I. Equipment Overview

II. Process Flow

III. Design Highlights (Marketing Focus)

1. Intelligent Automation – Full PLC control with manual override, auto-scheduled backwashing/regeneration for unattended operation.
2. Corrosion-Resistant Materials – UPVC pipelines for durability and low maintenance.
3. Integrated Control System – Centralized monitoring dashboard for real-time water quality and process management.
4. Smart Maintenance Alerts – Auto-notification for consumable replacement based on water quality & pressure changes (not just usage time), adapting to regional water variations.
5. Superior Separation Efficiency – Membrane technology achieves precise solid-liquid separation, removing suspended solids, colloids, and microorganisms without tertiary treatment for direct reuse.
6. High-Concentration Biomass Treatment – Maintains optimal microbial density in bioreactors, reducing hydraulic retention time and footprint by 50% compared to traditional systems.
7. Enhanced Biological Treatment – Preserves slow-growing bacteria (e.g., nitrifying bacteria), enabling complete metabolic processes for difficult-to-degrade pollutants.
8. Extended Retention for Macromolecules – Targeted design breaks down complex organics that traditional methods struggle to process.
9. Long-Life Membrane System – Engineered for minimal fouling, with automatic backwashing and chemical cleaning protocols to sustain MBR performance over 5+ years.

IV. Design Standards & Basis

1. Tailored solutions based on clients’ detailed water quality reports
2. JB/T 2932-1999 Technical Conditions for Water Treatment Equipment
3. CJ/T95-2000 Standards for General Landscape & Ecological Water Use
4. CJ/48-1999 Standards for Non-potable Domestic Water Use (Ministry of Construction)
5. GB/T50102-2003 Standards for Industrial Circulating Cooling Water
6. CJ/T119-2000 Standards for Reverse Osmosis Water Treatment Equipment
7. IEC439-1 Low-voltage Switchgear and Controlgear Assemblies