Carbon Capture, Utilization & Storage

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Transforming our ability to capture, use, and store carbon

Carbon capture, utilization, and storage (CCUS) is a key strategy for reducing greenhouse gas emissions and achieving decarbonization goals. However, identifying the optimal point for carbon capture within a process is essential. Only then can you begin to work out which technology to use and address the more challenging aspect of determining how the carbon will be transported and stored.

We¡¯re helping hard-to-abate industries with projects across the carbon value chain. Whether its brownfield or greenfield, pre- or post-combustion, pipeline or rail, storage or use¡ªour specialists help clients navigate CCUS solutions within local, national, and global regulatory frameworks. We provide a single source solution for project planning, regulatory and permitting, engineering and design, and project management.

Only by addressing climate change today, can we create the resilient and sustainable communities of tomorrow.

Ideas

The sedimentology of high perm streaks and reservoir heterogeneity: Implications for CCS

Technical Paper

Repurposing pipelines for the energy transition

Blog Post

Biden CO2, hydrogen pipeline dreams get wake-up call

Published Article

Can we recycle captured carbon to produce green hydrogen and biomass?

Blog Post

What role do we play in decarbonization?

Blog Post

Carbon capture methods: How can we capture and remove carbon from our atmosphere?

Blog Post

So, you¡¯ve captured carbon effectively. Now what?

Blog Post

Reusing water while capturing carbon

Blog Post

Capturing carbon: How nature-based solutions help achieve net zero goals

Blog Post

How can we reduce the carbon footprint of our oil and gas infrastructure?

Blog Post

Carbon: A common language for change¡ªnow is the time to act

Blog Post

Hitting Saskatchewan carbon targets: How to achieve, measure, and prove reduced emissions

Blog Post

Capturing CO2

Government regulations and funding have significantly influenced innovation and advancements in CO2 capture technologies. We can help you evaluate and integrate various recovery technologies including direct air capture, absorption (amines), cryogenics, adsorption, permeation (membranes), and other novel technologies.

Transporting and storing CO2

Moving and storing CO2 is complex. Is there a need for new infrastructure or can we convert existing assets to handle CO2? What is the impact to the materials and equipment? How are regulations and industry standards evolving? Is it economically feasible? Our teams help clients move CO2 via pipeline, truck, rail, and barge. We have materials, process, rotating equipment, rail, and pipeline engineers that work together with environmental specialists and business analysists to help you evaluate your options.

Utilizing CO2

CO2 is used in various applications, including enhanced oil recovery, industrial processes, conventional and synthetic fuels, fuel cells, and power generation. With our diverse experience across sectors, we can help you understand the market for captured CO2 and support project development for desired applications.

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    Work with passionate people who are experts in their field. Our teams love what they do and are driven by how their work makes an impact on the communities they serve.