Perspectivas
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02 sept 2026Minería y metalurgiaArtificial intelligence (AI) is playing an increasingly important role in the mining industry. Predictive maintenance for critical equipment, energy optimization, improved metallurgical recovery, asset monitoring and process anomaly detection are just a few of the many applications with significant potential benefits.However, when an AI project fails to deliver the expected results, the problem rarely lies with the algorithms themselves.In our experience, the main obstacles are usually related to data quality, availability and structure. Even the most sophisticated models cannot produce reliable recommendations if the data they rely on is incomplete, inconsistent or difficult to use.Before we talk about artificial intelligence, we first need to talk about data.Why data quality is the real AI challenge in the mining industry
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01 oct 2026Energía Eléctrica y RenovablesLa confiabilidad del suministro eléctrico comienza con la estrategia adecuada de interconexión a la red
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23 sept 2026Energía Eléctrica y RenovablesMientras el auge solar de Alberta pierde impulso, la próxima ola de desarrollo en Ontario apenas comienza.
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14 sept 2026Otras IndustriasLa planificación de la resiliencia climática es esencial para el desempeño a largo plazo de un proyecto.
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17 ago 2026Structural engineering early phase: unlocking value through early decisions
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Nicolas Samson, P.Eng.
Senior Engineer, Structural
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12 ago 2026Developing a new industrial facility involves countless technical, financial and organizational decisions. Yet, despite significant investments and rigorous project execution, some organizations struggle to achieve expected results after the asset is up and running, whether that means improved performance, better cost control, greater operational efficiency or stronger returns on investment.After more than 30 years of supporting industrial companies with their projects, Caroline Provost, Director, Operational Strategy Implementation, has developed a deep understanding of what drives asset success. Her experience has taught her that many challenges stem from decisions that would have benefitted from incorporating operational needs, organizational capabilities and business objectives at an earlier stage.Today, she’s sharing four common mistakes, their impact on future asset performance and, most importantly, how to avoid them.Four mistakes that can harm the future performance of industrial assets
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Caroline Provost P.Eng.
Director, Operational Strategy Implementation
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27 jul 2026Minería y metalurgiaPor qué las decisiones tempranas sobre relaves definen el desempeño de la mina a largo plazo
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02 jul 2026Minería y metalurgiaPython: Una herramienta clave para el análisis de datos en el procesamiento de minerales
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19 jun 2026Minería y metalurgiaSpeed is earned early in projects
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17 jun 2026Industrial data platforms: building a solid foundation to optimize your operations
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Pierre Boucher, P.Eng.
Senior Engineer, Operational Technology and Infrastructure
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01 jun 2026En algunos proyectos, el principal desafío no es la complejidad técnica, sino los plazos. Cuando los plazos se vuelven críticos, los equipos de ingeniería deben cambiar su enfoque: anticipar decisiones, aceptar la incertidumbre y apoyarse en un desempeño compartido. En este contexto, la ingeniería pasa a ser un proceso de toma de decisiones, equilibrio entre compromisos y gestión de riesgos, tanto técnicos como humanos. A continuación, Hugo Careau, P.Eng., Descarbonización, y Ulric Chayer, P.Eng., gerente de departamento, ingeniería mecánica, abordan tres preguntas clave.Cuando los plazos son la prioridad del cliente
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07 may 2026Minería y metalurgiaDesigning mining plans that evolve
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18 mar 2026AI is first and foremost a human transformation
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04 mar 2026Restoring together: a comprehensive approach to wetland and waterbody planning
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Marie-Claire LeBlanc
Especialista en medio ambiente
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17 feb 2026Energía Eléctrica y RenovablesInsulation and its enemy: partial discharge
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Shanon Lo, P.Eng.
Engineer, Studies & Field Testing
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08 ene 2026Minería y metalurgiaShifting to electric vehicles in underground mining offers significant benefits, but it also introduces new challenges. Power feeds often lack the capacity to handle the large power demand during charging; infrastructure upgrades require large capital investments; and even the overall service to site may not be sufficient. Without careful planning, mines risk load imbalances, brownouts, nuisance tripping of power distribution systems and possible reductions in production without significant capital investment. There’s no single fix to address all these obstacles. Instead, success depends on adaptive integration designs that evolve alongside the technology: solutions that demand ingenuity, innovative thinking and close collaboration across teams and vendors.Electric vehicles and power distribution: considerations for underground mine operators-
Jason James Gander
Senior Technologist
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12 dic 2025Energía y químicosShaping the future of oil and gas
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Debbie Burke, Ing.
Director, Petróleo, Gas y Productos Químicos
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12 dic 2025Energía Eléctrica y RenovablesEnergy loops as a driver of sustainable and economic development
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03 dic 2025Energía Eléctrica y RenovablesData centres serving communities
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26 nov 2025From obsolescence to opportunity: modernizing control systems for sustainable operations
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Kevin Galvez
Engineer in Training - Automation
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19 nov 2025Minería y metalurgiaMining companies generally have three targets: Develop a viable project, secure environmental approvals quickly and earn lasting support from local communities. But, in today’s world, with regulations that vary by jurisdiction, rapidly shifting social expectations and stricter environmental requirements, advancing a mining project becomes far more complex than engineering alone. So, what’s the way forward? Start early with a holistic approach that combines technical expertise, environmental rigour and genuine collaboration with stakeholders, including negotiating impact and benefit agreements with affected communities.The key to responsible and successful mining projects
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06 nov 2025Building meaningful strategies that deliver results
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Susan Eick
Vicepresidenta de Consultoría
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30 oct 2025Navigating mining permits in Canada: Success starts with preparation
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Stéphanie Blondin, M. Env., VEA
Senior Environmental Professional
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22 oct 2025Energía y químicosBetween the lab and industrial reality, one factor makes all the difference in scaling up
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16 oct 2025Uncovering hidden risks in operational technology systems with red teaming
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Shayne Casavant, P.Eng.
Senior Engineer, ICS Cybersecurity
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08 oct 2025Energía y químicosHydrogen remains an attractive clean-energy path because it produces no carbon emissions at the point of use. However, molecular hydrogen has a very low volumetric density, making long distance transport and seasonal storage challenging 7. Today’s supply chains use very high-pressure gas cylinders or cryogenic liquid hydrogen (LiqH₂), both of which require complex infrastructure and result in significant energy losses7. Two alternative carrier options are receiving increasing attention: ammonia (NH₃) and liquid organic hydrogen carriers (LOHCs). Ammonia is widely manufactured, contains hydrogen bound in a single molecular compound, and can be liquefied at moderate pressure or temperature. LOHCs, such as dibenzyltoluene (DBT), are organic liquids that reversibly absorb hydrogen; the hydrogen rich form can be dehydrogenated at the end use site and the lean carrier returned for reuse8. This document intends to compare ammonia and DBT‐based LOHCs from a technical, commercial and logistics perspective, using published data up to July 2025.Ammonia vs. dibenzyltoluene: A comparative assessment of hydrogen carriers
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Joe Nava, Ing.
Director global, combustibles y productos químicos avanzados
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07 oct 2025Energía Eléctrica y RenovablesUnlocking industrial efficiency: How incentive programs turn energy audits into action
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07 oct 2025Minería y metalurgiaPowder engineering as a strategic lever in mineral processing
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Benoit Desjardins, P.Eng.
Senior Engineer, Operational Readiness and Commissioning
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02 sept 2025Minería y metalurgiaWhy geotechnical data needs its own modelling approach in modern mining: a block modelling example from the Santa Cruz project
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Atulya Verma, P.Eng.
Principal Engineer, Mining and Geology
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19 ago 2025Energy efficiency as a strategic lever for industrial competitiveness in Québec
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Stéphanie Mayer, Ing., CMVP®, 50001 CP
Ingeniera Senior, Energía y Calidad del Aire
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14 ago 2025Minería y metalurgiaAn underground mine’s ventilation system is an intricate series of drifts and raises connected to a main backbone designed to deliver fresh air throughout the mine while safely exhausting contaminated air to the surface. As mines expand deeper underground and further laterally, the ventilation system must work even harder to push fresh air to where it’s needed. This increased demand could lead to higher costs—whether from installing larger fans, adding more equipment or perhaps constructing a new vent raise, which could easily range from $200M to $300M. With operational costs under constant scrutiny, mining companies are looking for smarter, more cost-effective solutions. Implementing ventilation control strategies offers a viable option for reducing energy consumption without compromising air quality. Given that ventilation accounts for roughly 50% of an underground mine’s overall energy consumption, implementing the right strategies could extend the system’s capacity, ensuring fresh air where it’s required, essentially maximizing efficiency and making the most of existing infrastructure. “Ventilation accounts for nearly 50% of an underground mine’s energy consumption—smart control strategies can significantly cut costs.”Optimizing Ventilation Systems for Underground Mines
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Mark Lafontaine, MBA
Asesor principal, Sudbury Office
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