RUSONIC - E
Cavitation using Ultrasonics
Chemical-free Cleaning Methods: Techniques like brushing, scraping, ultrasonic cleaning, and high-pressure water jets or steam can prevent scale buildup and fouling in heat exchangers, process tubes, and evaporators.
RUSONIC - LOSCALE
Innovative Ultrasonic Technology: Ultrasonic systems like the RUSONICS-LOSCALE offer a unique solution to scale formation and fouling challenges in process equipment.
This technology enables continuous, online cleaning of heat exchangers, process tubes, and evaporators without the need for offline maintenance or harsh chemicals. The result is significant benefits including improved energy recovery, reduced CO2 emissions, lower maintenance costs, and extended equipment life.
Features and Advantages
- Increase Process Run-time
- Increase Profitability
- Enhanced Energy Recovery
- Reduced Fuel Costs
- Effective Heat Transfer
- Improved Product Throughput
- Reduced Pumping costs
- Reduced maintenance costs
- Reduce Downtime
- Health, Safety, and the Environment
- Reliable
- Low CO2 Emissions
Applications
- Descaling of Heat Exchangers
- Avoid fouling of Evaporators
- Clean Pumps and Valves
- Tubes and Pipelines
Industries
- Chemical
- Pharmaceutical
- Fertilizers
- Oil & Gas
- Pulp and paper (Black liquor)
- Refineries
- Food & Beverage
RUSONIC - BIOGAS
Biogas is a renewable energy source produced through the anaerobic digestion of organic matter such as vinasse, food waste, agricultural residues, and sewage. During this process, microorganisms decompose the organic matter to generate a gas mixture primarily composed of methane and carbon dioxide. Biogas offers a sustainable energy solution by reducing landfill waste and greenhouse gas emissions. However, breaking down long-chain CODs, which are often refractory, poses a significant challenge.
Resonance waves are applied to fluid streams containing materials like sludge, silage, and poultry litter. This high-intensity pulsing mechanism fibrillates particles at a cellular level, increasing the surface area for improved digestion. With a compact design, the system delivers a 360° ultrasonic vibration field.
RUSONIC-BIOGAS significantly enhances biogas production, yielding an average increase of 14.2% in biogas and 22.0% in methane. The cavitation effect generated by the system effectively breaks down long-chain organics into biodegradable components, improving overall biogas yield.
Features and Benefits
- High far-field effect with intensive, homogeneous ultrasonic vibration.
- Simple plug-and-play installation.
- Robust, durable design with low weight and compact size.
- High energy efficiency with minimal energy loss.
- Improves biogas production by 14-22%.
- Enhances biodegradability and disintegrates cell mass.
- Achieves a return on investment (ROI) in less than one year.
- Reduces energy requirements for pumps and agitators.
Applications
- Vinasse in Sugar Distillery
- Dairy Effluent
- Starch Industry effluent
- Chemical Industry highCOD effluent
- Biopharmaceutical and API
- Pesticides and Agrochemicals
RUSONIC - ALGAE
RUSONIC ALGAE is a cutting-edge solution designed to manage and control algae growth in aquatic environments. By leveraging advanced ultrasonic technology, the RUSONIC ALGAE System offers an effective and environmentally friendly method for reducing harmful algal blooms, enhancing water quality, and maintaining healthy aquatic ecosystems.
Features and Benefits
- High-Efficiency Algae Control: Reduces algae populations by up to 95%, targeting cyanobacteria and diatoms.
- Eco-Friendly Solution: Safe for fish, plants, and other aquatic life, with no harmful chemicals.
- Real-Time Monitoring: Provides continuous data on chlorophyll α, phycocyanin, pH, turbidity, dissolved oxygen, and temperature.
- Cost-Effective: Achieves significant reductions in total suspended solids (TSS), pH levels, and chemical treatments.
- Wide Coverage: Each unit effectively manages algae in areas up to 800 meters in diameter.
- Robust Design: Durable, compact, and solar-powered with minimal maintenance.
- Long-Term Effectiveness: Proven to increase biogas and methane yields by up to 22% through improved water quality.
Technical Specifications
- Treatment Range: 300 m radius from center
- Power Source: 4 x 250 W solar panels
- Battery backup
- Ultrasonic Transmitters: 4 units with adjustable frequency and amplitude
- Water Quality Sensors: Measures chlorophyll α, phycocyanin, pH, turbidity, DO, temperature
- Communication: On your Mobile via Satellite
- Construction: FRP with UV and corrosion-resistant components
Applications
- Drinking water reservoirs: Ensures the safety and quality of water for public consumption by preventing the growth of harmful algae.
- Cooling ponds: Enhances water quality and boosts the efficiency of industrial cooling processes through effective algae control.
- Lakes and recreational ponds: Preserves the visual appeal and safety of water bodies used for recreational activities.
- Water bodies in Temples and places of worship
- Wastewater treatment: Improves the effectiveness of wastewater treatment processes while lowering operational costs through advanced algae management.
- Hydroelectric dams: Manages algal blooms to sustain optimal water flow conditions and support efficient energy production.
- Irrigation reservoirs: Prevents algae-related problems in irrigation systems, safeguarding filters and pipes from potential clogs and maintenance issues.
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