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A Smarter Pathway to Filtered Tailings Disposal

Eliminate expensive filtration with ATA®

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What is the true cost of your tailings strategy?

Filtered tailings disposal and dry stacking are no longer optional for many mine sites. They are increasingly becoming a condition for permitting, financing and operating. But getting there often comes with high capital costs, energy-intensive systems, and tailings dewatering processes that struggle to keep pace with production.

The real cost? High capital intensity, high energy consumption, production bottlenecks and operational downtime. Tailings systems that require frequent maintenance – from filters blinding with fine particles to thickeners struggling with variable feed conditions – can quietly constrain throughput and increase operating costs. All while regulatory, investor and stakeholder pressure continues to build around safer, drier and more water-efficient tailings management pathways.

The challenge is no longer whether mines will transition toward filtered tailings disposal and dry stacking – but how to do so.

Introducing ATA® Rapid Tailings Dewatering.

Designed for mine sites that need a faster, more cost-effective path to filtered tailings disposal, ATA® rapidly dewaters tailings into high-strength, stackable solids while maximising water recovery.

REDUCE DRY STACKING CAPEX BY 50%
IMMEDIATE WATER RECOVERY
(TYPICALLY >90%)
IMPROVE FILTRATION EFFICIENCY
(40-60% REDUCTION IN FILTRATION AREA)
DRY STACK TAILINGS WITHOUT EXPENSIVE PRESSURE FILTRATION

Our Dry Stack Processing Technology, ATA®

Lower-Cost Pathway to Dry Stacking Tailings

ATA® uses a unique three-step process—Activator, Tether, Anchor—to rapidly convert tailings into high-strength solids and recover water.

The process begins by splitting the tailings stream into coarse and fine fractions using conventional equipment. Each stream is treated with a tailored polymer: one activates the fines, the other prepares the coarse particles. When recombined, the treated streams bind instantly, forming a stable, granular solid that can be easily separated from water using simple gravity filtration.

Unlike traditional flocculants or mechanical systems, ATA® produces solids that don’t re-disperse in water, offer high geotechnical strength and significantly reduce the load on downstream filtration – often enabling up to 60% smaller filtration area.

Whether used on its own or as a first step before low-pressure or vacuum filtration, ATA® supports lower-cost filtered tailings and water recovery pathways with greater operational flexibility and control.

Proven Results

From Australia to South Africa and Brazil, mine sites are showing how ATA® delivers a faster, more cost-effective path to dry stacking while recovering more water and streamlining operations.

Case Studies

Tailored to You

Choose a system designed to address your unique challenges, operational goals and regulatory standards, backed by results from your own tailings. Trial ATA® today.

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Interested in trialling ATA® or need more information?


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