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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04 may 2020Energía Eléctrica y RenovablesOperating remotely: intelligent distributed optimization (IdO) to get the most from your technological tools
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04 may 2020Minería y metalurgiaSlurry pump design: what you need to know
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Roman Dorfman, P.Eng.
Principal Engineer, Piping
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30 abr 2020Energía Eléctrica y RenovablesCivil or structural engineering?
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27 abr 2020Energía Eléctrica y RenovablesHazardous locations: the game rules – Part 2
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Hugues Châteauneuf, P.Eng.
Senior Consulting Expert, Ventilation, Hazardous Locations, Explosion Hazards
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16 abr 2020Minería y metalurgiaIn 2021, new standards for maximum concentrations of harmful substances that may be released into the environment will take effect under the Metal and Diamond Mining Effluent Regulations [1]. Many mining clients are opting for water treatment methods and technologies that can be easily adapted to these new standards. Given the current situation, clients prefer technologies that are both efficient and economically viable. This article explores passive water treatment technologies which have tangible benefits in terms of capital costs, but which also could involve risks that need to be considered.Passive water treatment in the mining sector-
Jean-Louis Bandu, P.Eng., M.Env., M.P.M., P.M.P.
Senior Engineer, Earth and Infrastructure
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14 abr 2020Energía Eléctrica y RenovablesOperating industrial electrical networks remotely
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07 abr 2020Energía Eléctrica y RenovablesThe key elements to field testing power transformers
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Gregory Sines, P.Eng.
Electrical Engineer
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01 abr 2020Energía Eléctrica y RenovablesOperating remote assets
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Jean-François Beaulieu
Director, Digital Consultant
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05 mar 2020Otras IndustriasHazardous locations: the game rules – Part 1
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Hugues Châteauneuf, P.Eng.
Senior Consulting Expert, Ventilation, Hazardous Locations, Explosion Hazards
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21 feb 2020Energía Eléctrica y RenovablesAccording to an article published on the Canada News website, “Cybersecurity: Canadian businesses don’t feel the urge to act”, nearly half of Canadian companies have not seen fit to strengthen their IT security in 2019. However, this article refers only to information technology (IT) security, an area where practices are much more advanced than those of operational technology (OT), which is still in its infancy in terms of industrial security.Beyond IT. Think industrial cybersecurity.-
Marc Potvin, P.Eng.
Senior Engineer, ICS Cybersecurity
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13 feb 2020Minería y metalurgiaSlurry flow simulation with 3D computational fluid dynamics (CFD)
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10 feb 2020Energía Eléctrica y RenovablesThe PRC-005-6 and TET-APE-N-0005 standards in Québec: Are you ready?
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Dominic Dubreuil, P.Eng.
Electrical Engineer
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06 feb 2020Energía Eléctrica y RenovablesGetting started with an ICS cybersecurity program
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Pierre Janse Van Rensburg, GCIH
Senior Consulting Expert, ICS Cybersecurity
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05 feb 2020Energía Eléctrica y RenovablesAuthenticating 3D models by professional engineers: moving away from 2D drawings
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27 ene 2020Energía y químicosThe purpose of this new design methodology is to improve on technology selection and equipment specification for bulk liquid/liquid phase separation at the “Primary Separation” stage of a process. It is critical for the primary separation unit to meet its target separation efficiency, since poor performance will impact negatively on any downstream treatment systems (i.e., secondary, tertiary separation stages) and possibly result in non-compliance with stream specifications. The two liquid phases are identified as “Light” (i.e., lower density liquid) and “Heavy” (i.e., higher density liquid) in Figure 1 since this procedure applies to any two immiscible liquids with different densities. In many cases the light phase is liquid hydrocarbon (i.e., oil) and the heavy phase is aqueous (i.e., water) and therefore this system is used as an example in the material below.Improved methodology for liquid/liquid separation design -
27 ene 2020Energía Eléctrica y RenovablesAdvanced data analysis: What is it and what is it used for?
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Arbi Bouchoucha, Ph. D.
Advanced Data Analyst
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18 dic 2019Minería y metalurgiaTailings disposal: choosing the right technology
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Guylaine St-Jean, P.Eng.
Senior Engineer, Industrial and Hydro
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11 dic 2019Energía Eléctrica y RenovablesAre you PRC-005-6 compliant ready?
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04 dic 2019Energía Eléctrica y RenovablesIs SD-WAN for everyone? Almost!
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Daniel Leblanc
Telecommunications and Networking Analyst
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27 nov 2019Minería y metalurgiaIn most cases, when we receive a client database to perform 3D modelling or run an NI43-101 compliant resource estimate (or JORC), the data is incomplete or may contain errors. The following are examples of steps you can take before sending your database to modelling or resource geologists, either internally or to an independent firm to save time.How to properly prepare your data for a mineral resource estimate? -
21 nov 2019Energía Eléctrica y RenovablesEffective mitigation measures for environmental impacts
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18 nov 2019Energía Eléctrica y RenovablesLoads during construction: what to consider and what methods to use
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13 nov 2019Energía Eléctrica y RenovablesIndustry 4.0 for power plant owners and operators
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12 nov 2019Energía Eléctrica y RenovablesMetal structures near high-voltage power lines: What are the risks?
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Eric Breault, P.Eng.
Senior Engineer, Electrical - Power Systems, Protection and Control
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05 nov 2019Energía Eléctrica y RenovablesHydro generators: inspecting stator windings-
François St-Germain, P.Eng.
Principal Engineer, Industrial and Hydro
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28 oct 2019Energía Eléctrica y RenovablesShould liquid rheostat drives be considered obsolete?
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Léo Roy, P.Eng.
Senior Engineer, Electrical
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16 oct 2019Minería y metalurgiaIntegrate strategic mine planning
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Amanda Fitch, Ing.
Directora, Minería y Metales
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14 oct 2019Energía Eléctrica y RenovablesTransformer failure investigation process
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11 oct 2019Minería y metalurgiaOptimally manage your mine tailings
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Luciano Piciacchia, P.Eng., Ph.D.
Senior Consulting Expert, Earth and Infrastructure
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08 oct 2019Energía Eléctrica y RenovablesIn my last blog post entitled ”Operational Readiness and Commissioning Plans: the Key to a Successful Start”, we looked at how BBA gets started with creating an operational readiness and commissioning plan that includes the following seven steps.Operational readiness and commissioning plans: setting up effective controls-
Sylvain Boily, P. Eng., MBA, P.M.P.
Commissioning Manager, Operational Readiness and Commissioning
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