Under the Kyoto Protocol, the European Union (EU) has introduced an Emissions Trading Scheme (ETS) in January 2005 in order to set economic limits to an environmental concern, global warming. This scheme covers industrial plants that can now trade allowances of carbon dioxide (CO2). This new carbon market is the largest of its sort, growing quickly and behaving very similarly to the stock markets. Because of being so new, there is still a considerable amount of uncertainty about its future development, but some first lessons are discussed in the report. Crucial is the allocation of allowances with all its exceptions that can lead to false incentives to actually increase emissions. Allowances now represent a cost that can either lead to competitive disadvantage or present an opportunity to increase margins if allocated for free. Investment decisions are being affected because environmental concerns are translated into a cost that can be evaluated against the costs of other alternatives. Consequences of the US being the worlds largest emitter not ratifying the Kyoto Protocol is addressed. Pitfalls of the system are identified and recommendations given.
This report intends to provide an overview on the current situation, focus on the German chemical industry, how it is affected in the short term and what can be expected from the future.
Table of Contents
1 INTRODUCTION
2 PROVISION OF POLICY CONTEXT
2.1 Kyoto Protocol
2.2 Kyoto’s market-based mechanisms
2.2.1 Emissions Trading
2.2.2 Clean Development Mechanism (CDM) and Joint Implementation (JI)
3 EMISSIONS TRADING
3.1 EU ETS – EU Emissions Trading Scheme
3.2 How CDM and JI fit in
3.3 How do businesses get involved?
3.4 Implications for German chemical businesses
3.5 Status
4 NATIONAL ALLOCATION PLANS (NAP)
4.1 NAP Details
4.1.1 Reduction or Compliance Factor (CF)
4.1.2 Allocations Methods for existing installations
4.1.3 Sector differentiation
4.1.4 New Entrants
4.1.5 Closure rules
4.1.6 Reserve
4.1.7 Special treatment
4.1.8 Early action
4.1.9 Special rules for CHP installations
4.2 Critics and controversies of the German NAP
4.2.1 Distortions generated by allocations methods for existing installations
4.2.2 Critics on sector differentiation
4.2.3 Critics on new entrants
4.2.4 Critics on closure rules
4.2.5 Critics on reserve
4.2.6 Critics on special treatment
4.2.7 Critics on early action
4.2.8 Critics on special rules for CHP installations
4.2.9 Other distortions and critics
5 DEVELOPMENTS ON THE EU TRADING PLATFORMS BEING SET UP FOR CO2 CREDITS
5.1 Introduction to the EU ETS trading platforms
5.2 Legal nature of allowances
5.3 Connection to other markets
5.4 Lessons learned by the EU ETS experience
5.5 Implications for German chemical businesses
6 RELATIONSHIP BETWEEN CO2 EMISSIONS TRADING AND THE ENERGY (ELECTRICITY) PRICES
6.1 Historical evidence
6.2 Expected future development
6.3 Implications for German chemical businesses
7 INFLUENCE OF THE EMISSION CREDITS ON INVESTMENT DECISIONS
7.1 Implementation of new technologies based on CO2 allowances
7.2 Shareholder capital investment
7.3 Implications for German chemical businesses, which one stands to gain or lose in terms of new investments?
8 THE CONSEQUENCES OF THE US NOT PARTICIPATING IN THE KYOTO AGREEMENT
8.1 Will the EU ETS succeed or fail without the US?
8.2 Consequences for the German chemical industry
9 CONTROVERSIES INHERENT IN THE SYSTEM
9.1 Controversies discovered
10 CONCLUSIONS AND RECOMMENDATIONS
10.1 On track with its emissions reductions?
10.2 Conclusions
10.3 What is expected from the future?
10.4 General Recommendations
10.5 Recommendations to German chemical businesses
10.6 A short reflexion
Project Objectives and Key Themes
This report examines the introduction of the Emissions Trading Scheme (ETS) by the European Union under the Kyoto Protocol and analyzes its implications for the German chemical industry, specifically focusing on how environmental concerns are translated into economic variables for corporate decision-making, investment planning, and the impact of non-participation by major emitters like the United States.
- The impact of the EU Emissions Trading Scheme (EU ETS) on German chemical businesses.
- The relationship between carbon emissions trading and energy (electricity) prices.
- The influence of emission credits on long-term corporate investment decisions.
- Controversies and pitfalls within the National Allocation Plans (NAP).
- Consequences of non-participation by the United States in the Kyoto Agreement.
Excerpt from the Book
3.4 Implications for German chemical businesses
First it should be mentioned that not all German chemical businesses are currently involved in the EU scheme. Installations emitting less than 25000 tonnes CO2 per year are assigned a compliance factor (CF) of one (BMU 2006a and 2006b). This is done in order not to overload smaller companies with large transaction costs. Second, a business gets included depending on the type of installation it has on site and not by the business it is involved in. For example if it has its own power generation unit (e.g. CHP) then it is treated as such, while another installation at the same facility can classify under ‘cracker’ or any other denomination that fits any of the ‘industrial’ or ‘combustion installation’ definitions. Therefore, it can happen that a chemical firm is included in more than one sector, for instance having one installation in the energy sector and another one in the industrial sector (see Figure 3-1). Consequences are that both need to be treated with different caps.
Most of the chemical businesses however, are covered by the EU ETS because of producing their own electricity; in fact most of the industrial installations are included within the energy sector (see Table 3-5 and Figure 3-2).
Summary of Chapters
1 INTRODUCTION: Outlines the shift of CO2 emissions from an environmental concern to an economic variable for businesses in the European Union.
2 PROVISION OF POLICY CONTEXT: Details the framework of the Kyoto Protocol and the market-based mechanisms (Emissions Trading, CDM, JI) used to reduce greenhouse gases.
3 EMISSIONS TRADING: Discusses the EU ETS, how businesses participate, and the specific implications and structural challenges for the German chemical industry.
4 NATIONAL ALLOCATION PLANS (NAP): Analyzes the details, rules, and controversies surrounding the National Allocation Plans, including sector differentiation and closure rules.
5 DEVELOPMENTS ON THE EU TRADING PLATFORMS BEING SET UP FOR CO2 CREDITS: Investigates the emergence of carbon trading platforms and the legal nature of allowances as financial instruments.
6 RELATIONSHIP BETWEEN CO2 EMISSIONS TRADING AND THE ENERGY (ELECTRICITY) PRICES: Explores how carbon costs are passed through to electricity prices, causing windfall profits for energy providers.
7 INFLUENCE OF THE EMISSION CREDITS ON INVESTMENT DECISIONS: Reviews how carbon constraints affect corporate investment in technology and shareholder capital strategies.
8 THE CONSEQUENCES OF THE US NOT PARTICIPATING IN THE KYOTO AGREEMENT: Examines the impact of the United States' withdrawal on global allowance prices and the effectiveness of the Kyoto Protocol.
9 CONTROVERSIES INHERENT IN THE SYSTEM: Highlights systemic pitfalls, including lack of harmonisation and potential carbon leakage, affecting European industry.
10 CONCLUSIONS AND RECOMMENDATIONS: Provides final reflections on the success of the EU ETS and offers recommendations for both general policy and the German chemical industry.
Keywords
Kyoto Protocol, EU Emissions Trading Scheme, EU ETS, Carbon dioxide, CO2, Joint Implementation, Clean Development Mechanism, CDM, Windfall Profits, Carbon Market, National Allocation Plan, NAP, Chemical Industry, Greenhouse Gases, Emission Allowances
Frequently Asked Questions
What is the primary purpose of this project?
The report aims to provide an overview of the current situation regarding CO2 emissions trading in Europe, with a specific focus on the implications for the German chemical industry and how companies adapt their strategies.
What are the central themes of the document?
The central themes include the mechanism of the EU Emissions Trading Scheme, the economic impact of carbon costs on energy-intensive industries, investment trends in cleaner technology, and the influence of international climate policy.
What is the primary research question of the study?
The study investigates how the EU ETS changes the business environment for chemical firms, specifically whether it serves as a driver for innovation or represents a competitive disadvantage.
Which scientific method was used for this research?
The methodology involved an extensive review of existing policy documents, academic literature, and the conduct of a professional survey among representatives of the German chemical industry.
What topics are covered in the main section?
The main sections cover the Kyoto Protocol policy framework, the technical implementation of National Allocation Plans (NAPs), the relationship between CO2 pricing and energy costs, and the investment effects on the chemical sector.
Which keywords best describe this research?
Key terms include the Kyoto Protocol, EU ETS, Carbon Dioxide, Emission Allowances, CDM, Joint Implementation, and Windfall Profits.
How does the EU ETS affect chemical companies that own their power generation?
Many chemical companies operate their own Combined Heat and Power (CHP) units, which requires them to comply with specific sector caps and potentially makes them subject to different regulatory interpretations than pure industrial entities.
What is the significance of the United States' non-participation in the Kyoto Protocol?
The US withdrawal reduces the global demand for carbon allowances, potentially lowering permit prices, which reduces the economic incentive for companies to invest in energy-saving R&D while simultaneously complicating international carbon trading flexibility.
- Quote paper
- MBA Thalia Bruhin (Author), 2009, CO2 Emissions - Moving from an Environmental Issue to an Economic Variable and the Implications for the German Chemical Businesses, Munich, GRIN Verlag, https://www.grin.com/document/136698
