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Report
October 2024

Forging a Post-Carbon Industry
Insights from Asia

<p><strong>Forging a Post-Carbon Industry</strong><br />
Insights from Asia</p>
Author
Joseph Dellatte
Resident Fellow - Climate, Energy and Environment

Dr. Joseph Dellatte joined Institut Montaigne’s Asia Program in 2022 as Research Fellow for Climate, Energy, and Environment. He specializes in international climate policy and global climate governance, ETS linkage, and political barriers to carbon pricing development in the Northeast Asian region.

Interviewees

Interviews with Chinese Stakeholders

  • EDF Beijing Representative Office
  • Energy Foundation China
  • Environmental Defense Fund
  • Chinese Academy of Science
  • Chinese Academy of Social Science (CASS)
  • Shanghai Institute for International Studies
  • Research Institute for Carbon Neutrality of Beijing Da Xing
  • WRI China
  • National Center for Climate Change Strategy and International Cooperation
  • Energy Research Institute
  • The Administrative Center for China’s Agenda 21 (ACCA21), Ministry of Science and Technology
  • China Building Materials Federation (CBMF)
  • China National Institute for Standardization
  • Deep Rock
  • Delong Steel
  • Shanghai GEIT Co.
  • Renewable Energy Development Center, Energy Research Institute, NDRC
  • SINOPEC
  • Baowu
  • Greenovation: Hub
  • National Development and Reform Commission (NDRC)
  • Ministry of Industry and Information Technology (MIIT)
  • Ministry of Ecological Environment (MEE)
  • Shanghai Greenment
  • China Beijing Green Exchange
  • China Standardization Administration
  • China National Institute of Standardization
  • CNPC Research Institute of Safety and Environmental Technology
  • Clean Energy Research Institute
  • Chinalco
  • nstitute for Climate Change and Sustainable Development – Tsinghua University
  • Biosphere 3
  • Carbontrust China
  • China Environmental United Certification Center
  • Sinocarbon


Interviews with Japanese Stakeholders

  • Mitsubishi Chemical Group Corporation
  • New Industry and Technology Development Organization (NEDO)
  • Global Environmentally Conscious Research Group
  • Sumitomo Osaka Cement Co.
  • Climate Change Task Force Department
  • National Graduate Institute for Policy Studies (GRIPS)
  • Ministry of Economy, Trade and Industry (METI)
  • Ministry of the Environment of Japan (MOEJ)
  • Sumitomo Osaka Cement Co., Ltd
  • Sumitomo Chemical, Co., Ltd.
  • UACJ – Aluminum
  • Research Center for Advanced Science and Technology (RCAST)
  • JFE Steel Corporation
  • Mitsui Global Strategic Studies Institute
  • Mitsui Chemicals, INC
  • Taiheiyo Cement Corporation
  • NEDO Representative Office in Europe
  • Research Institute of Innovative Technology for the Earth
  • The Central Research Institute of Electric Power (CRIEPI)
  • Waseda University
  • IGES
  • Graduate School of Public Policies, REITI / University of Tokyo
  • Toyota Motor Corporation
  • Japan Aluminum Association
  • Nippon Steel
  • Marunouchi Innovation Partners
  • Shizen Energy
  • The Institute of Energy Economics
  • Daichi Life
  • Mitsubishi Heavy Industry
  • CRIEPI


Interviews with Korean Stakeholders

  • Presidential Committee for Net Zero
  • Korea National Cleaner Production Center, Korea Institute of Industrial
  • Technology (KNCPC/KITECH)
  • Korea Institute for International Economic Policy (KIEP)
  • Kim & Chang
  • KB Kookmin Bank
  • National Center for APEC Studies and the Pacific Economic Cooperation
  • Council at Korea Institute for International Economic Policy (KIEP)
  • KIEP (Korea Institute for International Economic Policy)
  • Center for International Development Cooperation
  • Seoul National University of Science and Technology (Seoultech)
  • Korea Chamber of Commerce and Industry (KCCI)
  • Korean Environmental Law Association
  • Korean Institute of Energy Research Center
  • Korean Advanced Institute of Science & Technology & Solution for Our Climate
  • Korean Institute for Industrial Economics and Trade
  • National Assembly Research Service (NARS)
  • Ministry of Environment (ROK)
  • Ministry of Trade, Industry and Energy
  • Korean Presidency
  • People’s Party
  • Korea Environment Institute
  • Korea Chemicals Association
  • Korea Energy Economic Institute (KEEI)
  • Korean Cement Association
  • Korea Testing & Research Institute
  • Ministry of Strategy and Finance
  • Carbonco
  • Division of International Studies of Korea University in Korea
  • Yonsei University
  • CSDLAP
  • Yulchon LLC
  • VEOLIA Korea
  • International School of Urban Sciences, University of Seoul
  • POSCO Research Institute
  • POSCO
  • Eugene Corp Research Institute
  • SK Chemicals
  • Samsung
  • Korea Cement Industry Association
  • Delegation of the European Union to the Republic of Korea


Interviews with European stakeholders

  • European Commission
  • DG Grow, European Commission
  • DG Clima, EC
  • DG Trade, EC
  • DG Taxud, EC
  • DG Energy, EC
  • DG Grow, EC
  • EEAS
  • French Ministry of Economy and Finance
  • French ministry of Industry
  • Cleantech for Europe
  • Institut du développement durable et des relations internationales
  • (IDDRI)
  • CEA (French Atomic Energy and Alternative Energies Commission)
  • Institut Montaigne
  • Wuppertal Institute for Climate, Environment and Energy
  • Breakthrough Energy
  • Ecocem Materials, Ltd.
  • AFYREN
  • ArcelorMittal
  • German Federal Chancellery
  • Renault
  • BMWK
  • BMW
  • Airliquide
  • Ardian
  • Mitsubishi Electric, France
  • The Boston Consulting Group France
  • Copenhagen Infrastructure Partner
  • OPmobility
  • MEDEF
  • Kéa
  • VICAT
  • Orano
  • Ministry of Energy Transition, France
  • Accenture France
  • Archery Strategy Consulting
  • Airbus
  • Accuracy
  • Hitachi Energy France
  • Groupe Amundi
  • Chubb France
  • Bessé
  • SGS, France
  • EDF
  • Schneider Electric
  • ENEDIS
  • TotalEnergies
  • ArcelorMittal
  • Evolen
  • Solvay
  • Thyssenkrupp Steel Europe
  • BASF
  • EUROFER (European Steel Association)
  • Cembureau
  • CEFIC (chemical federation)
  • Holcim
  • Siemens
  • GTT (Gaztransport & Technigaz) SA
  • Agora Energiewende
  • The Climate Group
  • L’Oréal Groupe
  • IFP School / Laboratoire de Génie Industriel de CentraleSupélec
  • Association française des Economistes de l’Energie
  • VUB
  • College of Europe
  • IDDRI
  • Clean Hydrogen Joint Undertaking
  • Plastic Omnium
  • Pergamon
  • Engie
  • E3G
  • Enagas
  • EnBW
  • Hy24
  • SNAM
  • Climate Leadership Council
  • European University Institute
  • European Institute on Economics and the Environment
  • International Institute for Sustainable Development
  • Ministry of Ecological Transition, Italy
  • Department for Business, Energy, and Industrial Strategy, UK
  • Atlantic Council Global Energy Center
  • Department for Energy Security and Net Zero, UK
  • Resources for the Future
  • Hydrogen Europe
  • Transformation Factory
  • Jeantet
  • Suez
  • Vulog
  • Hogan Lovells France
  • Breakthrough Energy
  • Wavestone
  • Gide Loyrette Nouel
  • RTE
  • ABB France
  • I4CE
  • iQo
  • Natural Grass
  • Federal Ministry of Economy Climate Protection, Germany
  • Carbios
  • Cimpor
  • Aequilibria
  • Global Cement and Concrete Association
  • ADEME
  • Secrétariat Général à la Planification écologique (France)
  • Wupperthal Institute
  • H2 Green Steel
  • French Ministry of Europe and Foreign Affairs
  • SIS
  • The Directorate General for Enterprise (DGE), Industry Service: Industrial
  • Policies, France
  • Advisor to the Green Group at the European Parliament
  • Aluminum Dunkerque
  • Delegation of the European Union to the Republic of Korea
  • Delegation of the European Union to China
  • EDF
  • AXA
  • Thyssenkrupp
  • German State Secretariat for Energy
  • Adelphi
  • AgoraEnergiewende


Other stakeholders

  • UNIDO
  • OECD
  • IEA
  • International Organization for Standardization
  • Climate Club
  • World Bank
  • Global CCS Institute
  • Rio Tinto
  • World Economic Forum
  • International Sustainability Standard Board
  • IRENA

The EU faces tough choices. It has set itself the ambitious target of becoming climate neutral by 2050 and this will have profound implications for the future of EU industry. Industry, which is responsible for over a quarter of the world's greenhouse gas emissions, is a vital part of the EU’s economy and a key player in the path toward net zero by 2050. The EU must find a way to accelerate the decarbonization of its industry, while ensuring competition is not wiped out by industrial giants from China and the United States, which are aggressively positioning themselves to dominate tomorrow's carbon neutral economy.

How can Europe pioneer the transition into the post-carbon era, while retaining, and even regaining, industrial competitiveness? This dual challenge is one of Europe's strategic priorities for the coming decades.

The new European Commission wants to turn the European Green Deal into a Clean Industrial Deal. Some steps have already been taken, in the form of a Net-Zero Industry Act - but these are insufficient to meet the scale of the challenge. In addition, disparities between Member States are growing. To succeed, Europe needs a bold industrial strategy supported by joint funding to drive innovation and deploy clean technologies across the continent.

This report provides a comparative analysis of the EU’s decarbonization policies with those of the industrial powers of Asia (China, South Korea and Japan). It is built on two main pillars:

1) A roadmap for a bold and ambitious European industrial decarbonization strategy, drawing on practices rolled out in Asian countries.
2) A sector-based approach that focuses on the decarbonization of two crucial, high-emission industries: steel and aluminum.

The results of this year-long research effort are based on almost 500 interviews and consultations with European and Asian political and industrial stakeholders, most of which were conducted as part of trips to Europe, Japan, South Korea and the United Arab Emirates during COP28. The report also draws on an international dialogue organized in Paris in January 2024, that brought together forty political and economic decision-makers from Europe, Japan and South Korea.

Shaping a Clean Industrial Strategy for Europe

Major Obstacles

European industrial policy faces an uphill battle in its path towards carbon neutrality. It suffers from the EU’s fragmented governance, an absence of coordination between Member States, lack of strategic thinking and joint funding.

It also faces an acute energy challenge, as decarbonizing Europe’s industry will require widespread access to clean and affordable energy sources. Europe's aging infrastructure and high energy costs risk delaying its climate transition and pushing industries away from Europe to relocate to regions with more competitive clean energy prices.

Finally, technological uncertainties surrounding decarbonization could also impact Europe’s transition. Despite being a frontrunner in the race to climate neutrality, Europe risks falling behind in the global race if it chooses the wrong technologies.
 

Industrial Decarbonization in Europe and Asia: Diverse Strategies, Key Insights

Europe and Asia are choosing different strategies to achieve carbon neutrality:

  • China, with its state-led industrial policy, backed by massive industrial capacity and a dominant position in green technologies, is seeking to balance industrial growth and sustainability with controlling its decarbonization agenda for high-emission industries.
  • Japan, through close collaboration between government and industry, is prioritizing R&D, notably in hydrogen. This partnership allows Japan to closely monitor international technological developments, but it also exposes it to energy dependencies..
  • South Korea, led by its conglomerates, is making slower progress in the energy transition, focusing on hydrogen but remaining dependent on fossil fuels and counting on a second-mover advantage.


The EU has introduced tools such as IPCEIs (Important Projects of Common European Interest) and the STEP platform to accelerate research into carbon neutrality and clean technologies, but these alone won’t be enough to meet its goals. To remain competitive in this global transition, the EU must develop a more flexible and cohesive industrial policy.

This report puts forward seven key recommendations to help the EU equip itself with a bold and coherent strategy to reach industrial decarbonization by 2050, while remaining competitive on the global stage.

7 Recommendations to Forge Europe's Post-Carbon Industry

1
Establish common funding of €100 billion per year at the EU level through European Clean Industrial Bonds.
In detail

These bonds would be financed by anticipating the future carbon tax revenues (in place from 2028 onwards).

2
Create a European Clean Industrial Strategy Agency by merging all existing EU policy instruments to structure and accelerate the green transition
In detail

This Agency would be responsible for:
a. providing technological guidance in close collaboration with industry,
b. coordinating European and national climate funds and mechanisms,
c. providing a one-stop financing hub for European decarbonization projects.

3
Support demand for European clean industrial goods, with a Made-in-Europe Green Public Procurement Policy.
In detail
4
Use trade policy to support industrial decarbonization aims, by considering industrial scrap (such as steel or aluminum scrap) as a carbon asset and encouraging cooperation with regions and countries that share similar levels of climate ambition.
In detail
5
Support industrial demand for electrification by facilitating coordination between Member States and anticipating the future impacts of increased demand on the grid.
In detail
6
Adopt a Cross-Sectoral Technology-Hub Strategy to stimulate innovation and promote mutualization of clean electricity generation.
In detail
7
Set new clean industrial standards based on two key principles
In detail

a. Break technology path dependency, so as not to exclude emerging technologies.
b. Adopt and promote a product-based approach and accelerate the implementation of ecodesign regulations to ensure a uniform, high standard of environmental sustainability across the market.

Decarbonizing Strategic Industries

To forge a post-carbon industry, Europe will need to adopt a sector-specific approach to meet the technological and regulatory challenges of each industry and take into account the characteristics of manufacturing regions.

Sectors like steel and aluminum should be a key focus given their high carbon intensity and their significance for the post-carbon economy and energy transition.

Steel production accounts for 8% of global greenhouse gas emissions. Clean tech solutions such as hydrogen steelmaking, clean electrification, and carbon capture are emerging, but to be successful, they would need major investment and access to clean hydrogen and raw materials. Other technologies, such as molten oxide electrolysis, are promising and could change the economic balance of the sector in the post-carbon era.

China, the world's leading producer, is taking a gradual, opportunistic approach to decarbonizing its steel sector, while retaining its dominant position. Japan and Korea, with more limited access to hydrogen and clean electricity, may need to explore other solutions and reduce their primary steel production-a path Europe may also need to consider.

Decarbonizing steel in Europe will require public authorities and industry to:

  • Adapt an average carbon intensity calculation within the Carbon Border Adjustment Mechanism (CBAM) to mitigate the risks of circumvention by exporting countries.
  • Remove regulatory barriers for large-scale production of clean hydrogen, including hydrogen produced from excess nuclear energy.
  • Prioritize steel for access to clean hydrogen.
  • Promote circular economy practices to reduce dependence on hydrogen.

Aluminum is critical to the post-carbon economy, especially for transport, energy and the environment. The sector’s carbon footprint (around 2% of global emissions) mainly depends on the electricity grid's carbon intensity.

Clean electrification and inert anode technology are necessary to completely decarbonize the production of aluminum. With the right policies, aluminum recycling could also play a key role in the post-carbon economy.

In Europe, decarbonizing aluminum requires a strong focus on clean electricity supply, support for technological innovation such as inert anodes, and measures to effectively combat carbon leakage. These include:

  • Extending the European Carbon Border Adjustment Mechanism (CBAM) to the downstream aluminum sector and enhancing monitoring to ensure fair competition.
  • Supporting research on and deployment of low-carbon technologies.
  • Promoting green standards to ensure fair competition between decarbonized and non-decarbonized aluminum.
  • Bridging the cost gaps by getting governments to support sizable public investments into industries producing premium green goods.
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<p><strong>Forging a Post-Carbon Industry</strong><br />
Insights from Asia</p>
Report part 1 - Shaping a Clean Industrial Strategy for Europe
(204 pages)
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