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 The Project 

It is clear that the planet is facing a “climate change emergency” and the transition from fossil fuels to cleaner fuel sources is fundamental in the fight against bigger disasters. Such alternative options can avoid greenhouse emissions and Hydrogen, as a versatile energy carrier, has the potential to play a major role in these efforts towards a zero emission goals. It is light and highly reactive, thus when it is produced by renewable energy (e.g. offshore wind), carbon emissions release to the atmosphere can be minimized, which are called “green hydrogen”.  

 

In this context, the Scottish Government has set an ambitious goal that indicates the reduction of emissions by 75% until 2030 and a complete net-zero emissions of all greenhouse gases pathway until 2045 [1],[2]. This creates opportunities for the Scottish Islands to become hubs of innovation in hydrogen production and application, due to their power potential and energy independence.  

 

Existing Islands, such as the Orkney Islands, have been making significant progress towards this target, and other regions like the Shetland’s Islands, located in with its privileged location in terms of renewable offshore wind power potential, should follow their example[3]. 

Objectives

  • Determine how much green hydrogen can be produced in Shetland from an offshore wind farm.

  • Compare 2 different cases to determine the best-case scenario to distribute and utilization hydrogen (Gaseous vs Liquid).

  • Financial analysis of the proposal (i.e., total cost, payback time).

  • Be part of the solution.

Location

Shetland is an archipelago located in Scotland's Northern Isles, in the Northern Atlantic, between the United Kingdom, the Faroe Islands, and Norway. It consists of 100 islands, with the biggest one called Mainland. The biggest city is Lerwick, which is the main port of Scottish Shetlands islands. Shetland is not connected to the main electricity network in Great Britain, but even if Shetland were connected to the mainland it would still need back-up diesel generation in the event of planned and unplanned outages of the cable link to the mainland, as SHEPD (EA Technology) supports.

WhatsApp Image 2021-05-13 at 04.10.20.jp
References

[1] Environment and climate change (2019)'Scotland to become a net-zero society' .Available at : https://www.gov.scot/news/scotland-to-become-a-net-zero-society/ 

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[2] Energy and Climate Change Directorate (2019) ' Climate change'. Available at : https://www.gov.scot/policies/climate-change/ (Accessed : May 2021)

 

[3] Surf n’ Turf, (2021), Tide | Wind | Hydrogen, Available at: https://www.surfnturf.org.uk/ 

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