Climate change and climate protection can be considered as the most controversial and most discussed topics in the 21st century. Especially, since the Intergovernmental Panel on Climate Change released its 4th Assessment Report on Climate Change in 2007 stating that climate change is indeed mainly caused by human activities. Hence, policy-makers all over the world are taking responsibility for climate protection in order to compensate for society’s faults. 1
The European Union sees itself as one of the driving forces behind fighting climate change and is keen to create and encourage policies or developments that might support their efforts. As proposed in the Lisbon and Gothenburg in 2000 and 2001, the European Union wants to be the most competitive and dynamic knowledge-based economy with a sustainable growth, more social cohesion as well as respect for the environment. One of the opportunities to achieve this objective is bioenergy, or in particular biofuels, which may allow for the reduction of greenhouse gas emissions, more energy security as well as the promotion of sustainable development globally and the creation of new markets. Biofuels can be defined as solid, liquid or gas fuel consisting of, or derived from biomass, which is composed of living and recently dead biological material. The best-known products are bioethanol and biodiesel, which are first generation biofuels derived from renewable resources, in particular food crops. Second generation biofuels, e.g. lignocellulosic biomass, vary in the fact that they are manufactured from non-food crops.
To use this opportunity, the European Union crowned its preceding efforts with respect to renewable energy sources like biofuels with the release of the ambitious climate and energy policy package in January 2008. It contained various proposals for Directives including binding targets for greenhouse gas reductions, energy savings and the share of renewable energy in the total energy consumption. As a result of the long-term policy support covered by the European Union, the biofuels production has increased rigorously.
Table of Contents
A. Introduction
B. The European Framework on Biofuels
I. In General
II. The current European Framework
C. Critical analysis of the sustainability criteria
I. The concept of sustainability
II. The existing criteria
1. Greenhouse gas emissions reduction according to Art. 17 (2)
2. Protection of biodiversity according to Art. 17 (3)
3. Conclusion
III. Not covered conflicts
1. Water concerns
2. Air quality
3. Impacts on third countries
IV. The certification schemes
D. Conclusion
Research Objectives and Core Themes
This paper examines whether the sustainability criteria established by the European Union in Directive 2009/28/EC are robust enough to mitigate the negative socio-economic and environmental impacts associated with biofuel production, specifically focusing on environmental challenges.
- Regulatory frameworks for biofuels in the European Union.
- Critical assessment of established sustainability criteria (greenhouse gas reduction and biodiversity protection).
- Analysis of environmental externalities, including water usage and air quality.
- Impact assessment of EU biofuel targets on third countries and global food security.
- Evaluation of voluntary certification schemes and their effectiveness in ensuring sustainable supply chains.
Excerpt from the Publication
1. Greenhouse gas emissions reduction according to Art. 17 (2)
One of the main arguments of the European Commission for pursuing a strategy in favor of biofuel production is their assumed lower greenhouse gas emissions in the production chain. Indeed, some studies found out that biofuels can reduce greenhouse gas emissions due to the carbon sequestration in the bioenergy crop. Unfortunately, they do not take into account emissions related to the land use change.
Basically, land use change with respect to biofuels refersto the transformation of forests or other natural vegetation to biofuel plantations and can be divided into two different types. First of all, the direct land use change is concerned with the acquisition of land, e.g. through deforestation or conversion of grassland to arable land, for biofuel crops. Secondly, indirect land use change relates to land that has been used for food or other uses and is now used for growing biofuel crops. Then, the existing agricultural production shifts to another area leading, again, to a conversion of forests or grasslands. It is indirect, because this must not necessarily happen where the biofuel feedstocks are produced, but still this production is the driving force behind the land use change.
As a matter of fact, forests or grasslands are key players with regard to greenhouse gas emissions due to their attribute of being carbon sinks and hence, the reduction of deforestation or land use change are crucial targets for a sustainable development in the European Union. Nevertheless, assessing the land use change impacts of a certain biofuel projects is complex due to the lack of standard definitions of deforestation or even forests in general as well as the possible different locations where planting and deforestations take place. The Directive tries to deal with direct land use by limiting the type of land which is eligible for biofuel productions in order to conserve the advantages of the carbon stocks. Indirect land use is addressed by promoting the use of degraded land for biofuel production along with a doubling factor for the 10 % target for feedstocks produced on degraded land or from residues and waste.
Summary of Chapters
A. Introduction: Introduces the climate change context and the European Union’s strategic push toward biofuels as a means to achieve renewable energy targets and decarbonize the transport sector.
B. The European Framework on Biofuels: Outlines the historical and current legislative progression, focusing on the 2008 Climate and Energy Package and the binding 10% target set by Directive 2009/28/EC.
C. Critical analysis of the sustainability criteria: Provides a deep dive into the effectiveness of current EU criteria, identifying significant gaps in addressing land use change, biodiversity, and additional environmental concerns like water and air quality.
D. Conclusion: Synthesizes the findings, concluding that the current sustainability framework is insufficient and requires significant revision to meet the European Union's broader commitments to sustainable development.
Keywords
Biofuels, European Union, Directive 2009/28/EC, Sustainability Criteria, Climate Change, Renewable Energy, Greenhouse Gas Emissions, Biodiversity, Land Use Change, Certification Schemes, Environmental Law, Transport Sector, Sustainable Development, Bioenergy, Fossil Fuels.
Frequently Asked Questions
What is the primary objective of this research paper?
The paper aims to critically evaluate whether the sustainability criteria introduced in Directive 2009/28/EC are sufficient to prevent negative environmental and socio-economic consequences resulting from the European Union's push for biofuel production.
What central themes does the author address?
The core themes include the effectiveness of greenhouse gas emission savings, the protection of biodiversity, the management of certification schemes, and the environmental impacts of biofuel production on third countries.
Which legislative documents are central to the study?
The primary focus is on Directive 2009/28/EC (Renewable Energy Directive) and Directive 2009/30/EC (Fuel Quality Directive).
What scientific methods are utilized?
The author employs a critical legal and analytical assessment, contrasting the legislative requirements with current scientific studies regarding carbon sequestration, land use change, and resource consumption.
What does the author conclude regarding the sufficiency of the current criteria?
The author concludes that the existing criteria are insufficient, as they fail to account for all relevant ecological impacts and overlook broader socio-economic circumstances.
Which keywords best characterize this work?
The most relevant keywords include Biofuels, European Union, Sustainability Criteria, Greenhouse Gas Emissions, and Land Use Change.
How does the author define the "food vs. fuel" debate?
While acknowledging the "food vs. fuel" debate, the author explicitly excludes it from the primary analysis in order to maintain a concentrated focus on environmental matters.
What role do certification schemes play in the EU framework?
Certification schemes are intended to verify that economic operators comply with sustainability criteria; however, the author notes concerns regarding their lack of harmonization, high costs, and potential for inconsistent definitions.
How does land use change affect the validity of biofuel sustainability?
The author argues that direct and indirect land use changes, such as the conversion of forests or peatlands, can release significant amounts of carbon, potentially negating the greenhouse gas reduction benefits of biofuels for many decades.
- Quote paper
- Fabian Junge (Author), 2012, Sustainability and Biofuels, Munich, GRIN Verlag, https://www.grin.com/document/192064
