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Arbi Bouchoucha, Ph.D.
Advanced Data Analyst
Publications
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30 Jun 2020Mining and MetalsSuccesfully completing your artificial intelligence project in the mining sector
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21 May 2020Power and RenewablesMotion amplification: a new tool for vibration diagnosis
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14 May 2020Power and RenewablesOperating remotely: using cameras as sensors (CAMAAS)
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Serge Benoit, P.Eng.
Principal Advisor, Automation
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12 May 2020Power and RenewablesAre your lifting devices safe?
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Jonathan Hamel, P.Eng.
Senior Engineer, Structural
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06 May 2020Power and RenewablesProduction networks are very complex infrastructures. Since maintaining these networks requires expertise from multiple groups of specialists, external resources are often required. In addition, due to various constraints, in-house specialists aren’t always available on site. So, remote access to the business and production networks is a must. However, remote access to sensitive networks like supervisory control and data acquisition (SCADA) systems or production networks should not be taken lightly. Any misuse of this access could affect production, cause major financial loss, or even put employees at risk. Therefore, securing these networks must be a priority, and remote access must be simple to control and easy to use. The virtual desktop infrastructure (VDI) solution meets these criteria. There are many ways to deploy a VDI solution to give employees access to business and production/SCADA networks. Remote access needs are different for every company and the VDI solution can be customized to any network environment. This blog post presents some of the advantages of the VDI solution.Secure remote access to production networks: the advantages of VDI technology-
Michaël Racine
Telecommunications and Networking Analyst
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04 May 2020Power and RenewablesOperating remotely: intelligent distributed optimization (IdO) to get the most from your technological tools
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04 May 2020Mining and MetalsSlurry pump design: what you need to know
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Roman Dorfman, P.Eng.
Principal Engineer, Piping
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30 Apr 2020Power and RenewablesCivil or structural engineering?
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27 Apr 2020Power and RenewablesHazardous 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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21 Apr 2020Power and RenewablesThe current COVID-19 crisis could profoundly transform our relationships with clients, suppliers and colleagues. Since the pandemic hit Canada, virtually every aspect of our lives has been turned upside down, including, of course, the way we work. When COVID-19 is behind us, Canada will have changed, as will some of our business practices. Many industrial sites have completely or partially closed following measures to contain the spread of the virus. As a consulting engineering firm whose vision extends beyond engineering, BBA must do everything possible to meet client and personnel requirements while minimizing employee travel. Progress in immersive technologies over the past few years sheds a new light on our practices and allows us to solve problems related to accessing projects and sites. These immersive tools serve as a way of responding to this new reality.COVID-19: 3D virtual visits, as if you were there-
Mathieu Brochu
Visual simulation specialist
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16 Apr 2020Mining and MetalsPassive water treatment in the mining sector
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Jean-Louis Bandu, P.Eng., M.Env., M.P.M., P.M.P.
Senior Engineer, Earth and Infrastructure
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21 Feb 2020Power and RenewablesBeyond IT. Think industrial cybersecurity.
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Marc Potvin, P.Eng.
Senior Engineer, ICS Cybersecurity
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13 Feb 2020Mining and MetalsSlurry flow simulation with 3D computational fluid dynamics (CFD)
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06 Feb 2020Power and RenewablesGetting 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 2020Power and RenewablesIn his Harvard Business Review article, The Discipline of Innovation, management guru Peter Drucker identifies seven sources of innovation.Authenticating 3D models by professional engineers: moving away from 2D drawings -
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27 Jan 2020Power and RenewablesAdvanced 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 Dec 2019Mining and MetalsTailings disposal: choosing the right technology
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Guylaine St-Jean, P.Eng.
Senior Engineer, Industrial and Hydro
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04 Dec 2019Power and RenewablesIs SD-WAN for everyone? Almost!
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Daniel Leblanc
Telecommunications and Networking Analyst
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27 Nov 2019Mining and MetalsHow to properly prepare your data for a mineral resource estimate?
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21 Nov 2019Power and RenewablesRegardless of the industry you are in, if you have been associated with a development or expansion project, you have likely been involved in some type of environmental assessment.Effective mitigation measures for environmental impacts -
18 Nov 2019Power and RenewablesLoads during construction: what to consider and what methods to use
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16 Oct 2019Mining and MetalsIntegrate strategic mine planning
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Amanda Fitch, P.Eng.
Regional Director, Mining and Metals Market, Western Canada
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11 Oct 2019Mining and MetalsOptimally 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 2019Power and RenewablesOperational readiness and commissioning plans: setting up effective controls
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Sylvain Boily, P.Eng., M.B.A., P.M.P.
Commissioning Manager, Operational Readiness and Commissioning
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16 Sept 2019Power and RenewablesIf you type “alarm management” in a search engine, you will get hundreds of results including articles, papers, presentations and guides. Those results may contain some useful information, but in many cases, they deal with the complete process of alarm rationalization. The problem is that not everyone will dedicate the time and resources needed to implement an exhaustive alarm rationalization process that includes a comprehensive audit and the development of an alarm management philosophy document. This blog presents an easy and concrete method for quickly reducing the number of alarms received.Alarm rationalization: a guide for quick wins!-
Maxym Lachance, P.Eng.
Senior Engineer, Process Control and Operational Technology
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15 Aug 2019Power and RenewablesIntegrating a renewable energy source into mining: six key steps
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Jean-Philippe Castonguay, P.Eng.
Director - Off-Grid Hybrid Power & Energy Storage
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05 Aug 2019Power and RenewablesDo you need advanced control?
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Michel Ruel, P.Eng.
Expert, Process Control
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22 Jul 2019Mining and MetalsSlurry engineering: what to consider
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Roman Dorfman, P.Eng.
Principal Engineer, Piping
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05 Jul 2019Power and RenewablesPromoting environmental and social compliance of your projects
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Vincent Clément, P.Biol., RP.Bio., QAES
Senior Environmental Professional
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02 Jul 2019Mining and MetalsOre loading pockets are used at strip mining operation sites. They generally comprise a dumping station, the top of which is equipped with a protective bumper, a dumping tunnel dug into the rock itself, and an apron pan feeder installed at the bottom of the tunnel. Trucks unload the crude ore into the pit, which feeds the material into an apron pan feeder at the bottom of the loading pocket. This controls the flow of ore and transfers it into train cars that transport the raw material to the crusher, by train or an equivalent means of transportation, which may collect the ore from multiple loading pockets.Structural expertise in ore loading pockets -