Application: Food and beverage
This is model BW-22K-5340 from our RO-300 Series.
- Feed and Backwash Pumps
- Multi Media Filters
- Activated Carbon Filters
- Chemical Dosing Systems
- Turbidity Meter
- 5 Micron Filter Cartridges
- Protec Pressure Vessels
- NSF Components
- George Fischer Valves
Water Challenges: A fish cannery company in Alaska were in need of reverse osmosis solutions along with NSF components in regards to the treatment of water used in food and beverage industries. Food and beverage companies require specific water characteristics along with taste, odor, TDS levels, pH balancing, and other basic necessities to assemble high quality products with world-wide consistency in flavor. The water must not contain any large quantity of impurities in order to meet water quality for food & beverage industries.
Applied Solution: Pure Aqua water treatment systems are manufactured for the production of clean water that incorporate the qualities which are unique to consumable drinking water. Recent challenges of large amounts of contaminants in well water found throughout Alaska, has induced our engineers to design systems that will decontaminate water by way of putting off these unwanted pollutants. Our water purification and reverse osmosis systems are manufactured worldwide. A Skid Mounted RO System are built with NSF Components, and completed production in order to go to Alaska, USA for the application of water treatment for a fish cannery. The system was designed to produce 20,000 gallons of water per day.
Along with the benefits provided by reverse osmosis, these projects are especially unique because of the advantages of the system being constructed and mounted at our corporate place.
Skid Mounted RO System with NSF Components 20,000 GPD | Alaska...
Pure Aqua specializes in reverse osmosis and water treatment s...
Pure Aqua is a global leader in reverse osmosis and water trea...
Pure Aqua is a global leader in customized water treatment sys...
This was the best Skid Mounted RO System that we purchased compared to others that we have looked into.