Scope
- Drinking water treatment
- Decentralized and rural water systems
- Hospitals and emergency water supply
- Industrial and food-sector wastewater hotspots
- Water reuse
BlueTech & Innovation
DrinkAble
Testing non-chemical water-treatment methods, including ultrasound and acoustic processes, as alternatives to conventional chlorine-dependent approaches. Application considers drinking-water and decentralized systems, water reuse and resource efficiency
DrinkAble explores non-chemical approaches to water treatment, including ultrasound and other acoustic processes, in relation to conventional chlorine-dependent systems. Drinking water is a critical application where performance, safety and operating conditions must be assessed carefully rather than presumed.
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Scientific approach
The project frames scientific and technical evaluation around the water being treated, the treatment process and the quality of the resulting water. It considers how such methods might fit decentralized systems, reuse settings and resource-efficiency goals.
Applications and collaboration
Researchers, water-system operators and technical partners.
Project scope and evidence
Science
- Broad-spectrum ultrasonic harmonics
- Frequency sweeping
- Acoustic cavitation
- Advanced oxidation processes
- Hydroxyl radical generation
Expected evidence
- Chemical-free disinfection
- Residue-free treatment
- Pilot-scale validation
- Low-consumable operation
- Scalable water treatment
Social significance
- Supports safer drinking water without chlorine handling
- Improves feasibility for remote and decentralized use
- Reduces operator dependence on chemical supply chains
- Can strengthen public-health protection in high-risk water settings
Environmental significance
- Avoids chlorine-based disinfection residues and related by-products
- Reduces chemical transport and storage needs
- Enables lower-chemical treatment pathways for water reuse and discharge
- Supports more resource-efficient water treatment systems
Who can contribute
Scientific partners
Shape research questions, methods and evidence with us.
Port and site partners
Explore a suitable setting for a carefully designed demonstration.
Operational and technology partners
Connect field experience and relevant solutions to a proposed pilot.
Funding partners
Help make responsible testing and learning possible.
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