Masterarbeit, 2024
129 Seiten, Note: 14/15 (1.0)
This master's thesis fundamentally aims to assess the potential of the voluntary carbon market (VCM) for a global sustainable transition. It investigates the market's functioning, identifies key players, evaluates various offsetting measures for effectiveness and co-benefits, analyzes current market problems and their origins, and explores future scenarios and necessary measures to unlock the VCM's full potential.
The Voluntary Carbon Market (VCM)
The VCM, being the superior ecosystem of voluntary emission offsetting schemes, aims to promote the decarbonization of the private sector by streamlining financial resources into activities that lower or compensate emissions and promote sustainable development. Each ton of residual emissions is offset with one carbon credit. Theoretically, this enables the use of the claim “carbon neutral” for the business or product, as, in theory, residual emissions are neutralized. In contrast to other mandatory and voluntary carbon trading schemes, the VCM is an open market environment. It is not regulated or intervened by any institutional or governmental influence, therefore no binding standards, price ceilings, or other price distortions are introduced top-down. The market is open to any new market actors, on the supply and demand side or as supportive service provider. The market’s commodity is the carbon credit.
The Carbon Credit: One carbon credit represents exactly 1 metric ton of CO2-equivalence – either being avoided to reach or removed from the atmosphere by the aid of a project. Carbon credits need to meet certain criteria to grant for integrity and efficiency: Additionality, the ER or CDR would not have happened without the existence of the project generating funds through carbon credits (Proving the Counterfactual); Permanence, time of the emissions avoided or removed. No specific timeframe is given industry-wide, mostly the benchmark for permanence is 100 years; Quantifiability, the underlying baseline and project activities can be calculated precisely to prevent over-quantification (MRV = measuring, reporting, verification); Single Counting, avoidance of counting multiple, national emission targets; Leakage, the risk that avoided/reduced emissions from the project occur elsewhere; Social/environmental co-benefit(s) offered to further project stakeholders such as local communities or biodiversity (optional).
Chapter 1: Introduction: This chapter provides background on global warming and emissions, explains the motivation behind studying the voluntary carbon market, and outlines the structure of the thesis and its research questions.
Chapter 2: Theoretical Framework: This chapter establishes the scientific and economic fundamentals of carbon markets, details VCM development and functioning, and explores legal frameworks and current project types.
Chapter 3: Methodology: This section describes the research design, including the aim of the study, the general approach, literature research methods, qualitative data generation and analysis, and acknowledged limitations.
Chapter 4: Results from Qualitative Data Generation: This chapter presents the findings from the qualitative research, detailing both the identified problems within the VCM and the proposed solutions based on expert interviews.
Chapter 5: Critical Review: This part critically examines the systemic (market side), supply side (nature-based, technical, co-benefits), and demand side aspects of the VCM, followed by a discussion of the findings.
Chapter 6: Results: This chapter outlines the VCM's potential for sustainable transition, provides recommendations for action, and offers a future outlook for the market's development.
Chapter 7: Conclusion: This final chapter summarizes the main findings, reiterates the market's overall potential, discusses remaining shortcomings, and proposes a holistic strategy for a long-term successful system.
Voluntary carbon market, Carbon offsetting, Emission reduction, Carbon Dioxide Removal (CDR), Decarbonization, Sustainable transition, SDGs, Climate-neutrality, Market shortcomings, Information asymmetries, Project integrity, Greenwashing, Market regulation, Co-benefits.
This work fundamentally addresses the voluntary carbon market (VCM), exploring its structure, challenges, and potential to contribute to a global sustainable transition.
The central thematic areas include the functioning and development of carbon markets, the assessment of emission offsetting methods, the identification of market shortcomings, and the evaluation of nature-based and technical solutions.
The primary goal is to assess the potential of the voluntary carbon market for a global sustainable transition, with key research questions focusing on market mechanisms, player importance, offsetting effectiveness, market problems, and future development scenarios.
The thesis employs a qualitative research method, involving extensive literature research, qualitative data generation through interviews with experts, and subsequent data analysis.
The main body delves into the theoretical framework of carbon markets, their economic fundamentals, historical development, legal aspects, market functioning, and a critical review of the systemic, supply, and demand sides of the VCM.
Key terms characterizing this work include voluntary carbon market, carbon offsetting, emission reduction, CDR, decarbonization, sustainable transition, SDGs, climate-neutrality, and market shortcomings.
The study identifies structural shortcomings in the VCM across systemic, supply, and demand dimensions, including issues like systemic over-crediting, low-quality credits, lack of transparent pricing and transactions, and resulting information asymmetries and low public acceptance.
Key criteria for carbon credit integrity and efficiency include additionality (credits would not have occurred without the project), permanence (long-term impact), quantifiability (accurate measurement), single counting (avoiding double claims), absence of leakage (emissions not shifted elsewhere), and social/environmental co-benefits.
Nature-based solutions leverage natural processes like afforestation, reforestation, and soil carbon sequestration, while technical solutions involve engineered approaches such as carbon capture and storage (CCS) or direct air capture (DAC) to remove or reduce emissions.
The future outlook for the VCM suggests that with proper addressing of its shortcomings, particularly regarding transparency, integrity, and regulatory frameworks, it has significant potential to contribute to global decarbonization and a sustainable transition by mobilizing private sector finance.
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