The Techno-Economics of Hydrogen Pipelines

November 2021
Authors:
  • Mohd Adnan Khan
  • Cameron Young
  • David Layzell

The purpose of this ‘technical brief’ is to describe how to carry out techno-economic analyses for pure hydrogen pipelines, including their sizing, operating and cost estimating. The primary focus of this work is on the design and costing of pipelines transporting large volumes of hydrogen across large distances. However, the principles discussed here can be used to explore the cost of smaller, shorter pipelines to serve applications such as a fueling station or the blending of hydrogen into natural gas distribution systems.

Authors:

Mohd Adnan Khan

Assistant Professor

Mohd Adnan Khan is an Assistant Professor at the University of Alberta and the principal investigator for the Energy Transition Lab. He is passionate about renewable energy systems and contributing to developing a future hydrogen economy. Adnan has over 10 years of industrial and academic experience leading research teams across the material/ catalyst development value chain, reactor design, systems-level analysis (techno-economic and life cycle analysis), and commercialization. He has played critical roles in fostering industry, government, and academic collaboration. His research lab aims to develop and analyze novel materials, technologies, and credible transition pathways toward Net-Zero emissions for Canada. He works closely with government organizations and non-profits such as the Transition Accelerator to encourage the spin-out of consortium-led projects, get change moving on the ground, and help drive Canada towards a net-zero future.

Cameron Young

Cameron Young, Energy Systems Analyst, CESAR

Cameron Young, P.Eng., MSc is an Energy Systems Analyst at CESAR. He joined CESAR to help create a hydrogen economy in Canada. His work will include research on different pathways for hydrogen production, transmission, and distribution to provide pragmatic information for industry and policy makers. He hopes his work will help develop projects that convert Alberta’s resources into a sustainable source of hydrogen fuel. Cameron has a Chemical Engineering & Management double-major bachelor’s degree from McMaster University, a Masters in Sustainable Energy Development from the University of Calgary and is registered as a Professional Engineer with APEGA. He has 10 years of process engineering and project development experience in Alberta’s energy sector.

David Layzell

Transition Pathway Principal

David B. Layzell is an Energy Systems Architect with the Transition Accelerator, a Faculty Professor at the University of Calgary, and Director of the Canadian Energy Systems Analysis Research CESAR Initiative. Between 2008 and 2012, he was Executive Director of the Institute for Sustainable Energy, Environment and Economy (ISEEE), a cross-faculty, graduate research, and training institute at the University of Calgary. Before moving to Calgary, he was a Professor of Biology at Queen’s University cross appointments in Environmental Studies and the School of Public Policy), and Executive Director of BIOCAP Canada, a research foundation focused on biological solutions to climate change. While at Queen’s he cofounded a scientific instrumentation company called Qubit Systems Inc and was elected ‘Fellow of the Royal Society of Canada (FRSC) for his research contributions.

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