Avin industrial company is a manufacturer and supplier of a wide variety of industrial water purifier plants and equipment, such as commercial water softeners, chemical dosing systems, demineralized, sample coolers, water filters, UV and Reverse Osmosis systems, and more. Here we present a comparison of industrial water purifier versus commercial water softener. This extensive range of water treatment plants and equipment can be found on our website. We have experience building entirely bespoke systems to meet the requirements of our customers, such as the Glycol Recovery Unit pictured above. If you have a specific requirement, please get in touch with us using the form located at the bottom of this page. We look forward to hearing from you! 
Provision of Services for the Installation, Repair, and Maintenance of Water Treatment Equipment Avin, in contrast to many other suppliers, possesses its very own team of highly trained installation, repair, and maintenance technicians who are stationed all over the UK. The correct installation of your equipment, along with a Planned Maintenance Contract that calls for either annual or bi-annual service, can help to ensure that it will continue to be reliable. Give us a call if you have an existing piece of plant or equipment that needs to be repaired or maintained, and we will do our best to assist you in this endeavor. Water Filters We offer a comprehensive selection of water filtration systems to deal with a wide variety of water contaminants, including the following:
- Filtration systems that use sand and various types of media to remove suspended solids and silt
- Filters for the removal of iron and manganese
- Filters that correct the pH
- Nitrate removal plant
- Filters made of activated carbon that remove flavors, odors, and organic substances
- Filters using cartridges and bags
- Filtration Systems That Use A Backwash
Please get in touch with us as soon as possible, whatever your requirements for water filtering may be. For further information on our selection of back-washable multi-media filters, please see the link provided above to download the PDF booklets. 
Reverse Osmosis Systems A system known as reverse osmosis, or RO, may generate water of a quality that is nearly identical to that of deionized water on an ongoing basis without the use of potentially harmful chemicals. The removal of between 95 and 98% of the TDS by reverse osmosis leads to a significant reduction in boiler blowdown, which results in cost and energy savings. The bicarbonate alkalinity, which is a significant contributor to the corrosion of condensate, is likewise decreased by RO. The manufacturing of pharmaceuticals and microelectronics, as well as any other application that requires mineral-free water for process washing or as a component in product formulations, are excellent candidates for the use of high-purity RO water. In addition to providing reverse osmosis anti-scalants and membrane cleaning chemicals, Avin offers a variety of reverse osmosis systems, both pre-packaged and custom-designed. To obtain the most recent version of our RO brochure, please click here. Sample Coolers It is required by law to have a sample cooler to ensure that water samples taken from steam boilers and heating systems can be done so without risk. Our standard sample cooler is constructed with a coil made of stainless steel in one piece and a cooling jacket made of carbon steel. Control valves may be included in the delivery option at the customer's request. The cooling water flow should be linked to the bottom input of the sample cooler, and the top discharge from the sample cooler should flow out to an open tundish drain. The installation of the sample cooler should follow these instructions: Because of the way this design is set up, the sample cooler jacket will always have cooling water inside of it, and the operator will always be able to watch the flow of cooling water, which is important for safety reasons. 
Lakos Separators (Hydrocyclones) To efficiently remove suspended particles from a recirculating water system, a Lakos hydro cyclone separator is an excellent choice of equipment. Installing the Lakos separator can be done on a side stream of the system pipework or in the whole circuit of the system. The latter is the more frequent method. The water passes through the Lakos separator, and the cyclone or centrifugal force of the hydrocyclone causes the particles that are denser than water to be ejected into the dirt bowl of the unit, where they may be removed and discarded. A Lakos cyclone separator, when used in conjunction with a Polyshield dispersant, is suitable for cleaning out a heating or chilled water system that is contaminated with sludge. The Lakos hydrocyclone may also be used as a side-stream filter on a cooling water system or in conjunction with a basin sweeper system to maintain the cleanliness of a cooling tower pond. Both of these applications are intended to keep the water in the cooling towers clean. Simply click here to obtain further information on Lakos Separators. Demineralizers and Water Deionizers Ion exchange systems, also known as demineralized and deionizers, are responsible for the removal of naturally occurring mineral impurities from water, leaving behind only pure H2O. Demineralized water is also known as deionized water. In most cases, a deionizer is an expensive piece of machinery that makes use of dangerous chemicals; however, the Aquapure deionizer is a risk-free and inexpensive method of producing a few thousand liters’ worth of deionized water. The Aquapure deionizer employs a mixed-bed disposable resin to remove mineral impurities from the water. This resin works by adsorbing the minerals. When the deionizer resin has reached the end of its useful life, you may simply throw it away and replace it with new resin before continuing. 
The Aquapure is the ideal way to produce deionized water for applications such as battery top-up water, washing glass and windows, and filling closed heating and cooling systems. These applications require a deionizer to reduce the TDS or chloride levels in the water, and the Aquapure is the ideal way to accomplish this. Avin industrial company is an industrial water softener manufacturer, supplier, and water treatment specialist with over 30 years of experience in the design and installation of commercial water softeners and industrial water softening systems. The company is situated in the United Kingdom. Our extensive selection of water softeners for hard water offers a method that is both affordable and efficient for resolving issues that are brought on by hard water. To assure many years of dependable operation, each of our industrial water softeners features an uncomplicated design that is combined with sturdy construction. What are the advantages of utilizing a softener? Reduced need for maintenance and increased useful life of the equipment decreased use of energy and resources Improved and less difficult cleaning. No more soap scum No scale formation Coverage Extending Across 
Flow rates ranging from a few liters to more than 48 meters cubic feet per hour Automatic regeneration Simplicity and dependability are paramount. Cost-effective Service for the installation of water softeners Personalized conceptualization and production. Downloadable PDF Our Guide to Choosing Your Water Softener is available for download here. Installation, servicing, and maintenance of water softening equipment Not only can we design and construct your system, but we also have a team of skilled installation technicians that operates throughout the UK who can install it for you and provide an ongoing water softener maintenance service to ensure that it continues to function at its best. If you're interested in learning more about how we can help you with your system, feel free to contact us today. Simply follow the link provided below to see the page about our Water Softener Service. Where might you find our commercial water softeners being put to use? Healthcare Facilities, including Hospitals 
Buildings that are used for businesses and building services
- Hotel Water Softeners
- Laundry Water Softeners
- Industrial Manufacturers
- Bakers and Commercial Kitchens
- Processing of Food in Industrial Settings
- Steam Boiler Water Softeners
- Cooling Water Softening
- Conditioning of the Air, together with Humidification
What exactly does "Hard" Water mean? water-softener-diagram-small The presence of calcium and magnesium salts, which exist naturally and may be found in varying amounts in different kinds of water, is the primary contributor to the hardness of the water. The "hardness" of the water is proportional to the concentration of these salts in the water. Hard water gets its name from the fact that calcium and magnesium salts react with soap and detergent to generate an insoluble scum, which makes it "hard" to make a lather with soap and detergent. Hard water also makes it more difficult to clean dishes. This is an expensive problem for commercial laundry and significantly increases the amount of work that has to be done in housekeeping at a hotel, which is why a hard water softener is an absolute need. Not only does washing with soap and detergent require more effort and result in higher costs, but hard water also results in the formation of scale and limescale when the water is heated. 
When you heat hard water, the calcium and magnesium salts that were previously soluble become insoluble, and a deposit that looks like rock develops on the surface of the heat transfer. What difficulties does scale/limescale cause? Costs You More Money in Energy Bills Because it works as insulation, the scale makes your home much less efficient at heating or cooling the air, which drives up your energy bills. A cooling water softener or boiler feed water softener may quickly pay for itself in decreased energy expenditures in a variety of commercial and industrial applications. These applications include boilers and cooling water systems. Scale limits the internal bore of pipework, which causes reduced flow and increases pumping costs since the pumps must work harder to provide the appropriate water volume. Scale also causes wear on the moving parts of the pump, which can lead to premature failure. Overheating and Hot Spots Scale is an insulator, thus because it is present on heat transfer surfaces, it can cause hot spots to develop if heat is not transmitted away quickly enough. This can lead to overheating. This overheating might create a breakdown in a steam boiler, which could have potentially catastrophic consequences; hence, an effective boiler water softener is an essential component of the feed water treatment system. How does a water softener function, and what exactly does an ion exchange water softener accomplish? An ion exchange resin is a type of solid media that is contained within a hard water softener. This resin is responsible for exchanging the "hard" salts of calcium and magnesium for the "soft" salts of sodium, which do not contribute to the formation of scale or soap scum. This is a tried-and-true chemical procedure that has been around for a long time. 
The ion exchange resin will eventually get depleted from the process of softening the water, at which point it will need to be regenerated using a brine solution that is prepared from affordable granular or tablet salt. This automated regeneration consists of three different cycles: backwash, brine-draw, and rinsing. During these cycles, the accumulated hardness is washed away from the resin and down the drain. A built-in time clock or volumetric water meter will often be responsible for initiating the regeneration process automatically. In situations in which a continuous supply of soft water is necessary, it is possible to accomplish this goal through the use of duty/standby duplex, twin-tank, or multi-stream arrangements.