4.6 Article

Environmental energy security in the MENA region - an aggregated composite index

Journal

ENVIRONMENT DEVELOPMENT AND SUSTAINABILITY
Volume 24, Issue 9, Pages 10945-10974

Publisher

SPRINGER
DOI: 10.1007/s10668-021-01891-2

Keywords

Energy security; Renewable energy; MENA countries; Composite Index; Environmental sustainability

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Energy security is a multi-dimensional concept that has traditionally focused on economic and technical dimensions, with less emphasis on social and environmental aspects. The Middle East and North Africa region is often overlooked in literature on energy security. This study establishes an Environmental Energy Security Index to evaluate energy security in the region, with results showing Yemen, Morocco, and Algeria performing well in terms of EESI scores.
Energy security is a multi-dimensional concept that is gaining a growing interest worldwide for studying the sustainability of a given energy sector. The level of energy security has been always quantified and evaluated by focusing on economic and technical dimensions, and modest importance was attributed to social and environmental aspects. Moreover, countries of the Middle East and North Africa (MENA) region were always under-reported in the literature pertaining to energy security issues. This study strives to evaluate energy security in this region through the establishment of an original Environmental Energy Security Index (EESI) in order to cover different dimensions of security of energy supply within these counties. A total of nine sub-indicators were selected based on the current policies and orientations in the region. These indicators were normalized, weighted, and aggregated for each country of the MENA region between 2008 and 2017. According to the assessment objectives, results showed that on average Yemen holds the highest EESI score of 5.319 followed by Morocco 4.304 and Algeria 4.087. On the other hands, Bahrain is ranked last 1.610 preceded by UAE 2.249 and Qatar 2.461. Some key proposals were suggested including investment in local resources, diversification of the energy mix, reduction of energy imports, and use of energy-efficient technologies.

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