APPLICATIONS

Hardness Removal

High Bar custom membranes, combined with our UHPNF units can provide very high rates of recovery, with operating and capital cost profiles that are significantly lower than conventional approaches. The patent pending multi-stage approach provides precise control of recovery rates at each stage, allowing customers to maximize product recovery and minimize waste. Years of mining experience with final processes like seeded reactors also improve final recovery rates and assist in the path to zero liquid discharge.

Boron Removal

Addressing the unique challenges posed by boron contamination, which can impact both water usability and environmental compliance, our specialized services provide tailored solutions to ensure your water meets the highest purity standards.

Acid Concentration

We'll resolve your challenges related to inconsistent acid concentrations as we deploy cutting-edge membrane-based process technologies, and advanced filtration, ensuring precision and reliability. Years of MDS experience are leveraged in the provision of custom membrane solutions, available in a wide array of process pipe materials.

Revolutionize Your Operations: Cutting-Edge Solutions for Industrial Water Treatment Applications

Evaporation Size Reduction

Lithium Concentration

UHPRO is not just a technological leap; it's a strategic choice for industries aiming to increase recovery rates, improve sustainability, and provide more efficient water treatment. At High Bar Membrane Systems we remain at the forefront of water treatment technology by developing and deploying UHPRO, a solution that leverages the latest developments in RO membrane technology and process design.

Ultra High Pressure RO (UHPRO)

In the dynamic landscape of energy storage and electric mobility, we recognize that lithium holds the key to sustainable power solutions. Our meticulously designed services empower industries and researchers to optimize their lithium extraction processes. We assist the industry in several areas including: -Hardness removal of concentrated streams -Optional boron removal - Concentration of lithium process fluids after the adsorbtion process - Final concentration to reduce evaporation capital and operating costs.

Improve sustainability and reduce the high GHG footprint of evaporation systems by leveraging High Bar UHPRO systems and customized MDS membranes, tuned to the specific application. These systems can reduce evaporator power load by 30-60% depending upon application and provide rapid return on the UHPRO investment.