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Solutions for the Mining Industry

Solutions/Mining Industry

DAVCO offers expertise in design and equipment for water treatment, liquid/solid separation, screening, concentration, and biological treatment in the global mineral industry.

Our services cover a wide range of areas, including product concentration, tailings treatment, acidic mine water drainage, and CCD circuit cleaning. We have extensive experience in both turnkey and fast-track projects.

Explore oursolutions for the mining industry

Acidic Wastewater

Methods such as alkali neutralization, lime neutralization, and biological treatment are used to adjust the pH of wastewater to mitigate or neutralize acidity.

Ore Dust and Particulates

Filtration, sedimentation, and settling methods are utilized to remove suspended particulates from wastewater.

Heavy Metals Pollution

Methods like chemical precipitation, ion exchange, adsorbents, and membrane separation remove heavy metals from wastewater.

Related Products

Shale Gas Fracturing Water Disinfection

Shale gas extraction involves reusing water which can develop odor and spoilage, requiring disinfection. Sodium hypochlorite is needed for this, but transporting it to remote facilities is inconvenien

Sand-Water Separation System

Hydrocyclone groups separate mineral sands and water. The mixture is pumped tangentially at a specific speed and pressure. Water is discharged from the upper outlet and mineral sands from the lower ou

Integrated High Efficiency Microsand Sed

Microsand can be used in coagulation sedimentation processes to increase the settling speed, and effectively remove suspended solids and inert particles from wastewater. To prevent clogging in subsequ

Integrated Denitrification Deep Bed Filt

The filter bed provides advanced treatment for TSS and NO3-N, which are difficult to remove in previous processes. The treated water can be further processed or reused as needed, saving land use.

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Case Studies

Learn More

46.2 MGD DeniFil™ CASE STUDY

2024-04-09

11 MGD DeniFil™ CASE STUDY

2024-04-09

6.6 MGD VorDense™ CASE STUDY

2024-04-09