The practical completion of the CLEAN-IX U-Column plant in South Australia enhances uranium recovery and operational efficiency while significantly reducing water consumption for Heathgate.

Clean TeQ Water will deliver Front-End Engineering Design for a standalone ATA tailings plant supporting a mining expansion and commercial-scale dry-stack implementation.

Clean TeQ Water will deliver a containerised HIROX-based pilot plant to NESR to evaluate advanced treatment of high-salinity industrial wastewater in the Middle East.

Clean TeQ Water will design the wastewater treatment plant using ion exchange technology, enabling sustainable discharge and resource recovery.

Clean TeQ Water’s subsidiary NematiQ, in partnership with Monash University, has developed a next-gen membrane that captures long- and short-chain PFAS, offering scalable, sustainable solutions for stricter global water regulations.

Clean TeQ partners with ENVA to deliver a high-recovery wastewater treatment plant, addressing stringent EU phosphate discharge regulations with sustainable and innovative solutions.

Clean TeQ Water has announce the completion of our BIOCLENS^® biological water treatment plant, which will be shipped this week for a client to reduce nitrate levels in a water storage dam in Australia.

Ultra-thin layers of graphene oxide allow clean water to pass through while blocking harmful contaminants like natural organic matter (NOM), bacteria, and viruses.

Their ATA^® Dewatering Technology system rapidly separates water and solids, producing stackable tailings and recycled water. They offer a simpler, more sustainable alternative and low operational costs unlike traditional dewatering methods.

Continuous Direct Lithium Extraction (cDLE) offers a more efficient, continuous extraction process compared to traditional DLE technologies.