The Digital Twin presents several advantages — learn more from Robert Zuban.

New advancements in mining technology can generate substantial value by driving up revenue, driving down costs and making operations safer and more sustainable. Learn how in this first of a three-part series about the opportunities surrounding digital transformations and mining for the future.

Technology has made unpredictable safety events more predictable and therefore more manageable. Now, sustainability is being prioritized alongside safety, and mining companies are turning to technology solutions to minimize their impact on the environment. In this second of a three-part series, read how changing times have had an impact on mine safety and technology for sustainability, and how operators prioritizing all of these are reaping the benefits.

Digitalization solutions offer significant efficiency improvements to existing assets as well as the planning and design capabilities to prepare for new technologies.

Fast Company ME

As sustainability targets drive the energy industry towards a net zero future and energy security concerns intensify, companies are challenged to meet these competing demands within financial and workforce restraints. Owners and EPCs must cater to short-term energy demands while simultaneously positioning themselves for the long-term energy transition projects gaining traction.

Enabling failure prediction in pharma as time to market demands grow

Digitalisation – A Giant Step Towards Global Access to Medicine

Leveraging the intelligent mine concept for improved profitability, sustainability

For industrial organizations, equipment downtime negatively impacts operational efficiency and productivity which can lead to schedule delays, lower revenues and increased pressures on workers throughout the manufacturing plant, including process engineers, equipment maintenance staff, planners and schedulers. By combining prescriptive maintenance and advanced scheduling technologies, manufacturers will be better positioned to consider tradeoffs among constraints like spare parts availability, costs, production, and supply chain commitments to find ideal downtime options.