industrial Reverse Osmosis, Even Wastewater Can Be Made Drinkable

The end to California’s long-standing drought is nowhere in sight. That said, water supply in the state is steadily dwindling, and pretty soon there would be nothing left if no solution is put into effect. So what are the authorities doing about it, you may ask?

Popular Science contributor Brooke Borel was in California recently, spending some time at an event at the California Academy of Sciences in San Francisco. In the gathering, he met a few people from the San Francisco Public Utilities Commission, which previously talked about where wastewater goes and how water recycling works in general. Borel then inquired about how wastewater gets treated, and if the resulting water can be consumed per se; a welcome idea considering the Golden State’s parched status.
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Industrial Applications of Reverse Osmosis System

The process of reverse osmosis (RO) has dramatically changed through the years—what was deemed a far-reaching concept in the past has evolved into one of the most effective water filtration solutions today. Despite how complex it may sound, RO is basically a simple process.

RO explained

In osmosis, a lower-concentrated solution will seep through a semi-permeable membrane into the side with higher concentration. As the name suggests, RO is just a reversal of that process, wherein a large amount of osmotic pressure is applied to push the solvent from the area of greater concentration and filter it out toward the less concentrated solution. This leaves a higher concentration of solute on one side, and only solvent on the other.

AXEON is Launching its X1-Series 8” Industrial Reverse Osmosis Systems

Among the clients we at AXEON Water Technologies serve are those from the industrial sector. Our commitment to the best possible service has led us to understanding the particular demands of industrial applications, thus allowing us to continue updating our offerings for any needs that emerge as time goes by.

This is why we are proud to announce that we are launching the AXEON X1-Series 8” Industrial Reverse Osmosis Systems product line. As with our previous systems, efficiency has been the guiding principle in the development and manufacture of the X1-Series. This line is designed to serve as a cost-effective solution that will meet the growing demands posed by the industrial treatment of tap or well water for use in a diverse set of applications across different industries, including the pharmaceutical, food and beverage, microelectronics, healthcare, agriculture, chemicals, and power sectors.
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Making Potable Water from Brackish Groundwater

Water is one resource that’s indispensable and something that no one can live without. Yet surface water sources have been gradually depleting both due to long-term drought conditions and fresh groundwater aquifers being over-pumped, thus brackish groundwater is now being considered as the next best available water source for states with a fast-growing population.

How Industrial Reverse Osmosis Benefit Metal Finishing Operations

Rinse water quality is essential in metal finishing. Excessive water hardness and high total dissolved solids (TDS) in the water can seriously impair coating performance. TDS are likely to be deposited on the metal parts during the rinsing process. Chlorides, sulfates, calcium, along with other minerals and chemicals can stick to the metal substrate as water evaporates. Water softening isn’t the solution because this merely replaces calcium and magnesium with sodium, which serves as the catalyst for premature corrosion, coating delamination, and other expensive coating failures.

Additionally, these contaminants can result in huge waste water disposal during the recovery process. Most recovery technologies carry with it the drag-out from the bath process to the rinse water. The contaminants from this drag-out, in turn, accumulate levels high enough to cause bath chemistry failure and huge solution disposal.
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For Premium Quality Industrial Reverse Osmosis Systems, Choose AXEON

AXEON Water Technologies has been a leading manufacturer of industrial reverse osmosis systems for over 25 years. We manufacture standardized and customizable solutions ranging from 40 gpm (gallons per minute) to 325 gpm (57,600 gpd to 468,000 gpd). AXEON’s industrial reverse osmosis systems are engineered with the highest quality components to produce high purity water by reducing contaminants such as particulates, organic impurities, and dissolved minerals. Most industrial reverse osmosis systems contain horizontally mounted membrane housings which have multiple industrial reverse osmosis membranes measuring 8-inches. This allows the system to efficiently and constantly produce a massive amount of water while minimizing product costs and maintenance.
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Harmful Contaminants Filtered Out by RO Membranes

Many industrial manufacturers understand that freshwater is a scarce resource, which is why a majority of those in the industrial sector use their own water supply. In order to ensure the water that is used in their manufacturing process is pure, many choose to use reverse osmosis (RO) membranes.

RO membranes are a vital filtration technology. Their semipermeable nature allows water to pass through effortlessly, yet trap harmful contaminants that may be present in water. Some of the most harmful contaminants an RO membrane can filter include:

Finding Good Industrial Reverse Osmosis Membranes

Reverse osmosis (RO) has become one of the most widely used water purification technologies around the world. Modern industries are finding more and more uses for RO by the day. The main component of the RO system that makes it so useful is the reverse osmosis membrane, which is a semi-permeable sheet where water passes through to remove any impurities and contaminants. Since it is such an important component, one should always try to find quality reverse osmosis membranes using these guidelines:

Cleaning Out the Reverse Osmosis Membrane

At the heart of any reverse osmosis system is its membrane. This is why it is essential that it gets cleaned every now and then to ensure that it continues to work well and bring quality water. The recommended number of times it needs to be cleaned a year is anywhere from 1 to 4 times and this will depend on the feed water quality.