The Scottish Government has committed to achieving net zero by 2045, with the need to decarbonise heat, industry and transport is becoming more urgent. Hydrogen has the potential to play a key role in enabling a decarbonised future, as a gas that can be low or zero carbon in production and emits no carbon when being used.
Arup supported the Scottish Government, Highland and Islands Enterprise and Scottish Enterprise to assess hydrogen’s role in decarbonising the Scottish energy system and creating a hydrogen economy. Scotland holds the raw ingredients necessary to produce hydrogen, including green hydrogen, but there is a need to better understand how to produce, transport, and use it safely and efficiently whilst supporting economic growth.
Arup’s work considers several scenarios for how Scotland’s hydrogen economy could be developed, and the scale at which it could be implemented. With our project partners E4Tech, an economic impact assessment was undertaken to assess the economic value these scenarios might have to Scotland both in terms of gross value added (GVA) and job creation. Our assessment findings were published in the Scottish Government's report.
Hydrogen’s role
The assessment plans to clarify how and where hydrogen may technically, geographically, and economically fit into the Scottish energy and transport systems. After an initial literature review to consider the key social, technological, economic, and environmental factors that impact hydrogen’s supply and production, we carried out extensive stakeholder engagement across industries. This was at the heart of all our activities to ensure the final assessment outcomes were tangible and impactful for all – driving the Scottish hydrogen agenda.
Our team engaged with stakeholders in the public and private sectors to gather thoughts and opinions on Scotland’s production, transportation, and end use of hydrogen. These views provided a detailed understanding of different hydrogen visions, feeding into the design and development of a set of three viable scenarios exploring a range of possible roles for hydrogen up to 2045.