Why CO2/H2 transport is of increasing importance – SUT+ webinar

Craig McKay is a lead flow assurance engineer with Wood, providing consulting services to the energy industry. He a decade of experience working on a variety of projects globally, from concept select through to detailed design. Craig has been heavily involved in Wood’s energy transition activities, with significant experience in the design of CO₂ and hydrogen transport systems for various European clients. In addition to international conference papers, Craig has also recently co-authored “good practice guidelines for CCS equation of state selection” in conjunction with the Energy Institute and other partners.

Presentation overview:

The presentation provides an overview of CO₂/H₂ transportation, including some of the unique challenges of design and operation when compared to traditional oil and gas systems. This includes a review of specific fluid challenges which must be addressed, such as the impact of impurities, and examples of operational risks unique to CO₂/H₂ transport.

Agenda:

• Introduction – why CO₂/H₂ transport is of increasing importance

CO₂

• CO₂ as a pure component & safety considerations
• Capture methods and impact of Impurities
• Fluid related challenges
• Operational challenges
• High-Level modelling approach

H₂

• H₂ as a pure component & safety considerations
• H₂ production methods and impact of impurities
• H₂ blending/HENG (hydrogen enriched natural gas)
• Demo of upset scenario