Cavitox is a modular system that flexibly scales and maximizes
wastewater treatment efficiency through customized application.
wastewater treatment efficiency through customized application.
From small-scale laboratories to large-scale
industrial wastewater treatment facilities
This model uses a modular system, enabling flexible scaling and implementation according to throughput. Cavitox can be customized to meet customer needs, considering its application within water treatment processes.
Advanced Oxidation
Process (AOP)
Process (AOP)
AOP : Advanced Oxidation Process
The Advanced Oxidation Process (AOP) utilizes powerful oxidants to remove refractory pollutants. It is widely used for treating industrial and pharmaceutical wastewater, as well as hazardous substances like PFAS.
Representative Methods of the Advanced Oxidation Process
METHOD 1
Ozone + Hydrogen Peroxide
High hydrogen peroxide concentrations can cause counterproductive effects on organic pollutant removal
METHOD 2
Ozone + UV
UV photochemical reactions cause dissolved ozone photodecomposition, generating hydrogen peroxide
METHOD 3
Hydrogen Peroxide + UV
OH radical generation is simple but less efficient than ozone due to lower light energy absorption
METHOD 4
Photocatalyst Utilization
Decomposes pollutants via highly reactive OH radicals
High cost | limited effectiveness | residuals in water | requires pretreatment
FUST Lab's AOP CAVITOX
An innovative AOP system based on focused ultrasound
CAVITOX is a next-generation eco-friendly wastewater treatment technology that overcomes the limitations of Advanced Oxidation Processes (AOP). It effectively removes refractory organic matter without additional chemicals, offering a solution that combines energy efficiency and cost-effectiveness.
features 1
Powerful Oxidation Capability
OH radicals generated by ultrasonic cavitation powerfully oxidize and decompose even highly toxic pollutants.
features 1
Cost Savings
Treatment is possible without additional oxidants, reducing operating and maintenance costs and enhancing economic viability.
features 1
Efficient Removal
Even refractory organic matter is removed quickly and reliably, enabling highly efficient water treatment.
Cavitox Water
Treatment Process
Treatment Process
This advanced treatment method maximizes effects such as organic matter decomposition, microbial removal, and particle dispersion by generating microscopic cavitation in water through high-frequency vibration.
CAVITOX
| Basic Specification | ||
|---|---|---|
| Dimensions (mm) & Weight (kg) | Focused Ultrasonic Processor | 512mm × 362 × 470, 42kg |
| Generator | 512mm × 362 × 470, 42kg | |
| Controller | 512mm × 362 × 470, 42kg | |
| Performance Specification | ||
| Power | Controller Input Voltage | AC100V ~ 240V, 50 / 60Hz |
| Generator Input Voltage | AC220V ~ 240V, 50 / 60Hz | |
| Power Consumption | AC220V (1.1kW) | |
| Current | AC220V (5.0A) | |
| Power Type | Single-phase | |
| Operating Frequency | 350kHz ~ 420kHz | |
| Power | MAX 100W | |
| Solvent Pump | Flow Rate : 0~100mL/min(resolution: 5mL/min) | |
| Syringe Pump & Syringe | Input Flow Rate | 0.5 ~ 5.0mL/min (resolution: 0.1mL/min) |
| Output Flow Rate | 0.3 ~ 5.0 mL/min (resolution 0.1mL/min) | |
| Syringe Volume | 5mL | |
| Cooling System | External Cooling Circulator Required | |
