European Policy
Podcast episodes about European policies that influence the energy transition
Located in Norway, we have a big focus on the policies that drive the energy transition in Europe. We have several topics covering different political aspects, all collected here.
#76 Is Energy Being Weaponized? Geopolitics and energy security in the energy transition (with Dr. Benedikt Franke, Munich Security Conference)
Featuring Benedikt Franke, CEO and Vice Chair of the Munich Security Conference, this episode highlights how energy security has evolved from crises like the 1970s oil shocks to today's geopolitical challenges, including Russia's invasion of Ukraine and growing tensions with China. Franke discusses the weaponization of energy, the strategic dominance of China in critical minerals, and the role of international organizations like the Munich Security Conference in addressing these global issues. If you're interested in how energy security shapes geopolitics and impacts the global energy transition, this episode offers deep insights into these critical topics.
#45 The Future of Petroleum Exploration and Renewables in Norway (with State Secretary Andreas Bjelland Eriksen)
How do the plans for further oil exploration of the Norwegian government fit with recent reports of the IPCC that we are on a path well above the Paris goals of 2° centigrade? Why is drilling in the Arctic pushed by the Norwegian government, despite not only environmental concerns but also substantially higher predicted extraction costs? And why are strongly needed renewables so highly taxed in Norway? These questions and more asked Julius to Andreas Bjelland Eriksen who is the state secretary in the Norwegian Ministry for Petroleum and Energy during Andreas' visit to Trondheim last week for the NTNU Energy Transition Week. If you want to know the answers, check out the episode.
Will the energy crisis derail the EU climate commitments?
High energy prices and a reduced supply of natural gas are pressuring the European economy. What possible impacts will this have on Europe's climate ambitions? Already we have seen a shift back to coal, and with the current war in Ukraine as a backdrop, it is little wonder that many raise concern.
To help us ponder this question, we've brought along Taube van Melkebeke for this week's episode. She is a Policy Advisor on EU Politics and Climate Governance at E3G - an independent think tank whose aim is to steer the global transformation at the pace our planet requires. Before joining E3G, Taube was an attaché at the Permanent Representation of Belgium to the EU.
European Energy Policy in the Making
Connie Hedegaard was the EU Commissioner for Climate Action between 2010 and 2014 and continues to be a strong climate action advocate. Since she left office, she continued to work with a number of non-profit organizations, and is also active on corporate boards of companies such as Danfoss, Volkswagen, and Nordex. In this episode you will learn how policy is made in the EU, and while we talk mostly about the formal ways we will also touch upon the informal ways, and what happens behind the scene. Additionally, you will learn how Connie experienced the rather unsatisfactory COP 2009 in Copenhagen, what lessons she learned from that for policy making at large and we also talked briefly about current major EU policy initiatives such as Fitfor55 and RePowerEU.
Policies to support the deployment of renewable electricity technologies
How can governments support renewable electricity technologies? What's being done, and what does the future look like? And why were these policies needed initially, to give such technologies traction? What's needed, if we are to reach Europe's ambitious goals for transitioning to renewable energy?
Today's guest is Dr. Pablo del Rio. He is the head of the Environmental Economics Group (GEA) at the Institute for Public Goods and Policies at the National Research Council of Spain (CSIC) and has spent more than 20 years looking particularly at the policies for renewable energy.
Invasion of Ukraine - implication for energy policy in Europe
This episode comes out on day eight of the Russian invasion of Ukraine. War, destruction and death have been flickering across our TV and mobile screens in recent days. These actions in themselves are terrible, and we realize that this war is likely to turn the tide on European energy policy.
In this episode, I am joined by Thijs van de Graf from Ghent University. Thijs is Associate Professor of International Politics at Ghent University in Belgium. He shares insights into how dependent Europe is on Russian fossil fuels, and we discuss what kind of implications this geopolitical crisis may have on European energy policy.
Rage Against the Taxonomy - Why and how the EU declares Nuclear and Natural gas as green technologies
EU just unveiled that it plans to label investments in natural gas and nuclear projects as sustainable if certain criteria are met, a controversial move that raises concerns about greenwashing and divides member states. If a majority backs it, it will become EU law, coming into effect from 2023. The taxonomy - a labeling system that incentives investing in green solutions - is a part of the strategy to make the 2050 net-zero goal.
Kira Taylor (@KiraTaylor15), an energy and environment journalist for Euractive stationed in Brussels, is our guest in this episode. We talk about the taxonomy's effect and people's reactions. How does this labeling system work? What are the advantages of a taxonomy like this?
If you find this interesting, please consider registering for the workshop: "The Future of Nuclear Energy" at the upcoming NTNU Energy Transition Week 2022.
Sources referred to in this episode:
Direct Air Capture and other CDR technologies
The CO2 is all around us, can't we just collect and store it safely? Today's guest is Jay Fuhrman. He is a postdoctoral researcher at the Pacific Northwest National Laboratory’s Joint Global Change Research Institute. He received his PhD in Civil and Environmental Engineering from the University of Virginia in 2021. Jay’s research uses integrated assessment models to understand the transitions required for deep climate mitigation, including the large-scale deployment of carbon dioxide removal technologies, their potential side-effects, and co-benefits.
Direct Air Capture - A silver bullet to reverse climate change?
Christopher Jones is a Professor at Georgia University of Technology and has been working on direct air capture (DAC) technology since 2008.
Direct air capture is a process that removes carbon dioxide from the atmosphere in order to reduce the negative impacts of climate change. In this podcast episode, Jones discusses the importance of this technology in reversing the paradigm of emitting carbon dioxide into the atmosphere for the past 100 years and how it can be used as a waste management solution to clean up the excess CO2 we have released. He also touches on the shift in discourse surrounding DAC, the increasing prevalence of this technology in media, and its importance in the energy transition and climate change mitigation.
Policy measures to support Direct Air Capture
Sasha Mackler is the director of the Energy Program at the Bipartisan Policy Center - a Washington, DC-based think tank. He has spent over 20 years in this field, including 10 years in the private sector working on carbon capture and biomass fuel supply. Mackler has managed a number of energy policy projects on topics such as tax incentives, federal RD&D, finance, workforce transition, carbon capture and storage, low carbon fuels, cap and trade, climate impacts and adaptation, and geoengineering research.
Policies play a crucial role in defining the environment in which technologies, such as direct air capture (DAC), can thrive or struggle. Several policy measures have been implemented in the United States in recent years to support DAC. One such policy is 45Q, a section of the US Internal Revenue Code that supports carbon capture and was enacted in 2008. The Low Carbon Fuel Standard (LCFS) is another policy measure, initially implemented in California in 2007, which aims to drive the use of clean fuels and includes DAC as a qualifying pathway for decarbonizing fuels. The Energy Act of 2020 authorized new programs for the US Department of Energy to support the demonstration and commercialization of advanced energy technologies, including DAC. Recently, The Inflation Reduction Act, adopted in August 2022, provides incentives for carbon capture, utilization, and storage projects.
European policy influencing the energy transition
There are many European policies that influence the energy transition, but some key ones include:
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The Renewable Energy Directive: This directive sets targets for the EU to increase the share of renewable energy in its overall energy mix. It also establishes a framework for member states to promote the use of renewable energy sources.
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The Energy Efficiency Directive: This directive sets targets for the EU to improve its overall energy efficiency and reduce energy consumption. It also establishes a framework for member states to implement measures to increase energy efficiency in buildings, industry, and transport.
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The Emissions Trading System (ETS): The ETS is a cap-and-trade system that aims to reduce greenhouse gas emissions from large emitters in the EU, such as power plants and manufacturing facilities. Companies that emit more than a certain amount of greenhouse gases must purchase allowances, which provides an economic incentive to reduce emissions.
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The Paris Agreement: The Paris Agreement is an international treaty signed by the EU and many other countries that aims to limit global warming to well below 2 degrees Celsius above pre-industrial levels. The EU has committed to reducing its greenhouse gas emissions by at least 40% by 2030, relative to 1990 levels, as part of its contribution to achieving the goals of the Paris Agreement.
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The Clean Energy Package: This package of legislative measures aims to accelerate the energy transition in the EU and make it easier for member states to transition to clean energy. It includes measures to improve the energy efficiency of buildings, increase the use of renewable energy, and accelerate the deployment of electric vehicles.