Microfabricated Ion-selective Filter for Ions and Molecules

Summary

With over 1.2 billion people lacking access to clean water and growing global water scarcity, the demand for cost-effective and energy-efficient desalination technologies is at an all-time high. Reverse osmosis and thermal distillation are energy-intensive methods and vulnerable to scaling and corrosion. Therefore, innovative alternatives to these traditional technologies are needed, with opportunities with a global water filtration market that is projected to reach US 30 billion by 2030.

Researchers at New York University Abu Dhabi have developed a novel ion-selective filtration membrane designed for the high-throughput separation of particles, ions, and molecules, offering a novel approach in desalination and purification technologies. The technology incorporates micropores (or nanopores), conductive layers, and a voltage-driven ion-selective layer, enhancing filtration efficiency and scalability.

Applications and Uses

Compared to Reverse-Osmosis systems and conventional thermal processes, the microfabricated ion-selective membrane offers superior filtration efficiency with significantly lower energy consumption. Its design allows for small-scale deployment, making it a key player in meeting the global demand for fresh water.

This patented technology presents a compelling opportunity for investors in the water-technology, environmental and biotechnology sectors. The global need for sustainable high-sensitivity filtration method continues to grow, and this technology offers a scalable, cost-effective, and energy-efficient solution.

It is ideally suited for:

• Desalination
• Water Filtration
• Sample preparation
• Biotechnology