Brackish Water RO System 173,000 GPD - Algeria

Application: Food and Beverage

This is TW-173K-4680 from our RO-400 Series.

• 1,000 PPM TDS
• 84 Inch Diameter Multi-Media Filter
• Reverse Osmosis System
• 173,000 GPD
• Stainless Steel Skids
• Cleaning Skid
• Ultraviolet System

[custom-specifications]

Water Challenges: The food & beverage industry has its own particular requirements in regards to water quality standards. Drinking water is the most widely used and arguably most important product ingredient needed in the industry. The source of the water can be anywhere from seawater, brackish water, surface water, or top water, depending on the location of the business. Water treatment solutions are necessitated in order to achieve the right water quality for the products.

[/custom-specifications]

[custom-features]

Applied Solution: Brackish water industrial reverse osmosis system to a major company in Algeria. BW reverse osmosis would work to purify water that comes from a well, lake, or river. Brackish water is typically a combination of pure water and seawater leaving in at a medium level of salinity. A medium level of salinity however, is not acceptable for consumption. The process in which the water goes through in order to be pure is referred to as reverse osmosis. Reverse osmosis provides those who do not have consumable water with the opportunity to purify a necessity for livelihood. Totally dissolved solids (TDS) and total suspended solids (TSS) are lowered due to reverse osmosis which reflect in how many parts per million (ppm) are in your drinking water. The normal ppm for consumable water would be around 500-600, however, the majority of places around the world well exceed that with thousands of ppms making it difficult to survive. Reverse osmosis offers those who need it, pure water.

• Minimal civil work and construction
• Small footprint
• Plug and play installation
• High-quality components (Grundfos pumps, DOW Filmtec membranes, Codeline vessels, Pure Aqua microprocessor control panel)
• High recovery design
• High rejection membranes
• Low energy and chemical consumption