Finland and the hydrogen energy economy
Vu, Tri (2023)
2023
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-202301201480
https://urn.fi/URN:NBN:fi:amk-202301201480
Tiivistelmä
Our planet is becoming worse every day and global warming has always been a topic of interest in recent years. In the summer of 2020, The European Union (EU) gave a guideline for manufacturing carbon-free energy by 2050. Hydrogen production from renewable resources is a leading solution to reduce greenhouse gas emissions and protect our environment.
Finland although a small country, has huge goals to achieve low carbon by 2035 and carbon free by 2050 – this is one of the most aspiration aims worldwide. Finland has committed to supporting and collaborating with global partners to develop hydrogen technology, innovation, and research to help maintain and ensure a healthy planet for future generations.
The thesis focuses on three primary objectives. Firstly, it explains the origin, the importance of hydrogen in life, how it is produced and gives reasons why Finland should invest in Hydrogen. Secondly, it defines Finland's advantages and disadvantages when investing in the Hydrogen economy. Finally, the thesis outlines the scenarios for developing the Hydrogen economy in Finland.
The thesis uses the information assessment method to explain the academic notions related to hydrogen. Other infomation and data statistics were gathered through scientific materials, scholarly articles, ebooks, reports, and trustworthy online resources.
Finland although a small country, has huge goals to achieve low carbon by 2035 and carbon free by 2050 – this is one of the most aspiration aims worldwide. Finland has committed to supporting and collaborating with global partners to develop hydrogen technology, innovation, and research to help maintain and ensure a healthy planet for future generations.
The thesis focuses on three primary objectives. Firstly, it explains the origin, the importance of hydrogen in life, how it is produced and gives reasons why Finland should invest in Hydrogen. Secondly, it defines Finland's advantages and disadvantages when investing in the Hydrogen economy. Finally, the thesis outlines the scenarios for developing the Hydrogen economy in Finland.
The thesis uses the information assessment method to explain the academic notions related to hydrogen. Other infomation and data statistics were gathered through scientific materials, scholarly articles, ebooks, reports, and trustworthy online resources.