
Navin Gangadin, P.Eng.
Executive Vice-President, Central Canada Operations
BBA opened its first office in Toronto in 2012, recognizing the growth of Ontario’s mining sector and rising investments in energy infrastructure. Staying close to our clients has always been central to our approach, which led to the opening of our Sudbury office in 2017—placing us at the heart of Northern Ontario’s mining industry.

BBA’s Ontario-based team of over 150 experts delivers tailored engineering solutions for the energy and natural resources industry. We combine our in-depth knowledge of local realities—providing hands-on, practical support close to your sites—with the cutting-edge expertise of our 1,300 additional professionals nationwide.
This approach ensures we deliver the best solutions for your needs, leveraging insights from a wide range of projects. Our expertise spans next-gen mining, power systems, advanced fuels, chemicals, digital transformation, environmental compliance and more. We offer full life cycle support, from advisory services to commissioning, ensuring success at every stage.
Meet with one of our experts in Toronto, Sudbury and Concord

The commitment to achieving net-zero greenhouse gas emissions is driving the search for cleaner, commercially viable energy technologies. As a result, worldwide demand for hydrogen, known as a versatile energy carrier, is growing steadily worldwide, facing major roadblocks along every step of the supply chain. A shift to absolute-zero carbon hydrogen production requires transformation at every level, a challenge for everyone involved.
Written by Joe Nava, P.Eng, Global Director, Advanced Fuels and Chemicals

The global energy landscape is undergoing a significant transformation, driven by power market professionals leading the way like never before in the past 50 years. As humanity embraces electrification as the primary tool to combat carbon emissions, the electrical grid faces the challenge of maintaining its long-standing reputation for stable and predictable output amidst increasing renewable energy integration.
Governments and electricity planners across North America are relying increasingly on solar and wind projects to meet projected energy needs. Yet, they’re faced with a significant reliability gap in renewable output and mismatches with production profiles and demand curves.
So, how can we stabilize inconsistent renewable power to emulate traditional reliability?
Written by Nishant Gehani, Director, Power systems

In the mining process, substantial amounts of sulphide-bearing rock are often excavated to extract the economic metals essential to modern day living. If left untreated, the excavation of sulphidic rocks can lead to metal leaching and acid rock drainage (ML/ARD), which may negatively impact the environment, human health and surrounding infrastructures. ML/ARD is considered to be the most important environmental challenge for the mining industry, given the high cost and technically difficult approach required for prevention. ...
Written by Todd McCracken, P.Geo. Department Manager, Mining and Geology

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