Wastewater treatment system
Advanced Laboratory Wastewater Treatment Systems
Engineered for Global Compliance & Sustainable Operations
Technical Summary
Our integrated treatment solutions process 0.5–50 m³/day of complex laboratory effluents – including organic solvents, heavy metals (Pb, Hg, Cr⁶⁺), biological hazards, and high-TOC waste – achieving >99% contaminant removal and 85–95% water recovery. Systems operate at ≤40 dB(A) with energy consumption 30% below industry benchmarks.
Core Technology Specifications
Module Performance Parameters
Primary Treatment
- Automated neutralization: pH 2–12 adjustment in <90s
- Coagulation/Flocculation: 95% TSS removal
Secondary Treatment
- Activated Carbon Adsorption: COD reduction >90%
- Ultrafiltration (UF): 0.02μm pore size
Tertiary Treatment
- Reverse Osmosis (RO): 98% salt rejection
- Optional UV/O₃ disinfection: 6-log pathogen reduction
Control System
- Siemens PLC + 10" HMI with SCADA integration
- Real-time monitoring: TOC/COD/pH/ORP/conductivityGlobal Compliance Matrix
eployment Configurations
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Compact Skid-Mounted Units
- Footprint: 1.8m × 1.2m (≤2.2m²)
- Capacity: 0.5–5 m³/day
- Target: Single-lab hospitals/universities
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Modular Scalable Systems
- Expandable to 50 m³/day
- ZLD (Zero Liquid Discharge) capable
- Target: Pharma campuses/industrial R&D hubs
Operational Advantages
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► Cost Efficiency
- Chemical consumption reduced by 35% via AI-optimized dosing
- Energy recovery turbines cut grid dependency by 40%
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► Maintenance
- Predictive maintenance algorithms (≥90% MTBF)
- Remote diagnostics via VPN-secured cloud platform
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► Sustainability
- Recovered water meets ISO 3696 Grade 3 standards
- Sludge volume ≤5% of influent (vs. industry 15–20%)
Export-Specific Engineering
- Climate Adaptation: Tropicalized (45°C/95% RH) or Arctic (-30°C) packages
- Localization: IEC/ANSI/NEMA electrical standards compliance
- Documentation: FAT/SAT protocols in EN/ES/FR/AR languages