Analysis of Core Technology: The Perfect Combination of High-Efficiency Degradation and Intelligent Control

Technical Advantages:

• Normal Temperature Operation: No heating device is required, and energy consumption is reduced by more than 60% compared with traditional thermal treatment;
• No Chemical Additives: Pure physical treatment process avoids secondary pollution and complies with the GB/T18920-2002 reclaimed water reuse standard;
• Low Maintenance Design: Built-in ultrasonic online cleaning system reduces the backwashing frequency of membrane components by 70%, extending the service life to more than 5 years.

Industry-Tailored Solutions: Full-Scenario Coverage from Textile Dyeing to Electronics Manufacturing

1. Textile Dyeing Wastewater Treatment System
   • Process Configuration: Ultrasonic Cavitation + Ozone Catalytic Oxidation + MBR Membrane Separation
   • Treatment Capacity: 10 tons/day standard model (customizable up to 1,000 tons/day)
   • Treatment Effects:
     • COD reduced from 2,000 mg/L to below 50 mg/L, with a chromaticity removal rate > 95%;
     • Water reuse rate reaches 70%, saving over 4.5 million tons of water annually (taking a 30,000 tons/day project as an example);
   • Typical Case: After a textile enterprise in Guangdong adopted this equipment, the service life of RO membranes was extended by 50%, and the annual operating cost was saved by over ten million yuan.
2. Electronics Cleaning Wastewater Treatment Solution
   • Core Processes: Ultrasonic Demulsification + Fenton Oxidation + Activated Carbon Adsorption
   • Technical Parameters:
     • Treatment Capacity: 10 tons/day (expandable to 50 tons/day)
     • Voltage: 380V, Power: 7.5kW
     • Floor Area: 8㎡ (integrated design);
   • Treatment Efficiency:
     • Petroleum-based substances reduced from 283 mg/L to below 10 mg/L;
     • Removal rate of heavy metal ions (such as nickel and chromium) > 99%, complying with the first-level discharge standard of GB8978-1996.