Hydrodynamic Cavitation for Water & Wastewater Treatment
We develop hydrodynamic cavitation-based and hybrid treatment systems for industrial water and wastewater applications.
Executive Description
We develop hydrodynamic cavitation-based and hybrid treatment systems for industrial water and wastewater applications.
Depending on the treatment objective, cavitation can function as a primary treatment mechanism, pretreatment step, mass-transfer intensifier or activation stage for advanced oxidation processes.
Hybrid configurations may integrate hydrodynamic cavitation with oxidation, ozonation, peroxide-based processes, biological treatment or downstream polishing technologies.
Scope of Services
- Treatment objective definition and matrix characterization
- Reactor and process configuration selection
- Hybrid process integration (oxidation, ozonation, peroxide-based AOP, biological polishing)
- Pilot validation and performance verification
Engineering Methodology
Cavitation performance in water treatment depends on reactor design, water matrix, operating conditions and the specific treatment objective — it is engineered as one component of a treatment train sized for the actual effluent, not marketed as a stand-alone cure for every water problem.
Deliverables
- Treatment process selection report
- Hybrid process design package
- Pilot validation plan and results
- Full-scale treatment system design
Applications
Industries Served
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