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Heavy Industry · Industry

Slurry dewatering, process water recovery and dust control engineered for remote sites where spares take weeks to arrive.

Process water recovery achieved
92%
Slurry solids handled by weight
30%+
Interval between interventions
6 mo

The constraint

Separation at tonnage, in the places infrastructure forgot.

Mine sites operate far from support. Equipment must run with minimal intervention, tolerate abrasive slurries at high solids, and be repairable with what is physically on site.

Standards we work to

  • ISO 4406
  • EN 14491
  • MSHA / DGMS
  • ASME VIII Div. 1
  • IEC 60079

High solids abrasive slurry

Concentrations above 30% by weight erode conventional wetted parts within weeks unless hardened or lined.

Remote supportability

A part not on site is a part four weeks away, so designs favour common components and field-serviceable assemblies.

Water scarcity

Process water recovery is frequently a licence condition, making recovery efficiency a compliance issue rather than an economic one.

Respirable dust exposure

Crushing and conveying generate silica-bearing dust with occupational exposure limits that dictate capture design.

Applications

Where we filter in mining & minerals

  • 01Tailings and concentrate dewatering
  • 02Process water recovery and reuse
  • 03Crusher and conveyor transfer dust control
  • 04Heap leach solution clarification
  • 05Hydraulic and lube oil conditioning on mobile plant
  • 06Potable and service water treatment for camps
Recommended platforms

What we typically specify here

All products

Next step

Send us your mining & minerals stream data.

Our applications engineers work to the standards listed above every week. You will not be explaining your industry from first principles.

Or call +91 79 4890 2200 · sales@worldasatech.com