Analysis of the Port Environment for the Export of Green Hydrogen

Authors

  • Chrislaine do Bomfim Marinho

  • Vitorio Donato

  • Carolina Sacramento Vieira

  • Maíra Silva Andrade

Keywords:

green hydrogen, supply chain, port environment

Abstract

The Paris Agreement signed in 2015 during the 21st Conference of the Parties COP21 of the United Nations Framework Convention was an important milestone for the establishment of ambitious and concrete climate goals especially with regard to the reduction of greenhouse gas emissions effect and energy security To this end several countries committed to achieving the goals established by the Paris Agreement are in the energy transition phase from a carbon-based matrix to a cleaner low-carbon matrix In this context green hydrogen emerges as a clean energy alternative being a favorable option to move towards the current process of decarbonization of global economies in particular industries and the mobility sector and to achieve the goals established in the Agreement Brazil in turn prepared an energy expansion plan to compose its matrix with a 45 share of clean energy by the year 2030 however with regard to the use of green hydrogen as a direct source of energy or energy vector the country is still in the incipient stage of research and development R D Currently Brazil has a very diversified energy matrix concentrating a high installed capacity for generating energy from clean sources such as wind solar photovoltaic hydro biomass which has made it possible as a promising region for the development and production of hydrogen green

How to Cite

Chrislaine do Bomfim Marinho, Vitorio Donato, Carolina Sacramento Vieira, & Maíra Silva Andrade. (2023). Analysis of the Port Environment for the Export of Green Hydrogen. Global Journal of Science Frontier Research, 23(G1), 9–16. Retrieved from https://journalofscience.org/index.php/GJSFR/article/view/102727

Analysis of the Port Environment for the Export  of Green Hydrogen

Published

2023-09-28