SaltMaker MVR & MSF Evaporative Crystallizers
Achieve true ZLD with two forced circulation evaporative crystallizer options: SaltMaker MVR and SaltMaker MSF.
At times, only precipitation & coagulation (P&C) is required to meet a treatment goal, avoiding the need for more expensive desalination technology and/or a brine to manage. Beneficially, a P&C process produces only two outputs: treated water with metals removed, and a solid filter cake containing the removed metals.
There are considerable opportunities in optimizing conventional precipitation & coagulation (P&C) processes to:
Our BrineRefine system performs chemical treatment in a compact, pre-packaged, and intelligently automated manner. BrineRefine is
Contact us for a free project assessment and see how we can help with your chemical softening needs.
Achieve true ZLD with two forced circulation evaporative crystallizer options: SaltMaker MVR and SaltMaker MSF.
XtremeUF ceramic ultrafiltration removes oils, grease, precipitated by-products, particulate, microbes, and suspended solids.
Our XtremeRO and OARO provide industry-leading recovery and reliablity. Concentrate brine, reduce discharge volumes, recover freshwater and more.
Saltworks provides comprehensive solutions for mining waters. We treat water, remove problem contaminants, achieve minimal liquid discharge (MLD) or zero liquid discharge (ZLD), and recover valuable metals as your project needs.
As regulations on FGD wastewater tighten, additional treatment is required. Often, this is chemically intense, and high cost. The best means to lower treatment costs is to reduce the volume of wastewater generated, usually by increasing internal recycle.
Coal ash pond water may require treatment because leached pollutants from ash pond water pose human health and ecological risks. Consider membrane concentrators, minimal liquid discharge (MLD), and zero liquid discharge (ZLD) technologies to reduce brine volumes from treating leachable pollutants.
New modular, intelligent, and automated chemical precipitation with a ceramic membrane filtration system eliminates the challenges of chemical overdosing and large footprint requirements.