Aqualia pitches water tech and research partnerships at Houston conference

Aqualia used the IWA Leading Edge Conference in Houston to showcase wastewater, drinking water and aquifer-recharge technologies, while opening new collaboration talks with Rice University and MDS. The company framed the event as a push toward more resilient, energy-efficient water infrastructure and broader technology transfer.

Why it matters: - Aqualia used the Houston conference to position its technologies as tools for utilities facing water scarcity, climate stress, tighter regulations and higher energy costs. - The company’s focus on reuse, resource recovery and energy-neutral treatment points to where water infrastructure investment is heading next. - Collaboration with research institutions and local partners could speed up deployment in the U.S. and abroad.

What happened: - Aqualia took part in the 20th IWA Leading Edge Conference on Water and Wastewater Technologies (LET 2026), held June 1-5 at Rice University in Houston. - The conference gathered researchers, utilities, technology providers, academic institutions and industry experts to discuss water resilience, resource recovery, energy efficiency and climate adaptation. - Aqualia presented technologies and sustainability solutions aimed at more resilient and efficient water infrastructure. - Aqualia also met with Rice University representatives to explore collaboration with Rice University, MDS and Aqualia.

The details: - Anphora is Aqualia’s patented wastewater treatment technology for communities of up to 20,000 people. - Anphora runs entirely on solar energy and is designed to lower treatment costs and environmental impact. - Aqualia pointed to operating projects in Spain as evidence that Anphora can scale for decentralized wastewater treatment. - Camellia is a sludge-valorization technology that produces renewable biogas and biosolids for agricultural use. - Camellia is designed to turn wastewater by-products into resources while supporting circular-economy goals. - Aqualia cited facilities operating in Europe as proof of Camellia’s operational performance and environmental benefits. - Aqualia announced a collaboration with NX Filtration on advanced treatment solutions for emerging contaminants, including PFAS. - The filtration systems are intended to help utilities improve drinking water quality and meet evolving regulatory requirements. - Aqualia shared a managed aquifer recharge project in Spain that has operated for more than three years using treated wastewater. - The MAR approach uses reclaimed water to replenish aquifers and improve groundwater quality. - Aqualia also joined technical discussions on advanced solids and wastewater management for energy-neutral treatment plants.

Between the lines: - The conference appearance was also a business-development play, not just a technology showcase. - Aqualia is signaling that future growth may come from pairing proprietary systems with university research, industrial alliances and regional partners. - The company’s emphasis on solar power, reuse and low-energy processes reflects a broader industry move away from energy-intensive water treatment. - The Rice University meeting suggests Aqualia is looking to deepen its U.S. footprint through MDS, its growth platform in the United States.

What’s next: - Aqualia said the Rice University, MDS and Aqualia discussions were meant to foster research, innovation and technology transfer. - The company is likely to keep pushing technologies that support water resilience, circular-economy goals and lower-carbon operations. - Broader adoption will depend on how utilities respond to cost pressures, contamination rules and climate-related water risks.

The bottom line: - Aqualia used LET 2026 to show it is building around a clear message: water utilities need solutions that save energy, recover resources and work in a hotter, more regulated world.