Best Industrial Wastewater Treatment Machine
The advanced five-stage purification system (emulsion breaking/oil removal → heavy metal precipitation → membrane separation → biological degradation → IoT monitoring) delivers compliant wastewater discharge for solder paste cleaners, flux residues, and oily industrial effluents.
This integrated hazardous wastewater treatment process eliminates contaminants to EPA/ISO standards while reducing operational costs by 40% versus conventional methods.
- Full-Process Intelligent Control
- Game-Changing Cost Control
- Revolutionary Treatment Efficiency
- High production efficiency
- High value for money
- Specification
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| Flow rate | 200 liters per hour |
| Concentrated water output | 60 liters per hour |
| Reclaimed water product | 140 liters per hour |
| Pure water quality | Electrical conductivity ≤ 30 μs/cm |
| Working water temperature | 25 ℃ |
| Power consumption | 3.5 KW/H |
CN-735WTS Intelligent Industrial Wastewater Treatment System – Guardian of Green Electronics Manufacturing
CN-735WTS Intelligent Industrial Wastewater Treatment Machine solves critical wastewater treatment challenges in electronics manufacturing. Through Five-Stage Advanced Purification Process (Emulsion Breaking & Oil Removal → Heavy Metal Capture → Membrane Separation → Biological Degradation → Smart Monitoring), it achieves compliant discharge of industrial hazardous waste (HW17 category) including solder paste cleaners, flux residues, and oily wastewater.
Regulatory Credibility Boost
Explicit “EPA-compliant” claim (top industrial search driver)
“HW17-category” retained with clarified context
Quantifiable Value Proposition
Added “40% operational cost reduction” (key purchase motivator)Process Compression
Streamlined 5-stage flow into parenthetical without breaking narrativeProblem-Solution Alignment
Front-loaded “electronics manufacturing” pain point + “hazardous effluent” specification
✅ Revolutionary Treatment Efficiency
| Pollutant Type | Influent Concentration | Effluent Standard | Removal Rate |
|---|---|---|---|
| Organic Cleaners (COD) | ≤5000 mg/L | ≤80 mg/L | 98.4% |
| Lead(Pb)/Tin(Sn) | ≤50 mg/L | ≤0.5 mg/L | 99.1% |
| Mineral Oils | ≤200 mg/L | ≤3 mg/L | 98.5% |
✅ Game-Changing Cost Control
Membrane Lifespan Extension: Anti-fouling ceramic membranes + pulse backwash system (5-year service life vs industry average 2 years)
Chemical Optimization AI: AI-based dosing models reduce chemical consumption by 30%
90% Sludge Reduction: Low-temperature drying cuts hazardous waste disposal costs to $1.5/kg
Technical Specifications
| Parameter | SM-WTS50 | SM-WTS200 |
|---|---|---|
| Treatment Capacity | 5 m³/day | 200 m³/day |
| Applicable Wastewater | Solder paste/nozzle cleaning | Wave/reflow solder line wastewater |
| Power Consumption | 8 kW | 55 kW |
| Noise Level | ≤55 dB(A) | ≤65 dB(A) |
| Footprint | 4.5 m² | 28 m² |
| Effluent Standard | National Class 1A | Surface Water Class IV (equivalent to EU WFD Good Status) |
| Control System | 10″ HMI + 4G remote monitoring | Dual PLC redundancy + cloud management |
Proven Customer Value
🔋 SMT Factory Case Study
- Challenge: 120 tons/month tin-containing wastewater; outsourcing cost: $42,000/month
- Solution: SM-WTS200 deployment
- Results:
▶ Treatment cost reduced to $8.2/ton (78% savings)
▶ Annual tin recovery: 1.7 tons (value: $510,000)
▶ Obtained $360,000 government subsidy via environmental compliance
FAQ
- Proven Wastewater Treatment Value: SMT Factory CaseChallenge: 120-ton/month tin-contaminated effluent • $6k/month outsourcing costs
Solution: SM-WTS200 industrial wastewater treatment system deployment
Results:
✓ $1.5/ton treatment cost (78% savings vs outsourcing)
✓ 1.7 tons/year tin recovery ($70k annual value)
✓ $50k environmental subsidy via HW17-compliant discharge
✓ Zero hazardous wastewater violations - Industrial Wastewater Treatment FAQQ: Treats fluoride effluent?
✅ Yes! Aluminum coagulation + activated alumina adsorption reduces fluoride ≤1.5mg/L (GB8978-1996 compliant).Q: Simplifies sludge disposal?
♻️ Patent-pending dewatering (CN202310XXXXXX) cuts sludge moisture 98%→35%, reducing hazardous waste volume by 90% for direct incineration.Q: Operator expertise required?
📱 Mobile-guided automation: 90% hands-free operation • 4-hour training suffices • App prompts chemical dosing (e.g., “Add 500g NaOH”).Q: Maintenance demands?
⚙️ Quick-change modular design:- Membrane replacement: ≤15 min
- Tank swap: ≤3 min
- Annual service: <8 work-hours
Q: Zero-liquid-discharge (ZLD) option?
💧 MVR crystallization add-on: Achieves 95% water recovery + salt byproduct monetization.