SaltMaker MultiEffect

Thermal evaporator crystallizer, 4 effects

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

Versatile Brine Concentrator or ZLD Crystallizer

  • Multiple operating modes: run the SaltMaker MultiEffect as an evaporator to reduce the volume of liquid waste or as a crystallizer to produce dry solid waste.
  • Achieve zero liquid discharge from the toughest wastewater and meet discharge requirements.
  • Concentrate your brine as much as 10x to reach extremely low volumes.
Photo of zero liquid discharge solids produced by a SaltMaker evaporator crystallizer
3D render of a SaltMaker MultiEffect evaporator built for minimal and zero liquid discharge applications

Crystallizer Reliability Re-Engineered

  • Intelligent automated self-cleaning, auto start/stop/ramp.
  • Non-corroding engineered composite construction.
  • Safety by design: no confined spaces, low temperature, low pressure.

Modular Wastewater Treatment Plant Design

  • Built to ISO container dimensions for rapid transport and on-site assembly.
  • Slide modules in and out for inspection and maintenance.
  • Expand later by adding plant blocks to increase capacity.
A photo of a modular SaltMaker evaporator being assembled
Process flow diagram of a SaltMaker MultiEffect evaporator
Process flow diagram of a SaltMaker MultiEffect evaporator

Energy Efficient

  • Recycles thermal energy through each of its multiple effects to slash energy costs.
  • Use waste heat exhausted from current operations.
  • Low operating temperature (<90°C, 194°F).

To learn more about what the SaltMaker MultiEffect can do for your project, get in touch with our experts.

Related Resources

A photo of a wastewater disposal truck used in brine management

How to Manage Brine Disposal & Treatment

The many options for managing brine, a term for saline wastewater from industrial processes, fall under two categories: brine treatment and brine disposal. Brine treatment involves desalinating the brine for reuse and producing a concentrated brine (lower liquid waste volume), or residual solids (zero liquid discharge).