Energy and Mines World Congress

The Energy and Mines World Congress represents the premier annual gathering for mining energy decision-makers and alternative energy providers, focusing specifically on the intersection of carbon reduction and mining operations. This year's event addresses the material business risks that GHG emissions regulations and energy supply concerns now pose to mining companies, with carbon and renewables legislation increasingly shaping operational strategies across key mining markets.

Attendees can expect comprehensive coverage of the latest case studies, initiatives, and technologies designed to help mining operations transition to low-carbon energy systems. The congress features an exceptional speaker lineup including senior representatives from industry leaders such as Barrick Gold, Newmont, Anglo American, Goldcorp, B2Gold, Kinross Gold, New Gold, IAMGOLD, AngloGold Ashanti, ArcelorMittal, Teck Resources, and Victoria Gold. Government perspectives will be provided by Natural Resources Canada, while international viewpoints come from The World Bank and Bloomberg New Energy Finance.

The event serves as a unique platform for direct engagement between mining sector energy decision-makers and solution providers from renewable and low-carbon energy sectors. This cross-sector dialogue is crucial as mines actively explore renewables and storage solutions to cut CO2 emissions while addressing power pricing and supply concerns driven by increased shareholder pressure to address climate change.

Participants will benefit from access to cutting-edge research, including Energy and Mines' series of reports on key topics for mine energy decision-makers. The congress also features support from industry sponsors including Pfisterer, ABB, Advisian, and G+Plastics, ensuring exposure to the latest technological solutions. With early bird pricing available until September 30, this event offers exceptional value for mining professionals seeking to navigate the energy transition and position their operations for a low-carbon future.