Simply put, emissions trading is a governmental instrument or framework to reduce pollutant emissions. While such trading has seen popularity in recent years, the broad concept has been around for quite some time. In 1968, Canadian economist John Dales argued that a government should issue a certain number of pollution rights certificates and offer them for sale, while at the same time enacting a law mandating anyone discharging a certain amount of waste in a given year to own one or more pollution rights for the whole year. He further argued that this framework would benefit by having the price determined by competition between buyers and sellers of rights rather than a person or authority.4 The fundamental idea behind emissions trading has remained the same to this day. At the end of the 1960s, the United States of America
were the first to experiment with governmental trading schemes.5,6,7 During the Carter administration, the US Environmental Protection Agency (EPA) continued to expand these pollution control mechanisms, notably using them to reduce and ultimately stop the use of leaded petrol in the 1980s.8 Emissions trading schemes continued to be popular in the US and were used by the following administrations.
Table of Contents
1 Preface and Approach
2 Emissions Trading in General
3 The Current System in the EU
4 Evaluation
5 Tangible Problems and Possible Improvements
6 Conclusion
Research Objectives and Key Topics
This assignment examines the functionality and effectiveness of the European Union's Emissions Trading Scheme (EU ETS) as a primary policy instrument for climate change mitigation, analyzing its historical development and potential for future improvement to meet climate neutrality goals.
- Historical context and economic theory of emissions trading systems.
- Structural analysis of the four phases of the EU ETS development.
- Evaluation of emission reduction performance and market stability mechanisms.
- Analysis of carbon leakage risks and the role of innovation funding.
- Policy recommendations for increasing future climate effectiveness.
Excerpt from the Book
The Current System in the EU
The European Union's Emissions Trading Scheme, launched in 2005, is the Union's main effort to combat climate change. Additionally, it was the first ETS put in place by a governmental body. It applies to 27 countries within the EU and the European Economic Area-European Free Trade Association (EEA-EFTA), covering approximately 40% of emissions. For a long time, the EU ETS was the most significant trading scheme, but this title has recently been taken over by China’s ETS, moving Europe’s scheme to the second position. The Greenhouse Gases covered by the ETS are carbon dioxide (CO2), nitrous oxide (N2O), and perfluorinated compounds (PFCs). To measure these GHGs, the term "carbon dioxide equivalent" (CO2e) is used. This includes the emissions mentioned above and helps to calculate the total climate change impact. The price is therefore measured as price, in this case, euros, per tonne of CO2e. Each year the market is given a cap or a total of allowances in circulation (TNAC), which indicates the maximum amount of GHGs or CO2e which may be emitted and therefore traded. This is usually measured in megatonnes of carbon dioxide equivalent (MtCO2e).
Summary of Chapters
1 Preface and Approach: This chapter introduces the scientific consensus on anthropogenic climate change and outlines the scope of the paper, focusing on general emissions trading and the specific EU implementation.
2 Emissions Trading in General: Provides an overview of the economic foundations of emissions trading, tracing its theoretical origins back to John Dales in 1968 and its early practical application in the United States.
3 The Current System in the EU: Details the structure and regulation of the EU ETS, including the gases covered, the cap-and-trade mechanism, and the transition through its four distinct phases of operation.
4 Evaluation: Assesses the effectiveness of the scheme by reviewing emission trends since 2005, the impact of the Market Stability Reserve, and the challenges posed by free allowance allocation and indirect carbon costs.
5 Tangible Problems and Possible Improvements: Identifies critical gaps between current reduction trajectories and long-term climate goals, proposing specific regulatory changes and market linkages to mitigate carbon leakage.
6 Conclusion: Summarizes the performance of the EU ETS, acknowledging its economic success while emphasizing the necessity of future adaptations to achieve deeper decarbonization.
Keywords
Emissions Trading Scheme, EU ETS, Carbon Pricing, Greenhouse Gas Emissions, CO2e, Climate Neutrality, Market Stability Reserve, Carbon Leakage, Environmental Policy, Cap-and-Trade, Sustainability, Innovation Fund, Modernisation Fund, Emission Reduction, Climate Change.
Frequently Asked Questions
What is the central focus of this assignment?
The paper focuses on the European Union's Emissions Trading Scheme as a governmental framework designed to combat climate change through market-based mechanisms.
What are the primary thematic areas covered?
The main themes include the history of carbon trading, the structured implementation phases of the EU ETS, economic evaluations of its effectiveness, and strategies for improving its future impact on climate goals.
What is the fundamental research objective?
The objective is to analyze how the EU ETS works, evaluate its performance in reducing emissions to date, and determine what improvements are necessary to achieve climate neutrality by 2050.
Which methodology is employed in this research?
The research uses a descriptive and analytical methodology, synthesizing data from official European Commission reports, the European Environment Agency, and economic literature regarding historical carbon market trends.
What topics are discussed in the main part?
The main part covers the theoretical origins of emissions trading, a detailed breakdown of the four EU ETS phases, an evaluation of price and emission trends, and a section dedicated to addressing challenges like carbon leakage.
Which keywords best characterize this work?
Key terms include Emissions Trading Scheme, EU ETS, Carbon Pricing, Cap-and-Trade, Greenhouse Gas Emissions, and Climate Neutrality.
How does the EU calculate the total climate impact of various greenhouse gases?
The EU utilizes the term "carbon dioxide equivalent" (CO2e), which allows for the aggregation of different greenhouse gases like carbon dioxide, nitrous oxide, and perfluorinated compounds into a single measurable unit.
What is the purpose of the Market Stability Reserve (MSR)?
The MSR was implemented to balance supply and demand imbalances within the EU carbon market and to bring price stability to the system by adjusting the number of allowances in circulation based on defined thresholds.
What is "carbon leakage" and why is it a concern?
Carbon leakage refers to the risk of companies relocating their operations to countries with less stringent emission regulations to avoid costs, which could lead to an increase in overall global emissions due to inefficient production or transportation.
Can the current trajectory of the EU ETS reach the 2050 climate goals?
According to the analysis, the current trajectory is insufficient for reaching the 2050 goals; significant modifications, such as increasing the annual linear reduction rate of the emissions cap, are identified as necessary.
- Arbeit zitieren
- Lukas Melhus (Autor:in), 2021, The EU’s Emissions Trading Scheme as a Climate Protection Instrument. How it Works and How to Improve it, München, GRIN Verlag, https://www.grin.com/document/1239272
