ABOUT THIS ISSUE
The world's climate solutions start with carbon. Learn how we're reducing, measuring, and capturing carbon to better our world.
THE CARBON ISSUE
Table of Contents
Committing to Decarbonization
The energy and resources industry is committed to reducing emissions. So, what role do consulting firms play?
Executive Editor: Nicole Lang
Editors: Jenny Anaya, Dane Labonte, Tyler McCalpin, and Taylor Woods
Layout and Design: Vanessa Rosentreter-Liang
Special Thanks: Kristen Broyles and Jessica Love
Stantec ERA tackles the most pressing issues facing the energy and resources market. From design and distribution to research and implementation, Stantec ERA draws on expertise across multiple disciplines to provide perspective on our evolving industry.
Thoughts, trends, and innovation from Stantec Energy & Resources experts
What role do we play in decarbonization?
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1
Adding Up the Energy Transition
3
Managing Captured Carbon
4
Mining to Reduce Carbon
5
Reusing Water while Capturing Carbon
6
Implementing carbon capture technologies and nature-based solutions will help us clean up the natural environment.
Read More
Could an accounting update drive the next phase of our energy transition?
Read More
Once captured, we can sequester, transport, and leverage carbon for use in industry. Here’s how.
Read More
The buildings industry accounts for nearly 40% of global greenhouse gas emissions. Decreasing emissions in the mining industry reduces a building’s carbon footprint.
Read More
Innovations in water treatment can help us reduce our carbon footprint.
Read More
From record high temperatures to unexpected snow, hurricanes to droughts, extreme weather is wreaking havoc on our energy and resources infrastructure. This issue showcases how the industry is working to keep the power on and our resources intact.
Capturing Carbon Emissions
2
Carbon capture methods: How can we capture and remove carbon from our atmosphere?
Making 100% renewable commitments count
So, you’ve captured carbon effectively. Now what?
Mining to decarbonize buildings
Can utilities reuse water while capturing carbon?
What role do we play in decarbonization?
Implementing carbon capture technologies and nature-based solutions will help us clean up the natural environment. Here’s how.
Read More
Carbon capture methods: How can we capture and remove carbon from our atmosphere?
Could an accounting update drive the next phase of our energy transition?
Read More
Making 100% renewable commitments count
Once captured, we can sequester, transport, and leverage carbon for use in industry. Here’s how.
Read More
So, you’ve captured carbon effectively. Now what?
The buildings industry accounts for nearly 40% of global greenhouse gas emissions. Decreasing emissions in the mining industry reduces a building’s carbon footprint.
Read More
Mining to decarbonize buildings
Innovations in water treatment can help us reduce our carbon footprint.
Read More
Can utilities reuse water while capturing carbon?
Read More
Committing to Decarbonization
1
Capturing Carbon Emissions
2
Adding Up the Energy Transition
3
Implementing carbon capture technologies and nature-based solutions will help us clean up the natural environment. Here’s how.
Read More
Carbon capture methods: How can we capture and remove carbon from our atmosphere?
Could an accounting update drive the next phase of our energy transition?
Read More
Adding Up the Energy Transition
Once captured, we can sequester, transport, and leverage carbon for use in industry. Here’s how.
Read More
So, you’ve captured carbon effectively. Now what?
The buildings industry accounts for nearly 40% of global greenhouse gas emissions. Decreasing emissions in the mining industry reduces a building’s carbon footprint.
Read More
Mining to decarbonize buildings
Innovations in water treatment can help us reduce our carbon footprint.
Read More
Can utilities reuse water while capturing carbon?
Committing to Decarbonization
1
Capturing Carbon Emissions
2
Reusing Water while Capturing Carbon
6
Managing Captured Carbon
4
Mining to Reduce Carbon
5