Conventional open-to-atmosphere evaporators release water vapor, which may include volatile organics and tiny droplets of saline drift. Make sure your process is regulation compliant, safe, and future-proof with Saltworks’ AirBreather, the first open-to-atmosphere evaporator-crystallizer with patented technology to guarantee low emissions.
REDUCE DISPOSAL
COSTS
AIR-SAFE
THERMAL EVAPORATION
ZERO OR MINIMAL
LIQUID DISCHARGE
Industries may not always be able to process the freshwater generated by condensers and will prefer vapor release. When considering open evaporation, operators must be careful with air emissions and regulations, including future proofing investments. Most open evaporators release volatiles found in the feed water and will also release some small saline drift droplets.
Our SaltMaker AirBreather is designed with clean air, clean water, and treatment economics at its heart. With our patented, proven, and proprietary solutions, you can safely evaporate water vapor alone to the atmosphere. AirBreather:
An open evaporator is a significant capital investment. If considering one, you should understand the impacts of vapor plume volatile organic carbons (VOCs) and particulate on air emissions, as well as risks associated with regulations or stakeholder objections.
A lower cost evaporator crystallizer has emerged – the SaltMaker AirBreather. It is based on the robust backbone of its closest relative – the SaltMaker MultiEffect.
Before investing in an industrial evaporator for your water treatment applications, lower your risks by asking any vendor the following five questions that cover key topics such as brine disposal, scale prevention, and cost of ownership.
The SaltMaker MultiEffect evaporator crystallizer is a one-step brine treatment plant for volume minimization and zero liquid discharge (ZLD) applications. Its unique evaporative crystallizer design is built to treat the toughest waters and to simplify your brine treatment project.
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).