Carbon Capture and Storage

The cost to capture carbon dioxide, as well as carbon capture and storage technologies, is cost-prohibitive for our operations. As a result, we currently do not have plans for carbon capture and storage at Surmont Phase 1. However, Surmont Phase 2 is designed to include the physical space required for a future carbon capture and storage retrofit, should this prove economically feasible. Should carbon capture and storage be incorporated in future phases, it may also capture carbon dioxide from Surmont Phase 1.

We are investing in research to reduce cost of capture by:

• Exploring amine-based systems: We’re exploring more effective amine-based systems to reduce the cost of separating the carbon dioxide.
• Assessing various oxy-burn technologies: The oxy-burn process uses oxygen instead of air for combustion and results in a more concentrated carbon dioxide stream. We are assessing improvements to oxy-burn, making it more cost-effective for carbon capture.
• Investing in industry partnerships: We’re investing in several industry partnerships that are developing concepts for infrastructure for carbon transportation and storage, and for field demonstrations of commercial-scale geologic storage in Alberta. Industry and government cooperation is critical in developing this infrastructure and demonstrating the geological storage potential. Specifically, we are members of the following alliances:
  • Integrated CO₂ Network
  • Alberta Saline Aquifer Project, Phase 1 (ASAP1)
  • Wabamun Area Storage Project (WASP)

As part of ConocoPhillips’ $300 million investment in heavy oil technology development, ConocoPhillips Canada is undertaking studies on various advanced-capture technologies and potential storage solutions.