RUSONIC - Sonochemistry

How It Works

RUSONIC reactors generate ultrasonic waves that create cavitation - formation and collapse of microbubbles in the liquid. This produces localized high energy zones, enhancing mixing, mass transfer, and reaction kinetics. Systems are designed with optimized frequency and power to suit specific process requirements.

Key Features

• Accelerates reaction rates and reduces processing time
• Enhances mass transfer and mixing efficiency
• Operates under milder temperature and pressure conditions
• Customizable frequency and power for different scales
• Applicable from lab to industrial systems

Applications

Chemical & Process Industries

• Reaction rate enhancement in organic and inorganic synthesis
• Catalyst activation and improved reaction efficiency

Pharmaceutical & Fine Chemicals

• API synthesis and intermediate processing
• Crystallization control and particle size reduction

Materials & Nanotechnology

• Nanoparticle and nanocomposite synthesis
• Advanced material functionalization

Extraction & Separation

• Extraction of bioactive compounds from natural sources
• Metal extraction from ores and leach solutions

Water & Wastewater Treatment

• Degradation of organic pollutants
• Advanced oxidation and sonochemical treatment processes

Food & Bioprocessing

• Enhanced extraction of flavors and nutrients
• Process intensification in fermentation and bioprocesses

Energy & Environmental

• Biomass processing and biofuel enhancement
• Improved efficiency in mass transfer-driven reactions

Note

This is RUSONIC’s process/sonochemistry edition - for wastewater-focused applications (biogas enhancement, algae control) see RUSONIC under Waste Water.