Working Principle
Our integrated wastewater treatment system delivers high-efficiency purification by combining multi-stage treatment processes into a single, compact modular structure.
The process begins in the pretreatment section, where large solids are mechanically removed. The wastewater then advances to the biological treatment zones—comprising anaerobic, anoxic, and aerobic tanks—where active microorganisms degrade organic contaminants and perform advanced nitrogen and phosphorus removal. Post-biological treatment, the wastewater enters a dedicated sedimentation zone for precise solid-liquid separation; a portion of the settled sludge is recirculated to sustain microbial activity, while excess sludge is managed separately. Finally, the clarified water is thoroughly disinfected to eradicate harmful pathogens, ensuring the final effluent meets strict standards for discharge or water reuse.
With its plug-and-play design, this integrated system guarantees a small footprint, rapid installation, and turnkey efficiency for decentralized wastewater management.
Influent and Effluent Water Quality Parameters
| Item | pH | BOD₅ (mg/L) | CODCr (mg/L) | TSS (mg/L) | Ammonia Nitrogen (mg/L) | Total Nitrogen (mg/L) | TP (mg/L) | Escherichia coli (MPN/100mL) |
| Influent | 6~9 | ≤300 | ≤150 | ≤150 | ≤30 | ≤40 | ≤4 | 10×10⁷ |
| Effluent | 6~9 | ≤10 | ≤50 | ≤10 | ≤5 (8) | ≤15 | ≤0.5 | None |
Note: For ammonia nitrogen in the effluent, the value outside the parentheses is the control limit when water temperature is above 12°C, while the value inside the parentheses is the control limit when water temperature is 12°C or below.
Key Features
①Space-Saving & Compact: Maximizes purification efficiency with a minimum land footprint.
②Factory-Prefabricated: Turnkey, plug-and-play design for fast on-site installation.
③Highly Efficient: Advanced biological removal of organic pollutants, nitrogen, and phosphorus.
④Smart & Automated: PLC-controlled stable operation with minimal labor costs.
⑤Eco-Friendly Effluent: Reliable compliance with local discharge regulations for safe reuse.
Applications
-
Residential & Rural Communities: Decentralized sewage treatment and greywater recycling for villages, small towns, and eco-friendly housing estates.
-
Commercial & Hospitality: Odor-free, low-noise purification for luxury hotels, eco-resorts, tourist attractions, and highway service stations.
-
Industrial Facilities: High-efficiency organic load removal for food & beverage processing, textile mills, chemical manufacturing, and warehouses.
-
Agricultural & Aquaculture Farms: Robust treatment for high-nutrient livestock wastewater, crop irrigation runoff, and fish farm drainage.
-
Institutional & Public Sites: Reliable, automated sanitation solutions for school campuses, universities, hospitals, and government office zones.
-
Remote Camps & Temporary Sites: Rapid-deployment, containerized sewage management for mining sites, oil & gas fields, and construction worker camps.
-
Transportation Hubs: Compact and high-surge-capacity water treatment for regional airports, train stations, and marine ports.
-
Water Reuse & Landscaping: Advanced filtration delivering high-quality compliant effluent for golf courses, park irrigation, and industrial cooling towers.
Technical Specifications
| Model | Treatment Capacity | Container Type | Equipment Dimensions (mm) | Installed Power | Empty Weight | Operating Weight |
| HLYT-50 | 50 m³/day | 20GP | 5700×2000×2100 | 2.16 kW | 3,350 kg | 30,900 kg |
| HLYT-100 | 100 m³/day | 40HQ | 11500×2100×2400 | 3.46 kW | 6,500 kg | 61,000 kg |
| HLYT-200 | 200 m³/day | 40HQ × 2 | 11500×2100×2400 (×2) | 6.28 kW | 13,000 kg | 122,000 kg |
