Mining Industry’s Dangers and the Need for Modernization

It is not a novel concept for mines to make use of new technologies to boost their output. According to more than 700 Australian members of the sector, the vast majority of the leading mining companies have already begun their digital journey in some form, most notably through investments in technologies that are based on autonomy and the internet of things.

Although wireless systems connected to digital mining assets have become commonplace, the mining sector still uses manual and/or cabled readings instead of wireless systems that communicate with digital mining assets. The mining industry’s reputation as a conservative, risk-averse sector precludes it from investing in new, possibly “risky” technology like wireless readings, for example.

To show you how the most inventive mines are employing new technology to get ahead of the productivity and safety game, we’re going to look at how these technologies can make your mining operations safer, more productive and more cost-effective.

Integration of Drone Usage

It is hardly the first item that springs to mind when talking about mining exploration or mine safety, but fly-ability has been effective in changing that perception. The use of these drones in mining has had to overcome several significant hurdles.

While it is perilous for humans to venture down into a mine, most drones can’t work there because of unstable terrain, falling rocks, and other hazards. A drone’s propellers can be broken by a single collision with a hard surface.

Mitigating The Risks of Mine Blasting

In both surface and underground mining, excavating rocks is often done by miners drilling holes into the rock and then filling those holes with explosives to blast away the tough rock. This method may be used to excavate rocks of varying hardness.

In underground mines, this poses the risk of a fire breaking out in addition to the possibility of the mine being unstable and collapsing. There has been recent progress made in the field of micro-explosives, and when combined with computer-assisted design and timing, there is reason to be optimistic about their ability to mitigate the risks involved with blasting.

The utilisation of micro-explosives would also result in more control over the fragment size, which would cut down on the necessary amount of money, time, and energy for further crushing and grinding.

Artificial Intelligence in Exchange For Manual Labour

Hard rock mining may be done quickly and easily using robotic drilling equipment. Battery-powered drill rigs, which can drill blast patterns faster and more precisely than any human or human-operated equipment, are possibly the most promising of the automated drill rig types now under development.

Drill rigs powered by batteries emit no toxic exhaust gases like those powered by diesel or gas. The long-term necessity for continuous mining operations might be met by battery-powered drill rigs, which could be supplied with quick chargers or interchangeable batteries.

Automated drill rigs can be fitted with the newest improvements in cutters or preconditioning equipment, making cutting easier, in addition to being considerably more efficient in drilling blast patterns. Preconditioning the rock with water jets, thermal and explosive impulses, and other rock-weakening technologies are only a few of the options under consideration.

If you wish to discover more ways to modernize your mining business, make sure to contact us now! With the most advanced and latest vibrating pan feeders, to the most extreme like our Hi-Ton Inclined Screens, you are sure that your business will remain safe and productive. Contact us today!

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