Minetek

Managing excess water in tailings operations?
Let's talk solutions at Tailings and Mine Waste 2026.

Minetek's high-volume mechanical evaporation technology provides additional water-removal capacity for challenging mining environments.

Visit us at Booth 55 from 8–11 November 2026 in Westminster, Colorado.
See what we're bringing to the event: https://hubs.li/Q04B5RC_0

The strongest measure of an engineering solution is its performance in the field.

Following the CAT 793F differential attenuation project at New Acland Coal, the Mine Control Superintendent shared this feedback: “Based on these results, I would recommend rolling it out across the remainder of the fleet.”

The feedback reflects the value of targeted noise attenuation, where engineering solutions are developed around specific noise sources and verified through post-installation testing.

Explore the project and the results behind the recommendation.

Read the case study: https://hubs.li/Q04B50WH0

When heavy rainfall increases water levels, having sufficient water-removal capacity is critical to maintaining operational control.

At a Queensland copper mine, Minetek deployed a 13-unit mechanical evaporation system, comprising nine land-based and four floating units, to support acid pit dewatering and flood mitigation.

With a combined water-processing capacity of 5,560 GPM (1,270 m³/hour), the system provides additional capacity to manage excess water during challenging site conditions.

Explore the project and how mechanical evaporation supports mine water management ahead of high-rainfall periods.

Read the case study: https://hubs.ly/Q04zZsjp0

Minetek is heading to Tailings and Mine Waste 2026 as a proud Gold Sponsor.

From 8–11 November 2026, we'll be in Westminster, Colorado, connecting with mining professionals to discuss practical solutions for managing excess water across tailings storage facilities and mine operations.

Visit us at Booth 55 to explore how Minetek's high-volume mechanical evaporation technology can support your site's water-management requirements.

Learn more about our participation: https://hubs.li/Q04zLTkq0

A 630 Hz tonal exceedance was identified at the differential of a CAT 793F at a Queensland coal mine.

Minetek developed a targeted attenuation package to address the source while maintaining airflow, maintenance access and critical equipment functionality.

Following installation, post-attenuation measurements confirmed the 630 Hz tonal noise was eliminated.

See the results: https://hubs.li/Q04zf7m40

Heavy rainfall can place increasing pressure on mine water management, particularly where storage capacity is limited or water-removal systems are already constrained.

Before rainfall intensifies, mine sites should assess current pit and TSF water levels, available storage, expected inflows and existing water-removal capacity. Discharge and treatment constraints, along with contingency capacity for extreme rainfall, should also form part of readiness planning.

See how Minetek’s high-volume evaporation systems can provide additional water-removal capacity for dewatering, flood mitigation and excess water management.

Assess your readiness:
https://hubs.li/Q04zf5TK0

Heavy rainfall can put increasing pressure on mine water management.

For operations across Queensland and the Top End, the months before rainfall intensifies provide a critical window to assess water levels, available storage and water-removal capacity.

See how Minetek’s high-volume evaporation systems have been deployed across Queensland for emergency response, pit dewatering, flood mitigation and underground water management.

Prepare your site before the pressure builds: https://hubs.li/Q04yCJD40

A world first in CAT truck noise attenuation.

At a Queensland mine, a CAT 793F was producing a distinctive tonal noise from the differential, most noticeable during colder periods.

The Minetek team worked with the site to isolate the source and engineer a targeted differential attenuation package that maintained OEM airflow, maintenance access and critical operating functions.

The result? The 630 Hz tonal exceedance identified at baseline was no longer present in post-installation measurements.

The same engineering approach is available across the CAT truck range.

Read the full case study:
https://hubs.li/Q04yh-Lj0