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2. Impact of the Russia-Ukraine War on the Global Energy Policy
- Author:
- Mamuka Komakhia
- Publication Date:
- 07-2022
- Content Type:
- Special Report
- Institution:
- Georgian Foundation for Strategic International Studies -GFSIS
- Abstract:
- The Russia-Ukraine war has been going on for five months, and it can be said that it is a war that has changed the world, and not only in military and security terms. In this edition of “The Security Review”, we will discuss the food, energy, and transportation aspects of this conflict. Mamuka Komakhia deals with one of the most important aspects of the war - energy, and discusses Europe's dependence on Russian oil and gas and the possible scenarios to escape from it.
- Topic:
- Energy Policy, Oil, War, European Union, Gas, Exports, Energy Dependence, and Russia-Ukraine War
- Political Geography:
- Russia, Ukraine, and Eastern Europe
3. EU – Pacific Talks: H2 – Hydrogen Hype
- Author:
- David Plhák
- Publication Date:
- 03-2022
- Content Type:
- Special Report
- Institution:
- Europeum Institute for European Policy
- Abstract:
- Czechia is in many respects similar to Japan in its limited ability to rely fully on renewables. It is therefore in the interest of Czechia to increase hydrogen imports and its use in the energy mix. In order to ensure a steady supply of hydrogen the gas system operators of Czechia, Slovakia, Ukraine, and Germany launched in 2021 joined initiative to create a Central European Hydrogen corridor in an effort to create a supply of hydrogen from Ukraine. Unfortunately, given the Russian aggression on Ukraine, this project must be stopped, until Ukraine will be free of war again.
- Topic:
- Climate Change, Energy Policy, European Union, Economy, and Hydrogen
- Political Geography:
- Japan, Ukraine, Germany, Asia-Pacific, Slovakia, European Union, and Czechia
4. Greenhouse Gas Emissions from State-Owned Enterprises: A Preliminary Inventory
- Author:
- Alex Clark and Philippe Benoit
- Publication Date:
- 02-2022
- Content Type:
- Special Report
- Institution:
- Center on Global Energy Policy (CGEP), Columbia University
- Abstract:
- State-owned enterprises (SOEs) play a major role in the production of goods and services across many of the world’s largest economies, particularly in electricity generation, oil and gas, and heavy industry. SOEs (defined in this report as companies for which 50 percent or more of voting shares are held by a government) are also major sources of greenhouse gas emissions. The governments that control these SOEs are also signatories to the Paris Agreement on climate change. State ownership provides these governments with a major direct point of control over the climate and energy outcomes of these companies, both in terms of reducing emissions and directing future investment into low-carbon technologies and infrastructure. Improving the measurement of SOEs’ contribution to both national and global-level emissions provides important information to help understand to what extent SOEs should be targeted and to design strategies to maximize their potential role in the broader energy transition. This report provides an accounting of direct emissions associated with SOEs globally. It is challenging to comprehensively identify every SOE, as the total is estimated at well over 100,000. In addition, most identified SOEs do not disclose their emissions nor are estimates of these emissions available in the public domain. Despite these limitations, data compiled for this report covering almost 300 major SOEs suggest that SOEs globally are responsible for at least 7.49 gigatons of carbon dioxide equivalent (GtCO2e) annually in direct (Scope 1) emissions. While the true scale of SOE-related emissions is likely to be substantially higher, particularly when accounting for national oil companies and iron and steel manufacturers that do not currently report their emissions, this figure is over 1 GtCO2e greater than various previous estimates, and larger than the total annual emissions of any country except China.
- Topic:
- Climate Change, Energy Policy, Environment, and Green Technology
- Political Geography:
- China, Asia, and Global Focus
5. Roadmap to Zero-Carbon Electrification of Africa by 2050: The Green Energy Transition and the Role of the Natural Resource Sector (Minerals, Fossil Fuels, and Land)
- Author:
- Jeffrey D. Sachs, Perrine Toledano, and Martin Dietrich Brauch
- Publication Date:
- 01-2022
- Content Type:
- Special Report
- Institution:
- Columbia Center on Sustainable Investment
- Abstract:
- All Africans—whether living in urban or rural areas—need access to affordable, clean, efficient, reliable, climate- proof, and renewable energy for both residential and productive uses to achieve sustainable development objectives. This report sets out a comprehensive and actionable roadmap for Africa’s zero-carbon energy transformation by 2050, with most advances achieved by 2030. Natural resource management in minerals, fossil fuels, and land sits at the core of the strategy. The world is moving to decarbonization by 2050. This is the dominant geopolitical message of 2021, appearing, for example, in U.S. President Joe Biden’s online summit with world leaders in April 2021 and in the new IEA Report on Net Zero by 2050: A Roadmap for the Global Energy Sector. Africa will be part of this global trend. Prospective oil and gas projects in Africa will no longer be pursued as overseas markets and financing will shrink. At the same time, Africa’s vast renewable energy potential, in the solar and hydropower sectors especially, will engage increasingly bankable and highly attractive investments. In net terms, Africa has a huge amount to gain from a decisive build-up of renewable energy and the capacity to produce the minerals, hardware, and software of the new zero-carbon energy economy. Starting from a simple and transparent model of the annual investment volumes needed to provide continent-wide access to electricity based on renewable sources (Section 2), the report addresses various imperatives and challenges regarding Africa’s energy planning (Section 3) and financing (Section 4) and outlines recommendations for immediate implementation of the strategy from 2022 (Section 5).
- Topic:
- Climate Change, Development, Energy Policy, Environment, Sustainable Development Goals, Sustainability, Decarbonization, and Energy Crisis
- Political Geography:
- Africa
6. New Producer Contract Terms and Uncertainty: Lessons From the Recent Past
- Author:
- Patrick Heller, Perrine Toledano, Tehtena Mebratu-Tsegaye, and David Mihalyi
- Publication Date:
- 03-2022
- Content Type:
- Special Report
- Institution:
- Columbia Center on Sustainable Investment
- Abstract:
- The petroleum industry is volatile, and governments in “new producer” countries have operated at a significant information disadvantage when negotiating with international oil companies. This challenge is growing today; new producer countries face intensifying questions around whether to offer fiscal incentives to maintain investment in the face of 1) the pandemic-induced volatility in oil prices and 2) long-term questions about the future of the industry in the face of the climate crisis and the global energy transition. This confluence of short-term and long-term uncertainty is prompting a reexamination of the narrative that once took hold in many new producer countries. The traditional story was one of linear progression from being non-producers to small levels of production to ultimately having oil and gas become a major economic contributor over the long term. This notion of progression was associated with a commonly held theory: After a country’s first major discovery, the geological risk that wells will be dry was expected to decrease. Countries could therefore shift from a position of having to grant tax breaks (and other concessions) to international investors, to taking a tougher stance in laws and negotiations for new projects going forward. In this paper we examine whether this theory has been borne out in practice and make recommendations to support new producers in their navigation of the uncertainty associated with the energy transition. Among the eight “new producer” countries, for which we analyzed a total of 26 contracts signed before and 25 contracts signed after discovery events (all occurring between 2001 and 2014), the evidence is mixed. Only three of the eight countries in our sample—Ghana, Mozambique and Uganda—demonstrated a clear pattern in the direction of more stringent terms in post-discovery contracts. They featured definitive steps to increase some of the obligations of contractors to the state, and no significant terms that became less stringent. Five out of eight countries did not meaningfully alter their approach to gain greater concessions from their company partners.
- Topic:
- Energy Policy, Oil, Governance, Gas, and Private Sector
- Political Geography:
- Uganda, Africa, Mozambique, and Ghana
7. U.S. Strategy: Rebalancing Global Energy between Europe, Russia, and Asia and U.S. Security Policy in the Middle East and the Gulf
- Author:
- Anthony H. Cordesman
- Publication Date:
- 05-2022
- Content Type:
- Special Report
- Institution:
- Center for Strategic and International Studies
- Abstract:
- The war in Ukraine has already shown how dangerous it is for the U.S. to assume that it can rebalance its forces to one region and count on a lasting peace or detente in others. It now is all too clear that U.S. strategy must continue to focus on Europe as well as China. What is less clear is the extent to which the Ukraine War is an equal warning that the U.S. must have a truly global strategy – and one that continues to focus on other critical regions like the Middle East. The sudden escalation of the Ukraine crisis into a major regional conflict and the need for political and diplomatic support in the UN as well as for sanctions are warnings that much of the U.S. success in deterrence and defense lies in creating long-term global diplomatic and political support as well as true and lasting strategic partnerships.
- Topic:
- Security, Energy Policy, International Trade and Finance, Hegemony, and Strategic Interests
- Political Geography:
- Russia, Europe, Middle East, Asia, North America, and United States of America
8. Making Energy Resilient: State Strategies, Progress, and Opportunities
- Author:
- Morgan Higman
- Publication Date:
- 05-2022
- Content Type:
- Special Report
- Institution:
- Center for Strategic and International Studies
- Abstract:
- Amidst energy transitions and the rising impacts of climate change, resilience is a growing part of state energy strategies. But there is relatively little consolidated information describing what states are doing to build adaptive capacities in the power sector. This report fills this gap. It examines how resilience is addressed in planning and policy resources from a selection of representative states. These resources describe anticipated hazards and vulnerabilities, use-cases for emerging clean energy technologies, and broader efforts to create new resilience institutions and authorities. Though resilience garners considerable policy attention, most state initiatives are not guided by well-defined performance goals or measures or a plan that provides an overarching vision for grid resilience. This paper highlights challenges in these areas and describes new, innovative, and replicable approaches to promote more complete and robust resilience strategies.
- Topic:
- Climate Change, Energy Policy, Governance, Renewable Energy, Resilience, and Strategic Interests
- Political Geography:
- Global Focus
9. Reducing Methane Emissions from Global Gas
- Author:
- Ben Cahill
- Publication Date:
- 05-2022
- Content Type:
- Special Report
- Institution:
- Center for Strategic and International Studies
- Abstract:
- Cutting methane emissions from oil and gas will help slow the pace of global warming, and methane is firmly on the international climate agenda. But how will progress on methane rules and regulations spread beyond Europe and North America, especially to regions where state utilities and national oil companies (NOCs) play a prominent role? And how can global gas trade—especially the liquefied natural gas (LNG) sector—evolve in ways that lower methane emissions? This report outlines recent global, national, and sub-national efforts to curtail methane emissions from oil and gas. It analyzes how demand for cleaner, or “differentiated,” gas might develop, delving into the drivers for buyers and others in the gas ecosystem. It concludes with policy recommendations and suggested engagement strategies with global gas players.
- Topic:
- Climate Change, Energy Policy, Environment, and Gas
- Political Geography:
- Global Focus
10. Decarbonizing Aluminum: Rolling Out a More Sustainable Sector
- Author:
- William Alan Reinsch and Emily Benson
- Publication Date:
- 02-2022
- Content Type:
- Special Report
- Institution:
- Center for Strategic and International Studies
- Abstract:
- As the effects of climate change intensify, countries and industries alike are seeking new ways to decarbonize to meet emissions targets, avoid carbon border tariffs, and reduce energy costs. Today, energy use in industry is the number one contributor to global greenhouse gas (GHG) emissions. Therefore, decarbonization of heavy industry would have a direct and immediate impact on reducing GHG emissions and slowing climate change. Aluminum is the second most used metal in the world. Its applications are numerous and fundamental, from electrical transmission to defense and construction. Aluminum is also a key input in other goods that help reduce emissions, such as electric vehicles and energy-efficient buildings, meaning that decarbonizing aluminum can help industries that are playing a critical role in global climate efforts. This paper evaluates global progress on sectoral emissions reductions and assesses policies governments can pursue to accelerate decarbonization of the aluminum sector. The aluminum industry consists of three component segments: upstream aluminum, downstream aluminum, and recycled aluminum. The upstream aluminum sector is responsible for the sourcing of raw material components from mined bauxite that is then refined into alumina and smelted into aluminum. Aluminum production is usually accomplished in two phases. In the first stage, bauxite ore is refined to obtain aluminum oxide through the Bayer process. The Hall-Heroult process of smelting the aluminum oxide to release pure aluminum comprises the second stage. Upstream production of aluminum involves the mining of bauxite and refining it into alumina. The downstream segment refers to the production of semi-fabricated aluminum products and their use in a wide range of sectors, from manufacturing and automobiles to construction and consumer products. Aluminum not only offers durability, but also is lightweight and infinitely recyclable, meaning it has clear environmental benefits compared to other similar inputs, such as steel or plastic. While aluminum does offer some environmental benefits, producing it is carbon intensive. Aluminum production processes have changed very little since the 1800s, and many countries continue to rely on coal to produce the electricity required for aluminum production. Globally, the aluminum sector contributes roughly 2 percent of GHG emissions—equivalent to about 1.1 billion tons of carbon dioxide (CO2). Yet demand for aluminum is expected to increase by 50 to 80 percent by 2050. In 2019, the aluminum industry consumed 6 percent of all global coal-fired electricity, exceeding the total amount of coal-fired electricity generated in Europe. That same year, coal-fired electricity used in aluminum electrolysis produced 636 million tons of C02 emissions, or 58 percent of the sector’s carbon footprint. On average, 72 percent of GHG emissions from primary production of aluminum are from electricity, meaning greater use of renewable energy in aluminum production could significantly decrease the sector’s carbon output. According to the Intergovernmental Panel on Climate Change (IPCC), global CO2 emissions need to decrease by 45 percent by 2030 in order to keep global warming below the 1.5 degree threshold. By accelerating the deployment of renewables and designing policies that encourage and support the decarbonization of heavy industry, the private and public sectors can play key roles in helping to reduce carbon emissions, while also continuing to grow the global economy.
- Topic:
- Climate Change, Energy Policy, Renewable Energy, and Carbon Emissions
- Political Geography:
- Global Focus