Qatar University Advanced Desalination Membrane Research
The UNESCO Chair for Desalination is developing graphene-based membranes to support water security goals.
Updated on Oct. 4, 2026 in Quantum Computing
Live Poll
Should your nation prioritize local desalination research to ensure long-term water security?
Prof. Syed Javaid Zaidi, who holds the UNESCO Chair on Desalination and Water Treatment at Qatar University, participated in World Water Week to detail the institute’s membrane development. The lab is currently utilizing graphene oxide and recycled waste materials to advance desalination technology.
Why it matters
This research aligns with Qatar National Vision 2030 and SDG6, aiming to localize water treatment solutions. By developing in-house testing systems, the team is working to address industry-specific needs in desalination.
The team utilizes in-house dual-mode forward osmosis and pressure retarded osmosis testing systems. Membranes are fabricated using graphene oxide composites, graphene quantum dots, and nanofiber structures derived from recycled waste.
The players
Prof. Syed Javaid Zaidi
The researcher who holds the UNESCO Chair on Desalination and Water Treatment at Qatar University.
Qatar University
An academic institution in Qatar focusing on engineering research and the Qatar National Vision 2030.
Stockholm International Water Institute
The organization responsible for hosting the annual World Water Week international forum.
The details
The research focuses on optimizing membrane desalination systems, including reverse osmosis, forward osmosis, and pressure retarded osmosis—a process that captures energy from the salinity gradient between two solutions. By using graphene oxide—a single-atom-thick layer of carbon—and recycled fibers, the researchers aim to improve the durability and filtration performance of treatment materials. The Chair provides summer training programs for students to facilitate the transition from laboratory research to industrial application.
Timeline
- 2026-10-04
The study findings were published in the journal Desalination.
The Tech Race
The UNESCO Chair’s efforts represent a significant shift toward localizing the development of advanced water treatment infrastructure. This work competes with established global desalination membrane providers by focusing on sustainable, recycled materials and proprietary in-house testing protocols.
These membrane technologies are intended for the desalination and water treatment industry in Qatar to enhance long-term water security. While these developments are currently at the research stage, they provide the technical foundation for future industrial-scale water production workflows.
The takeaway
The UNESCO Chair is moving toward integrating recycled waste into high-performance filtration membranes. Stakeholders should track future performance benchmarks published in the journal Desalination to measure the scalability of these graphene-based systems.
Further reading
For broader trends in material science and hardware performance, see the latest in Quantum Computing.
Live Poll
Should your nation prioritize local desalination research to ensure long-term water security?
