Goldcorp’s #DisruptMining event in March will generate new ideas for innovative technologies that could fundamentally transform the mining sector. With asset productivity as a major issue facing the mining industry today, companies are looking to digital technology to reduce costs, drive productivity and enhance financial performance.

Utilizing innovative technological developments to improve efficiency is a constant driver for Goldcorp, however we are also focused on two other significant factors as we look to innovation to drive productivity. We aim to advance the success of our sustainability efforts by improving our environmental performance through the reduction of water and energy consumption, thereby reducing greenhouse gas emissions and long-term sustaining costs and helping us meet our stakeholders’ expectations and, increase automation, particularly in the riskiest parts of the mine, making our mines safer for our employees.

Here, we dig into research by the World Economic Forum, McKinsey and Deloitte on how digital innovation could provide some breakthrough solutions, and summarize five digital trends helping to shape the future of mining.

Data Integration and Predictive Analytics: The Internet of Things is the key driver enabling equipment, fleets and people outfitted with sensors, software and wireless tech to be digitally connected so data can be remotely monitored, stored and shared. Real-time monitoring improves traceability and visibility, ensuring maximum efficiency, improved safety, decreased variability and better identification of performance issues. Diagnostic data on the state and performance of equipment can be transmitted remotely with analytics anticipating failures before they occur, along with recommended maintenance schedules or corrective action to reduce downtime. Valuable information is no longer confined to silos, but can be shared across the organization via cloud connectivity or networks, supporting interdepartmental collaboration. Continued innovations in data analytics and advances in GPS, mobile broadband, sensor technology and data storage through cloud computing will continue to rapidly improve productivity of the connected mine.

Artificial intelligence (AI) and Machine Learning: Machine learning algorithms are considered the next big step in the digital transformation of mining. AI is an area of computer science that creates intelligent machines that learn and react like humans. Incorporating information from satellite imagery, geophysical maps, previous core drill data, soil samples and survey data, smart computers can help companies gain greater metallurgical precision by identifying promising drilling targets. Predictive modelling of ore-bodies and blast hole drill data can lead to more precise drilling targets, optimal blast and drill patterns and improved ore fragmentation. AI has been used extensively in the oil and gas industry and holds a lot of promise for the mining sector.

Augmented Reality (AR) and Virtual Reality (VR): AR and VR technology is rapidly becoming indispensable tools for mine planning, training and safety. AR overlays interactive 3D visual images on top of the physical world, while VR replaces the real world with a simulated one. VR can create authentic scenarios immersing users in realistic mining conditions to support training in operations, health and safety. The technology can also be used to slow down blast sequences to a fraction of its real-time speed, allowing engineers to improve both blast and drill rates by simulating different patterns.

Cybersecurity: As more data moves into the cloud and digital innovation becomes the norm, mining companies will be more exposed to online threats. Blockchain, which keeps a record of every transaction and safely encrypts that information without third-party intervention, will continue to play a growing role in helping reduce data exposure to hackers.

Mine Automation: The holy grail of digitalization is the fully automated mine. The move to automate the mining process has been underway for years. Tele-remote operations are well established in the industry. Fully autonomous equipment is now used for haulage, drilling and other processes, with automated blasting and shovelling on the horizon. Automation offers the potential to reduce variability, cut operating costs, increase efficiency and remove workers from hazardous environments.

The industry still has a long way to go until full-scale automation becomes a reality. However, #DisruptMining is an excellent platform to surface new ideas that will bridge the gap between mining and technology to significantly contribute to Goldcorp’s digital transformation goals and for the health and safety of our workers.

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Comment(s)

Hugo Dominguez

January 15, 2018, 1:36 AM

The mining industry is desperate jumping into the information technology band wagon and perhaps it is losing sight of its fundamental principles. It is an activity based on geology. How is it going to relegate to a machine and a learning algorithm that few people know exactly how it works the task to understand a geological ore deposita and to interpret a target?

Goldcorp

April 30, 2018, 11:45 AM

Hi Hugo, geology is still the backbone of the mining industry. We are using modern technology and innovation, such as IBM Watson, to help our geologist analyze mass amounts of historical data to find new high potential targets faster and to predict geological models with more certainty. Watch this video to learn more: https://youtu.be/jX7Lzbl37VM. Also, this year's #DisruptMining winner, Acoustic Zoom, aims to unlock the potential of Canada's mineral exploration sector with high frequency 3D imaging to help map complex geological formations deep within the earth's micro-structure. Watch their pitch video to learn more: https://youtu.be/yX6SZB0vUm8

Angela Sabo

February 9, 2018, 5:22 PM

Goldcorp is hopefully not applying this new technology in the Yukon.
1. The Coffee Gold Project was supposed to bring jobs to the Yukon, especially for FN people.
2. Any major operating problems are much more difficult to deal with from remote locations.
3. Environmental impacts like spillages will have time delays before they can be stopped.

Gabriel Ojo

February 22, 2018, 12:02 AM

The use of artificial intelligence in mineral exploration and target identification is essentially new. I strongly believe that its potentials when fully exploited will make for safer working conditions and greatly improve mineral exploration success rate. However, I don't know details about how it works. I will find out!!!

Goldcorp

April 30, 2018, 11:48 AM

Hi Gabriel, IBM has a series of video you can watch to learn more. See this video on Goldcorp's project https://youtu.be/jX7Lzbl37VM. Also one of this year's #DisruptMining finalist LlamaZOO Interactive has created MineLife VR, a software platform which enables companies to represent a mine plan from exploration to reclamation in an interactive 1:1 scale using virtual reality https://youtu.be/O0l-hjd_KeY

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