RUSONIC
Harnessing Cavitation for Process Intensification
RUSONIC™ is an advanced ultrasonic cavitation technology platform designed to enhance process efficiency, prevent fouling, and improve biological and environmental performance. By generating high-intensity ultrasonic waves, RUSONIC™ enables chemical-free cleaning, improves biodegradability of complex organics, and controls algae growth in water systems.
Ultrasonic Cavitation & Energy Transfer Mechanism
Ultrasonic cavitation
generates microbubbles that collapse, creating localized high energy for cleaning and disintegration.
Non-chemical descaling
prevents and removes scale and fouling in heat transfer equipment.
Cell disruption & hydrolysis
breaks down complex organic matter into biodegradable components.
Resonance-based treatment
applies controlled ultrasonic frequencies for targeted process enhancement.
Continuous online operation
enables real-time treatment without shutdown or chemical dosing.
RUSONIC™ Variants
RUSONIC™-BIOGAS (Anaerobic Digestion Enhancement)
- Enhances breakdown of long-chain and refractory COD
- Improves biogas yield (≈14-22%) and methane content
- Increases surface area via cell disintegration
- Reduces load on mixing and pumping systems
- Fast ROI with improved digestion efficiency
RUSONIC™-ALGAE (Algae Control & Water Quality Management)
- Controls algae growth (up to ~95% reduction)
- Eliminates harmful algal blooms without chemicals
- Real-time monitoring of water quality parameters
- Solar-powered, low-maintenance system
- Improves water clarity and ecosystem health
Process Intensification & Operational Benefits
Chemical-free operation
Continuous online cleaning and treatment
Improved heat transfer and energy efficiency
Reduced fouling and scaling
Enhanced biodegradability and process kinetics
Compact, modular, and easy to install
Low maintenance and energy-efficient operation
Cavitation-Enabled Process Applications
Biological & Biogas Systems
- Anaerobic digestion enhancement
- Treatment of high COD industrial effluents
- Vinasse, dairy, starch, and chemical wastewater
- Biopharma and API waste streams
Water Bodies & Environmental Systems
- Algae control in reservoirs, lakes, and ponds
- Cooling water systems
- Hydroelectric and irrigation reservoirs
- Aquaculture and wastewater lagoons
Industrial Applications
- Chemical and pharmaceutical plants
- Oil & gas and refineries
- Pulp & paper (black liquor systems)
- Food & beverage processing (avoid biofilm, foam depressant)
Engineering Considerations
RUSONIC™ enables process intensification through physical energy input, reducing dependence on chemicals while improving efficiency, sustainability, and operational reliability across industrial and environmental systems.
Every effluent has a different process signature.
Share your feed characteristics and operating constraints. Our engineers will evaluate the appropriate treatment pathway and integration strategy.
Talk to an Engineer