Improve your brine processing performance with Dyvar® technology
Dyvar® is Salttech’s advanced technology for evaporation and crystallization, designed to handle complex brines more efficiently than conventional methods.
Dyvar® - Advanced Evaporation & Crystallization Technology
The Dyvar® system employs patented flash evaporation cyclones. Brine is heated in a separate heat exchanger, keeping the heating and evaporation surfaces apart, thereby eliminating precipitation and scaling issues. Combined with high fluid velocities in the recirculation loop, Dyvar® can concentrate even the most complex brines to the highest levels.
With Dynamic Vapor Recovery, Dyvar® internally recycles heat, minimizing energy consumption. The process pushes brines beyond the crystallization point, enabling controlled salt recovery through fractional or complete crystallization. Developed in close collaboration with industry partners, Dyvar® has been proven across multiple industries and applications, setting a new standard for robust and efficient brine treatment.
One-Step Evaporation & Crystallization
A compact, integrated process that combines concentration with (fractional) crystallization in a single step. Engineered with carefully selected materials to handle extreme conditions: corrosive brines, wide pH ranges, high organic content, and salinity up to 220,000 mg/L TDS.
Fully Electric, Plug-and-Play
No continuous steam supply required. Available as containerized or skid-mounted units: quick to install, easy to scale, and adaptable to a wide range of site conditions. Ideal for rapid deployment, even in remote or space-restricted locations.
Selective Salt Recovery
Enables fractional crystallization for the controlled separation of valuable salts and raw materials, supporting circular and sustainable resource use.
Lowest Operating Costs in Its Class
Delivers high recovery rates with minimal operating expenses. Intelligent process design, low chemical consumption, and automated operation reduce both energy use and manual intervention.
Where Dyvar® makes the difference
Oil & Gas Applications
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Concentration of produced water
Concentration of produced water from oil and gas operations, enabling water recovery for reuse in upstream production and the extraction of valuable minerals.
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Concentration and crystallization of flowback water
Concentration and crystallization of flowback water from hydraulic fracturing, recovering both reusable water and dissolved salts.
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Reduction of disposal costs
Reduction of disposal costs while supporting profitable, localized recovery of water and mineral resources
Process Industry Applications
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RO and Acidic Stream Concentration
Concentrates reverse osmosis (RO) brines and acidic production streams to reduce liquid waste volumes.
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Fractional Crystallization
Conditions chemical mother liquors through advanced fractional crystallization.
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Resource Recovery and Cost Reduction
Significantly lowers disposal and incineration costs while enabling the recovery of valuable components and high-quality water for reuse within the production cycle.
Mining Applications (Coal, Copper, Lithium)
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Brine Concentration and Crystallization
Effectively concentrates and crystallizes reverse osmosis (RO) brines generated from coal and copper mining operations.
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Waste Volume Reduction
Significantly reduces waste volume, minimizing disposal costs and extending the operational lifespan of brine storage ponds.
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Lithium Brine Optimization
Enhances lithium extraction by enabling efficient water recovery and selectively removing primary salts from lithium-rich brines prior to downstream processing.
Dairy Industry Applications
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Organic-Rich Brine Treatment
Concentrates and crystallizes reverse osmosis (RO) and electrodialysis (ED) concentrates, as well as mixed brines containing high organic loads from dairy processing.
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Waste Minimization and Resource Recovery:
Reduces overall waste volume and associated disposal costs, while enabling the recovery of clean water and valuable minerals for reuse..
Landfill Applications
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Leachate Brine Management
Concentrates and crystallizes reverse osmosis (RO) brines derived from landfill leachate treatment.
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Cost-Efficient Waste Reduction
Drastically reduces waste volume, lowering incineration and disposal costs.
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Autonomous Operation
Provides fully equipped Dyvar® systems with internet-connected, remote, and autonomous operation, minimizing the need for on-site personnel at landfill locations.
Dyvar®: Advanced Brine Evaporation and Crystallization Technology
Dyvar® is Salttech’s cutting-edge technology for evaporation and crystallization, engineered to treat complex brines more efficiently than conventional technologies.



Dyvar®: Advanced Brine Evaporation and Crystallization Technology
Dyvar® is Salttech’s cutting-edge technology for evaporation and crystallization, engineered to treat complex brines more efficiently than conventional technologies.
Innovative Flash Evaporation Cyclones
Dyvar® utilizes advanced flash evaporation cyclones, where brine is heated in a separate heat exchanger. This separation of heating and evaporation surfaces prevents scaling and precipitation, ensuring long-term operational reliability.
High-Efficiency Brine Concentration
The system’s unique cyclone design, combined with high fluid velocities in the brine recirculation loop, enables the concentration of even the most challenging brines to near-saturation or crystallization levels.
Dynamic Vapor Recovery
Dyvar® incorporates internal heat recycling through Dynamic Vapor Recovery, significantly reducing energy consumption. It can drive brines beyond the crystallization point, allowing for selective or complete salt recovery via fractional crystallization.
Proven Industrial Performance
Developed in close collaboration with industry partners, Dyvar® has been successfully deployed across a wide range of sectors, demonstrating robust performance and adaptability
Optimize your brine strategy
We believe in transparent, results-driven partnerships. Optimize your brine processing in just three steps:
Ready to take the next step in your brine processing?