Industry-Specific Solutions: Comprehensive Coverage from Textile Dyeing to Electronics Manufacturing

• Process Configuration: Ultrasonic Cavitation + Ozone Catalytic Oxidation + MBR Membrane Separation
• Treatment Capacity: Standard model handles 10 tons/day (customizable up to 1,000 tons/day)
• Treatment Results:
  • Reduces COD from 2,000 mg/L to below 50 mg/L with >95% color removal efficiency.
  • Achieves 70% water reuse rate, saving over 4.5 million tons of water annually for a 30,000-ton/day project.
• Case Study: A textile enterprise in Guangdong extended RO membrane lifespan by 50% and saved over ¥10 million in annual operating costs after adopting this system.

• Core Processes: Ultrasonic Demulsification + Fenton Oxidation + Activated Carbon Adsorption
• Technical Specifications:
  • Treatment Capacity: 10 tons/day (expandable to 50 tons/day)
  • Voltage: 380V, Power: 7.5kW
  • Footprint: 8㎡ (integrated design)
• Treatment Efficiency:
  • Reduces petroleum substances from 283 mg/L to below 10 mg/L.
  • Achieves >99% removal rate for heavy metal ions (e.g., nickel, chromium), meeting GB8978-1996 Class I Discharge Standards.

• Innovative Technology: Ultrasonic-Assisted Ceramic Catalytic Ozonation
• Treatment Process:
  1. Ultrasonic pretreatment (200kHz) disrupts drug molecular structures.
  2. Ceramic catalysts enhance ozone decomposition efficiency, improving COD removal by 10-15%.
  3. Final effluent COD <30 mg/L, meeting Class V Surface Water Environmental Quality Standards.
• Application Value: Effectively degrades antibiotic residues and cytotoxic substances for resource recovery.
• Typical Application Scenarios
   
  • Centralized Treatment in Industrial Parks: Multiple devices operate in online mode, with a daily treatment capacity of up to 30,000 tons, suitable for mixed wastewater from industries such as printing and dyeing, and chemical engineering.
  • Enterprise Upgrades and Transformations: No large-scale infrastructure is required. Ultrasonic modules can be installed on the original treatment system to increase processing efficiency by 40%.
  • Emergency Treatment Scenarios: Containerized mobile equipment can be deployed within 24 hours, suitable for medical wastewater and sudden pollution incidents.