Communicating leakage risk in the hydrogen economy : lessons already learned from geoenergy industries

Hartley, Patrick G. and Stalker, Linda and Roberts, Jennifer and Mabon, Leslie (2019) Communicating leakage risk in the hydrogen economy : lessons already learned from geoenergy industries. In: 8th International Conference on Hydrogen Safety (ICHS 2019), 2019-09-24 - 2019-09-26, Adelaide Convention Centre.

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Abstract

Hydrogen may play a crucial part in delivering a net zero emissions future. Currently, hydrogen production, storage, transport and utilisation are being explored to scope opportunities and to reduce barriers to market activation. One such barrier could be negative public response to hydrogen technologies. Previous research around socio-technical risks finds that public acceptance issues are particularly challenging for emerging, remote, technical, sensitive, uncertain or unfamiliar technologies - such as hydrogen. Thus, while the hydrogen value chain could offer a range of potential environmental, economic and social benefits, each will have perceived risks that could challenge the introduction and subsequent roll-out of hydrogen. These potential issues must be identified and managed so that the hydrogen sector can develop, adapt or respond appropriately. The geological storage of hydrogen could present challenges in terms of the perceived safety of the approach. Valuable lessons can be learned from international research and practice of CO2 and natural gas storage in geological formations (for carbon capture and storage, CCS, and for power, respectively). Here, we explore these learnings. We consider the similarities and differences between these technologies, and how these may affect perceived risks. We also reflect on lessons for effective communication and community engagement. We draw on this to present potential risks to the perceived safety of - and public acceptability of – the geological storage of hydrogen. One of the key lessons learned from CCS and natural gas storage is that progress is most effective when risk communication and public acceptability is considered from the early stages of technology development.

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