Turning Wastewater into Value
Let's start talkingRecover More, Waste Less
With up to 97.5% of Earth’s water locked in saltwater—unusable for most human, industrial, or agricultural needs—reclaiming pure water from brine is more vital than ever. At NuWater, we transform this challenge into opportunity using a suite of advanced technologies to maximize water recovery and, when required, achieve Zero Liquid Discharge (ZLD)—separating all liquids and solids so nothing is wasted
Step 1: High-Efficiency Brine Concentration
Our plants feature proprietary desupersaturation modules capable of retrieving over 95% of pure water from wastewater. This significantly shrinks the volume of residual brine, which can either be stored for evaporation or processed further toward ZLD.
Step 2: Energy-Smart, Low-Temperature Processing
Our plants feature proprietary desupersaturation modules capable of retrieving over 95% of pure water from wastewater. This significantly shrinks the volume of residual brine, which can either be stored for evaporation or processed further toward ZLD.
Unlike conventional high-temperature evaporation, NuWater’s low-temperature brine treatment is both more effective and energy-efficient. This enables recovery of salts—pure or mixed—from the brine, which can then be reused or sold, turning waste into an asset.
Broad industry knowledge confirms that integrating various methods—membrane, thermal, chemical—within hybrid systems is key for maximizing water recovery and resource value in ZLD/MLD (Minimal Liquid Discharge) processes
Why This Matters
- Environmental Protection: Cuts down liquid discharge, preventing pollution and safeguarding ecosystems.
- Resource Circularity: Harvest salt and solids from brine for reuse or revenue generation.
- Operational Efficiency: Recovering water reduces dependency on fresh sources and trims long-term costs.
ZLD is increasingly vital across industries with stringent discharge regulations or limited water availability
97.5%
Total Percentage of All Water that is Salt Water and therefore unsuitable for drinking, agricultural or industrial use.
How NuWater Leads the Way
- Higher Efficiency: Our desupersaturation technology surpasses traditional evaporation in water recovery and energy performance.
- Modular & Adaptable: Systems can be customized to any scale or application—making them ideal whether deployed standalone or integrated within broader treatment systems.
- Ongoing Innovation: We continuously advance our processes to drive down costs and enhance performance over time.
Real-World Applications
NuWater’s ZLD/MLD solutions are especially transformative in industries like:
- Mining & Minerals — where saline groundwater or processing brine is a constant challenge
- Desalination byproducts — ideal for handling concentrated reject streams
- Chemical and Industrial Production — where brine reduction is critical for compliance and sustainability
Our approach not only supports water reuse, but also helps clients repurpose or monetize salt and mineral byproducts—closing the resource loop.
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Summary: Smart, Sustainable, Scalable
Water Recovery ≥ 95% with desupersaturation modules
Processing Energy -efficient low-temperature techniques
Byproduct Value -Salt extraction for reuse or resale
Adaptability – Modular systems for varied operations
Innovation -Continual R&D for better performance and cost-efficiency
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