Transfilm Technology Inc. is advancing the next generation of membrane technology, designing smarter RO, NF, and UF membranes and integrating them into optimized systems for water and wastewater treatment. Our goal is simple: create clean water solutions that help industries and municipalities worldwide recover more water, reduce waste, and operate more efficiently.
Better technology delivers better outcomes for water, for industry, and for the planet. That’s why we invest in innovation at every level: advancing material science, refining sustainable manufacturing methods, and using data-driven AI tools to optimize performance across entire systems.
Whether supporting municipal desalination plants or complex industrial processes, Transfilm’s intelligent membrane technologies are designed to minimize energy consumption, extend system life, and support operators working toward a minimum liquid discharge today and a zero liquid discharge future tomorrow.
Water treatment is never one-size-fits-all. Every feedwater source, regulatory requirement, and operating environment comes with unique challenges. Transfilm brings together research, engineering, and application expertise to create filtration solutions that are precisely tuned for performance, reliability, and sustainability, even under the most demanding conditions.
These membrane technologies form the foundation of Transfilm’s clean water solutions and are engineered to meet the needs of industries and municipalities worldwide.
Utilized in 30+ countries worldwide, our clean water technologies go beyond filtration; they help operators reduce lifecycle costs and environmental impact. Benefits include:
Innovation is most powerful when it’s collaborative. Whether you are designing a new plant, upgrading an existing system, or looking to advance R&D efforts, Transfilm can help you achieve your water quality, efficiency, and sustainability goals.
Contact us today to start a conversation about how our membranes and integrated clean water and solutions that can help you move closer to your filtration and resource recovery objectives.
