Green Hydrogen – The Missing Piece in The European Energy Mix

Authors

  • Nadya Parpulova, PhD Student Department of Economics of Transport and Energy, Faculty of Economics of Infrastructure, UNWE image/svg+xml Author

DOI:

https://doi.org/10.37075/YB.2022.2.07

Keywords:

Transport, Renewable energy resources, Green hydrogen, De-carbonization, Intelligent pipelines
O13, Q01

Abstract

The potential of Green (clean) hydrogen is huge. In Europe, total hydrogen demand is expected to grow to more than 45 million tons by 2050. Many sectors – from transportation to heating to heavy industry – are likely to turn to it as they seek to de-carbonize over the next few decades, with investments in the technology already soaring.Clean hydrogen will become a cornerstone of the energy transition and de-carbonization efforts in Europe and around the globe. Green hydrogen (H2) can be used as a renewable fuel or feedstock in all major CO2-emitting sectors, including those where direct electrification is not possible.The paper looks at the potential of green hydrogen becoming the solution, being the missing piece to the Green Deal ambitions of Europe. Europe possesses the technology and certainly can afford to create the right infrastructure to become a leader in applying, producing and the distribution of green hydrogen.

References

Bermudez, J. M. (2021). Hydrogen global perspectives, Webinar Potential Blue and Green Hydrogen Developments in the Arab Countries. International Energy Agency.

Berger, R. (2020). Hydrogen transportation. The key to unlocking the clean hydrogen economy. Focus publishing.

ECA, E4tech (2021). Study on the potential for implementation of hydrogen technologies and its utilization in the Energy Community. Energy Community.

Eurostat (2021). Renewable Energy Statistics.

Forrest, A. (2021). Averting the climate crisis the role of Green Hydrogen and what needs to be done. The Green Hydrogen Organization.

Freymüller, M. (2021). Sustainable Distribution with Fuel Cell Trucks A reality in Switzerland. Hyndai Hydrogen Mobility, Partnership with H2Energy.

E Lust (2021). Development of Hydrogen Based Transport Systems. University of Tartu Publishing.

RNG Works (2021). The Role of Biogas & RNG in Hydrogen Production & Decarbonization.

Winter, T. (2021). German Funding for Green Hydrogen Projects. IGEF-SO.

Zinoviev, V. & Nikolov, N. (2021). Implementation of open-source solutions in the energy sector and in the area of renewable energy. KSI Knowledge Society.

Downloads

Published

2022-12-19

Issue

Section

Articles

How to Cite

Parpulova, N. (2022). Green Hydrogen – The Missing Piece in The European Energy Mix. Yearbook of UNWE, 2, 87-93. https://doi.org/10.37075/YB.2022.2.07