Summary

Carbon capture, utilization and storage (CCUS) will play an essential role as Canada transitions toward a net zero carbon economy between now and 2050. The recent announcement of a proposed federal investment tax credit to stimulate major CCUS projects is a significant step forward in solving the complex energy and climate change puzzle facing Canada and the world. The promising early-stage developments in Alberta are positioning Canada as a global leader in CCUS.

In this webinar, John Hesemann, Patricia Scroggin-Wicker and Kristin Glikbarg discuss potential technologies, viability of sequestration and how to get started with carbon capture implementation.

Speakers

John Hesemann

Environmental Department Manager

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John Hesemann is a principal geological engineer at Burns & McDonnell with over 23 years of experience in the environmental and geo-engineering fields. He manages and supports multidisciplinary project and supports nationwide strategy development, technical execution and thought leadership. His recent experience includes evaluation and development of projects related to the capture, injection, and geologic sequestration of carbon dioxide waste streams.

Patricia Scroggin-Wicker

Director of Process Technology

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Tisha helps lead Burns & McDonnell initiatives focusing on new and emerging technologies, including hydrogen-fueled generation, flow batteries and other forms of long-duration energy storage. As a process engineer with deep knowledge of the regulatory landscape, she is a sought-after resource within the power industry.

Kristin Glikbarg

Associate Process Engineer

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With 20 years of experience, Kristin has specialized in helping power clients navigate complex and constantly evolving regulations with solutions for maintaining air and water quality and wastewater treatment compliance.