Wastewater Reuse

High Recovery Treatment Solutions

When freshwater is scarce or costly, treating and re-using wastewater can represent a cost-effective and sustainable water supply. Saltworks provides optimized wastewater reuse solutions that maximize and cost-optimize treated water recovery.

Water reuse

WASTEWATER

REUSE

reverse osmosis RO

REVERSE OSMOSIS

CONCENTRATORS

freshwater recovery

MAXIMISE FRESHWATER

RECOVERY

real-time sensor analyzers

REAL-TIME

MONITORING

Wastewater Reuse Solutions

Applying targeted treatment to enable wastewater reuse can substantially lower freshwater procurement costs, while improving sustainability of operations. Harvesting valuable reagents, metals, nutrients, and more from spent wastewater can also add a lot of value for some industries.

 

Wastewater reuse considerations start with chemistry, permits, and an applicable technology review. It may be that only one or two constituents-of-concern prevent re-use, and that by targeting their removal, massive volumes of water can be recycled. In other cases, you may require extremely clean freshwater with minimized brine residual by-products.

Mine Wastewater Treatment
Selective ion removal for brine management

Recovery Options

Wastewater treatment solutions for re-use may involve some of the following options:

  • Target contaminants of concern with our IonSelect solutions: remove specific ions, metals and others for optimal water reuse. Keep costs low by not treating the entire flow.
  • Remove scaling ions with BrineRefine: our automated chemical softening system can selectively remove scaling species such as calcium, sulfate and silica. For example, it can enable greater recycling in cooling towers, limiting freshwater consumption and blowdown volumes generated. 
  • Concentrate and make freshwater with XtremeRO: our next generation reverse osmosis systems can produce freshwater, and a low volume brine.
  • Selectively remove chlorides with Flex EDR: our monovalent ion extraction system, which can function as a “chloride kidney” removing chlorides from your wastewater.
  • Achieve MLD/ZLD with SaltMaker: our advanced evaporator crystallizers reach maximum water recovery with minimum brine or solid waste. 

Contact us to learn more about the right wastewater reuse strategy for your process.

Wastewater Reuse Related Products

BrineRefine Chemical Softening System

BrineRefine Chemical Softening System

Smart, compact, modular chemical softening system that reduces costs with precision dosing and built-in solids management. Improves recovery and minimizes fouling risk with intelligent controls that communicate with downstream assets, like RO or evaporators.

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Flex EDR

 

Flex EDR stack

Flex EDR is an advanced electrodialysis reversal (EDR) system, leveraging our next generation ion exchange membranes. It requires less pre-treatment, tolerates oils and organics, selectively removes ions and uses fewer chemicals.

 

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SaltMaker

MultiEffect

SaltMaker MultiEffect

Modern, modular, and intelligently automated evaporator-crystallizer that concentrates brine or produces low volume solids for zero liquid discharge.

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XtremeRO/NF Brine 

Concentrator

Xtreme Reverse Osmosis device Saltworks Technologies

Next-generation water-maker and brine-concentrator based on reverse osmosis that achieves extreme freshwater recoveries, enabling cost-effective brine management and treatment of challenging organic-laden waters including oil & gas produced waters.

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Wastewater Reuse Related Resources

A bank of Reverse Osmosis filters at a public water utility plant.

RO Brine Treatment: Why Maximizing Reverse Osmosis Recovery Matters

Treating RO brine should be approached from two directions. First, maximize the recovery of lower cost membrane systems to minimize the volume for later steps. Second, weigh brine disposal options against thermal treatment technology to determine whether you need to concentrate your brine or treat it down to solids.

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Cooling tower steam water blowdown

Achieving 70x Cooling Tower Blowdown Volume Reduction

Cooling towers are used by industrial plants to reject waste heat to atmosphere. A portion of the cooling water is blown down after a number of cycles of concentration, before the ions and metals reach their scaling limits. This blowdown requires management.

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