Mining equipment + Internet of Things
In the 2011 film Limitless, a struggling writer obtains a mysterious pill that enables him to access 100 percent of his brain abilities, helping him to reap monetary benefits by becoming a financial wizard. For the mining industry, that mysterious pill is the Internet of Things.
Widely credited to Kevin Aston while working at Proctor & Gamble in 1999, the Internet of Things (loT) refers to a giant network of connected objects or “things.” These connected things, which can vary from a smartphone to a mining truck, utilize embedded technology to transfer data over a network without requiring human-to-human or human-to-computer interaction. In fact, the concept aims to utilize analytics in order to replace the human decision-making process altogether.
The mining industry has turned the innovation dial up in the past few years, implementing newer and more diverse technologies to solve age-old questions. The big potential for loT in the mining industry lies in the equipment it uses.
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In recent years, mining companies have begun equipping machinery with unique sensors and software to collect data from everyday activities. This “big data” is now emerging as potential information that can be analyzed and utilized to allow manufacturers the ability to predict and eliminate potential problems. The Internet of Things has the power to take mining equipment and operations to new heights.
Technology research consultant Gartner Inc. expects the number of connected products in the mining industry to rise from 24 million in 2014 to 90 million by 2020. According to the consultant firm, the 25 percent increase in mining connectivity is among the fastest in the industry sectors.
New era for mining
The Internet of Things is expected to ring in a new era for mining operations and equipment. With the way things are going for the commodities sector, it couldn’t be any sooner.
“Ten years ago, these were dumb bits of equipment. If the computer in the office fell over, who cared? Now underground mines are full of optical fiber and bits of equipment that talk to one another,” said Mike Elliot of EY in Australia.
For one, loT will assist in the predictive/preventative maintenance for mining vehicles, which has become increasingly important in recent times. Through the use of sensors, companies will have the ability to monitor everything from fluid temperatures, engine speed, gear position and brake pressure. Information from the sensors will be relayed to a remote monitoring center that will then alert the equipment operator of potential trouble before it happens. The technology will provide data analytics of the truck performance data to prevent unnecessary maintenance events and to reduce the time to repair the truck during unplanned maintenance events.
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Similar to the film, loT also has the ability to empower mining equipment in order to function and operate with optimal efficiency.
“Lots of these machines have been sending data for more than 30 years, but we did not have the ability to use it,” says Al Frese, solutions and technology manager for mining sales and support at Caterpillar. “Now we have that and can do it effectively across many different sites.”
US-based Caterpillar Inc. is a major player investing in the Internet of Things. Last year, the company spent $2.14 billion on product-oriented research and development alone.
Rob Charter, a group president at Caterpillar, has said that the company wants to surround customers with a tech-savvy suite of products and services. It's about moving beyond simply making machines, he’s noted.
“Originally, when we built product, it was about the product,” Charter said. “What we think about all the time these days—and you'll see it more and more in people's thinking—is how do we make a customer successful? And if they're successful and they rely on us, then we're successful.”
The Internet of Things is expected to take the mining industry into a new helm of operational excellence.
In its 2013 report called Disruptive Technologies: Advances that will Transform Life, Business and the Global Economy, the McKinsey Global Institute stated that the Internet of Things will be largely used by the mining industry in the near future for data collection, monitoring process, decision-making and optimizing workflows.
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For the mining industry, the Internet of Things holds unlimited potential as the future could consist of flying drones, automatic drill rigs, trains and driverless trucks. The technology will not only optimize processes, but it will prevent accidents, predict maintenance and even help companies conserve their resources like water and electricity.
NFL coaching legend Vince Lombardi once said: “Perfection is not attainable. But if we chase perfection, we can catch excellence.”
With the mining industry adopting new technologies and taking loT under its wing, the industry could reach new levels in coming years.
Axora launches global challenge for digital technology
Axora is launching the world’s first international competition to discover new cost-saving digital technology for industrial companies, which can produce rapid benefits within a year.
The Metals & Mining and Oil & Gas sectors have recently experienced budget cuts of 20% on average, driven by a variety of factors including the global pandemic, slump in demand and price wars. The Axora Cost-Saving Technology Challenge aims to transform these industries by discovering innovative, digital solutions that reduce cost fast and pay for themselves, whilst achieving the same or improved productivity, health and safety and sustainability standards.
“While digital solutions can help to get work done quicker and more cost-effectively, they typically require a three-year ROI, and if there’s no flexibility in the budget, a full budget planning cycle is needed to get things moving”, said Dr. Nick Mayhew, Chief Commercial Officer, Axora.
“Yet, extra financial cost is often incurred in delaying digital projects, so customers have asked us to highlight solutions that can have an ‘in year payback’ whereby the cost spent on the solution and deployment will be more than recovered within the budget year - this accelerates the timeline and drives positive business impact, quickly.”
The Axora Cost-Saving Technology Challenge
Axora is keen to learn of any digital cost-saving innovation which: meets the 12-month payback timeframe; can be deployed in any part of the value chain including upstream, downstream or midstream oil and gas, metals processing or mining; and is ready for market. The Axora Cost-Saving Technology Challenge is open to entrepreneurs, start-ups, academics and sector leaders across the world. The competition will be judged by a panel of leading industry experts.
“We’re passionate about supporting our industries and customers through all forms of digital transformation and the cost-saving solutions we are searching for could also provide a lifeline to many mining and metals and oil and gas companies in the current economic climate,” added Dr. Mayhew.
Improving productivity, safety and sustainability
Up to ten finalists will be chosen to pitch their solutions at a digital pitch day later this year, after which Axora will validate the ROI models and vet the solutions. The winner will receive the ‘Axora Market Accelerator’ sales and marketing package worth £10,000. This includes a two-hour workshop, promotion through Axora’s thought leadership content and inclusion into its digital demand engines, providing the opportunity for the winning solution to benefit thousands of industrial companies. Entries are open until May 31. Full details of the competition including terms and conditions can be found here.
To learn more about the Axora B2B digital solutions marketplace read our feature in the latest issue of Mining Global magazine.