Cavitox is a modular system that scales easily,
and boosts wastewater treatment efficiency with tailored setups.
From small labs
to full-scale industrial wastewater plants
This modular system expands with required capacity.
Cavitox can be customized for each water treatment process.
Advanced Oxidation Process (AOP)
AOP : Advanced Oxidation Process
AOP uses strong oxidants to remove persistent pollutants.
It is widely applied to industrial and pharmaceutical wastewater, and substances such as PFAS.
Representative AOP Methods
METHOD 1
Ozone + Hydrogen Peroxide
Excess peroxide may reduce
organic removal efficiency.
METHOD 2
Ozone + UV
UV reactions break dissolved ozone,
generating hydrogen peroxide.
METHOD 3
Hydrogen Peroxide + UV
OH radicals form easily, but efficiency can be low
due to limited light absorption.
METHOD 4
Photocatalysis
Decomposes pollutants via
highly reactive OH radicals.

High initial and operating costs

Limited pollutant coverage

Residual compounds in water

Pre-treatment required

NEXT-GEN AOP

FUST Lab’s AOP CAVITOX

An innovative AOP system based on Focused Ultrasonic technology

CAVITOX is a next-generation, eco-friendly wastewater solution that overcomes AOP limitations.
It removes refractory organics without added chemicals and improves energy efficiency and cost performance.

Oxidation Power
OH Radical
Chemicals
Zero Additive
Target
Refractory Organics
Outcome
Energy Efficiency
features 1

Powerful Oxidation

OH radicals created by ultrasonic cavitation oxidize and break down even highly toxic pollutants.

features 2

Cost Reduction

Treats wastewater without extra oxidants, reducing operating and maintenance costs.

features 3

Efficient Removal

Removes refractory organics quickly and reliably for high-efficiency treatment.

features 4

Eco-friendly Technology

A next-generation wastewater treatment technology that overcomes AOP limitations.

CAVITOX Water Treatment Process
Focused high-power ultrasonic energy generates micro-cavitation in water to maximize organic breakdown, microbial removal, and particle dispersion.
It minimizes chemical use while delivering high purification efficiency and lower maintenance costs.
The system integrates with existing processes and scales across a wide range of applications.
Definition

When ultrasound is applied to a liquid, pressure changes create microbubbles that grow and collapse, instantly generating high-pressure, high-temperature radicals.

01
Bubble formation icon
Bubble Formation
Microbubbles form due to pressure changes.
02
Internal pressure icon
Internal Pressure
As bubbles grow, internal conditions change.
03
Rapid collapse icon
Rapid Collapse
Bubbles become unstable and contract rapidly.
04
Bubble collapse icon
Bubble Collapse
Instant heat, pressure, and radical reactions occur.
High Pressure
Over 2,000 bar
High Temperature
Over 1,000°C
OH Radical
2,000× the oxidation power of ozone
Cleaning, Sterilization, Pollutant Breakdown
High pressure, high heat, and radical reactions enhance organic breakdown and sterilization performance.
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