Our latest innovation in seawater reverse osmosis introduces a new class of high-performance membranes engineered to redefine desalination efficiency. With ultra-high flux capabilities reaching up to 64 m³/day, these membranes maximize water production while reducing the number of required elements and overall plant footprint. Operating at lower pressures (~400 psi), they significantly reduce energy demand, making desalination more sustainable and economically viable. What sets this technology apart is its ability to reliably treat hyper-saline seawater up to 55,000 ppm, a range where traditional membranes typically struggle. Even under these extreme conditions, our membranes deliver stable salt rejection and consistent water quality, ensuring long-term operational reliability. This advancement offers a powerful solution for high-salinity regions, supporting the development of more efficient, resilient, and cost-effective desalination plants.

We are the only developers offering a complete and wide range of brackish water reverse osmosis (BWRO) membranes covering salinity levels from 1,000 ppm up to 25,000 ppm, addressing the full spectrum of brackish water applications. Our portfolio includes ULP (Ultra-Low Pressure), LP (Low Pressure), BW (Brackish Water), FR (Fouling Resistant), and HR (High Rejection) membrane types, ensuring that each feed water condition is matched with the most suitable and efficient solution. This comprehensive range allows for optimized system design, improved recovery, and enhanced operational efficiency across varying water qualities—from low-salinity groundwater to highly concentrated brackish sources. Each membrane category is engineered to deliver stable performance, high permeate quality, and long-term reliability, even under challenging conditions. By covering the entire brackish water range with specialized membrane types, our technology eliminates the need for compromise, providing tailored solutions that maximize performance, reduce energy consumption, and ensure consistent results across all salinity levels.

We deliver next-generation wastewater treatment solutions powered by advanced membrane technologies engineered for the most demanding conditions. Our specialized membranes, including fouling-resistant and high-rejection designs, ensure stable performance, high water recovery, and consistent quality even with heavily contaminated and variable wastewater streams. Designed to support industrial and municipal reuse, our systems enable efficient removal of dissolved solids, organics, and contaminants while minimizing operational challenges. With a focus on durability, efficiency, and sustainability, our wastewater solutions help transform wastewater into a valuable resource.