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The relationship that exists among economic growth, energy consumption, and carbon dioxide emissions


Energy is no doubt sacrosanct in any economy of the world today as it is essential in all economic activities, especially production and consumption. Energy is therefore seen as the major lubricant of economic growth and an important determinant of the gross domestic product (GDP) of any economy in the world. However, the cost of energy consumption seems to be greater than the benefits it provides in the sense that while the use of energy brings about an increase in GDP, it also leads to an increase in the carbon dioxide emitted into the atmosphere. This calls for concern due to the harmful effects of these emissions on climate change and even on the health of the people. Hence, it is highly necessary to begin a transition to a clean energy system devoid of carbon dioxide emissions through carbon capture utilization, and storage (CCUS), as well as policies that will reduce the rate of carbon dioxide emissions during both production and consumption activities.

The global energy demand is set to grow strongly as both coal and gas use are set to rise above 2019 levels. This implies a surge in energy-related carbon dioxide emissions by 1.5 billion tons in 2021, making it the second-largest increase in history. Carbon dioxide emissions play a significant negative role as it contributes to global warming which increases weather variability and brings about the loss of biodiversity. Governments of any concerned economy need to come up with strategies or policies that will reduce the rate of carbon dioxide being released into the environment whilst taking into consideration the GDP of the economy. Hence the adoption of CCUS is strongly encouraged as this will help bring about energy efficiency in any economy of the world.

Different kinds of literature have examined the relationship between energy consumption, economic growth, and carbon dioxide emissions in different countries. The findings of these studies are as follows. For Brazil, India, Indonesia, Mexico, and China, a study found short-run causality runs from energy consumption to carbon dioxide emissions and from economic growth to energy consumption. The study concluded that energy consumption is the main source of Co2 emissions.1 In Nigeria, the results of a study refuted the hypothesis of the Environmental Kuznets Curve in the context of the Nigerian economy but found out that the relationship between carbon dioxide emissions and GDP per capita increases monotonically.2 The relationship between renewable energy consumption, economic growth, and carbon dioxide emissions in Ethiopia showed that renewable energy sources reduce carbon dioxide emissions while economic growth in both the long-run and the short-run increases Co2 emissions in Ethiopia.3

The only way to successfully transition to a clean energy system devoid of carbon dioxide emissions is through carbon capture, utilization, and storage (CCUS). The carbon dioxide is compressed and then injected deep beneath the earth’s surface. According to IEA analysts Samantha McCulloch and Raimund Malischek, the planet’s potential storage capacity is estimated to be between 8.000 and 55.000 gigatons with its largest availability in Russia, North America, and Africa. It is therefore recommended that before these technologies needed for CCUS are put in place, policies that prohibit the use of non-renewable energy sources such as coal, gas, and oil are enacted. Renewable energy sources that will meet the increasing demand for energy should be adopted for use to achieve sustainable economic growth and development with little or no carbon dioxide emissions.


 

References:

  1. Tong, Teng, Jaime Ortiz, Chuanhua Xu & Fangjhy Li. “Economic growth, energy consumption, and carbon dioxide emissions in the E7 countries: a bootstrap ARDL bound test.” Energy, Sustainability and Society, 2020.

  2. Deekor, LeeLee N. & Azaika Duabari S. “The Role of Energy Consumption in Carbon Dioxide (CO2) Emission and Economic Growth Relationship in Nigeria.” International Journal of Advanced Research, January 2020.

  3. Adinew, Melaku. “The Relationship Between Renewable Energy Consumption, Economic Growth in Carbon dioxide Emissions in Ethiopia: Empirical Evidence from ARDL Bound Testing Model.” Journal of Energy Technologies and Policy, July 2020.

 

The views expressed in WiE External Contributions are those of the authors and do not necessarily reflect the opinion of the organisation, its partners, other members, or any other affiliated people and organisations. As ever-learning, critical-thinking people, these opinions are subject to revision and adjustment at any time. WiE welcomes constructive feedback in the comments section below and reserves the right to delete any comment deemed inappropriate, rude, irrelevant, or abusive. All posts are for informative purposes only and, while they are accurate and authentic to the best of our knowledge, WiE accepts no liability for any errors or missing information.


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