High TDS Mine Water (Brackish Water)

Process Flow Diagram

Technical Reserve

Innovate a "dual-membrane salt separation" coupled process to break through the technical barriers of resource recovery for high-TDS wastewater, achieving synergistic efficiency between salt recovery and low-energy treatment.

1、Anti-fouling Membrane Module: Nano-coated RO membrane + high-pressure resistant NF membrane, achieving 90% salt separation rate, ≥98% desalination rate, and a 12-month cleaning cycle.

2、EDI Electrodeionization Technology: Features a compact footprint, eliminating the need for mixed beds and regeneration units; delivers continuous high-quality water production with zero wastewater discharge.

3、Intelligent Crystallization Control: AI-powered big data analysis ensures stable effluent water quality, enabling effective water reuse.

Industrialization Advantages

Develop prefabricated solutions for high-TDS wastewater treatment, leveraging compact layouts and full industrial chain capabilities to help mines achieve dual recovery of water and salt resources.

1、Integrated Prefabricated Module: 90% factory-assembled, with 30-day on-site commissioning, reducing footprint by 40% and suitable for large-scale treatment.

2、Full-chain Cost Control: In-house manufacturing of core components cuts construction costs by 25%, achieves 15% concentrated water reuse rate, and reduces operational costs by 30%.

3、Remote O&M Support: Real-time membrane pressure monitoring ensures annual system efficiency ≥98%, with fault response ≤1 hour.

Related products

Ultrafiltration Device

High-Density Clarifier

Sludge Thickening Tank

Multi-Media Filter

EDI Device（Electrodeionization Device）

Reverse Osmosis (RO) Device

Self-Cleaning Filter