Close Menu
  • Featured
    • News
    • Consumption
    • Environment
    • Industry
    • Opinion
    • Policy
    • Production
    • Storage
    • Transmission
  • About Us
  • Advertise
  • Contact Us

Subscribe to Our Newsletter

News, investigations, and analysis — our top stories every morning to start your day right.

Trending
Illustration of a hydrogen-powered airship designed for advanced surveillance and military applications.
“12 Hours Airborne Using Hydrogen Power”: Finnish Kelluu Airship Reduces Surveillance Emissions by 99.5% While Participating in NATO Exercise
Illustration of the ITER project's central solenoid, a magnet powerful enough to levitate an aircraft carrier, highlighting international collaboration in nuclear fusion.
“Can Levitate Aircraft Carrier”: ITER Project Completes Final Central Solenoid Component for 150 Million Degree Fusion Reactor
Illustration of the USS Gerald R. Ford, the world's largest and most advanced aircraft carrier.
“$13.3 Billion Most Expensive Warship”: USS Gerald R. Ford Features Electromagnetic Launch System Increasing Aircraft Sortie Rates to 160 Daily
Facebook X (Twitter) LinkedIn YouTube TikTok
Energy Reporters
Facebook X (Twitter) RSS
Subscribe
  • Featured
  • News
    Illustration of a hydrogen-powered airship designed for advanced surveillance and military applications.

    “12 Hours Airborne Using Hydrogen Power”: Finnish Kelluu Airship Reduces Surveillance Emissions by 99.5% While Participating in NATO Exercise

    09/13/2025
    Illustration of the USS Gerald R. Ford, the world's largest and most advanced aircraft carrier.

    “$13.3 Billion Most Expensive Warship”: USS Gerald R. Ford Features Electromagnetic Launch System Increasing Aircraft Sortie Rates to 160 Daily

    09/13/2025
    Illustration of an orbital aircraft carrier developed by the U.S. Space Force and Gravitics for satellite deployment.

    “$60 Million Orbital Platform”: US Space Force and Gravitics Develop Aircraft Carrier That Launches Satellites Directly From Earth’s Orbit

    09/12/2025
    Illustration of the AIRCAT Bengal MC, an advanced autonomous naval vessel developed by Eureka Naval Craft and Greenroom Robotics.

    “44 Tons at 50 Knots Speed”: Autonomous AIRCAT Bengal MC Warship Launches Tomahawk Missiles Without Human Crew Aboard

    09/12/2025
    Illustration of the CFR-1000 fast neutron nuclear reactor unveiled by China.

    “1.2 Gigawatts Powers One Million Homes”: China Unveils CFR-1000 Fast Neutron Reactor Using Liquid Sodium Coolant Technology

    09/12/2025
  • Use
    Illustration of the contrasting lifespans of gas and electric vehicles in the evolving automotive industry, generated by artificial intelligence.

    “These Numbers Will Shock Every Driver”: Landmark Study Reveals Gas Cars Last 12 Years While Electric Vehicles Average Just 3, Sending Shockwaves Through the Industryers”: Disturbing Study Reveals Gas Cars Last 12 Years, Electric Only 3

    07/12/2025

    Trump’s Energy Policy: A Complicated Road Ahead

    12/24/2024

    World’s First Grid-Scale Nuclear Fusion Plant to Be Built in Virginia

    12/23/2024

    How West Africa can expand power supply and meet climate goals

    06/15/2020

    Saudi Aramco shares tumble amid price war 

    03/10/2020
  • Climate
    Illustration of Japan Engine Corporation's commercial ammonia-powered ship engine revolutionizing maritime transport.

    “First Commercial Ammonia Engine”: Japan Engine Corporation Launches Revolutionary Ship Motor Reducing Greenhouse Gas Emissions by 90 Percent

    09/13/2025
    Illustration of a bioluminescent phytoplankton bloom off the southern coast of Australia, captured by NASA satellites.

    “Turquoise Glow Visible From Space”: NASA Satellites Capture Massive Bioluminescent Phytoplankton Bloom Off Australia’s Southern Coast

    09/12/2025
    Illustration of the Early Universe's Weak Magnetic Fields.

    “Weak as Human Brain Activity”: Scientists Discover Early Universe Magnetic Fields Were 0.02 Nanogauss Using 250,000 Computer Simulations

    09/11/2025
    Illustration of transforming nuclear waste into tritium for fusion reactors.

    “$33 Million Per Kilogram”: Los Alamos Scientist Proposes Converting Nuclear Waste Into Fusion Reactor Fuel Using Particle Accelerators

    09/11/2025
    Illustration of orcas interacting with sailboats off the Spanish coast.

    “We Were Truly Terrified”: Spanish Orcas Tear Rudders From Multiple Sailboats in Coordinated 23-Foot Attacks

    09/10/2025
  • Industry
    Illustration of the ITER project's central solenoid, a magnet powerful enough to levitate an aircraft carrier, highlighting international collaboration in nuclear fusion.

    “Can Levitate Aircraft Carrier”: ITER Project Completes Final Central Solenoid Component for 150 Million Degree Fusion Reactor

    09/13/2025
    Illustration of geologists discovering a massive iron ore deposit in Western Australia's Pilbara region.

    “$6 Trillion Iron Ore Deposit”: Western Australia Geologists Discover World’s Largest Iron Reserve With 60% Concentration in Pilbara

    09/12/2025
    Illustration of the AIRCAT Bengal MC, a 44-ton AI-driven warship revolutionizing naval warfare with speed and autonomy.

    “44 Tons at 57 Miles Per Hour”: US Unveils First Autonomous Warship Carrying Tomahawk Missiles Without Any Crew

    09/11/2025
    Illustration of the ZTZ-201 tank, China's next-generation military vehicle designed for modern warfare.

    “1,500 Horsepower Silent Mode”: China’s ZTZ-201 Tank Moves Undetected Using Hybrid Electric Engine Technology

    09/11/2025
    Illustration of Volvo's pioneering stop/start engine feature in heavy-duty trucks enhancing fuel efficiency and reducing emissions.

    “Our Engineers Have Done It Again”: Volvo Trucks Introduces World’s First Heavy Duty Stop Start Engine Technology Reducing Fuel Consumption

    09/09/2025
  • Opinion

    Pulling back the curtain on Turkey’s natural gas strategy

    09/01/2020

    How West Africa can expand power supply and meet climate goals

    06/15/2020

    Review: Oil and the Great Powers: Britain and Germany, 1914 to 1945

    06/09/2020

    Eastern Mediterranean gas: testing the field

    05/27/2020

    Energy geopolitics will hinge on the nationalism-globalism swinging door

    05/05/2020
  • Policy
    Illustration of Russia's phantom fleet delivering energy resources to China amidst Western sanctions.

    “70% of Oil Exports Go Through Ghost Ships”: Russia’s Phantom Fleet Delivers Sanctioned Arctic LNG to China

    09/11/2025
    Illustration of strategic discussions on military presence and climate change impact in the Arctic region.

    “No Desire To Over Militarize Arctic”: US Navy Admiral Warns Russia Controls Vast GDP While Climate Change Opens New Shipping Routes Worth Trillions

    09/07/2025
    Illustration of the global clean energy race between the United States and China.

    U.S. Cuts Renewable Energy Subsidies As China Installs Three Times More Wind Turbines While American Climate-Tech Companies Flee Overseas For Government Support

    09/05/2025
    Illustration of the Pentagon's pivotal role in driving the U.S. clean energy innovation.

    Pentagon Admits “Fuel was our biggest weakness” as Military’s Security Push Accidentally Ignites U.S. Clean Tech Revolution

    08/15/2025
    Illustration of the European Union's strategy to eliminate reliance on Russian natural gas by 2027.

    “Cutting the Kremlin Cord”: EU Pushes to Ditch Russian Gas, Oil, and Uranium Completely by 2027

    08/13/2025
  • Output
    Illustration of a floating platform harnessing wind power to produce clean hydrogen fuel, generated by artificial intelligence.

    “This Platform Makes Fuel From Sea and Wind”: Germany’s H2Mare Breakthrough Turns Ocean Water Into Hydrogen, Diesel, and Methanol

    07/20/2025
    Illustration of China producing its first barrel of natural uranium from the 'National No 1 Uranium' project in Inner Mongolia, generated by artificial intelligence.

    “Unleashing a Uranium Giant”: China Triumphantly Extracts First 55-Gallon Barrel from This Massive Natural Uranium Project, Sparking Global Ripples

    07/15/2025
    Illustration of the world’s first integrated hydrogen production simulator within a Small Modular Reactor control room, generated by artificial intelligence.

    “The Future Is Here, and It’s Terrifying”: World’s First Hydrogen-Generating Nuclear Reactor Launches in the US, Sparking Global Energy Revolution

    07/09/2025

    Billionaire Backlash Grows Against Trump’s Aggressive Tariff Plans

    05/10/2025

    McDonald’s Sees Worst Sales Since 2020 Amid Uncertainty

    05/01/2025
  • Storage
    Illustration of a rechargeable battery utilizing depleted uranium as a potential energy storage solution.

    “Nuclear Waste Powers Batteries Now”: Japan Transforms 17,637 Tons of Depleted Uranium Into Rechargeable Energy Storage That Works

    09/01/2025
    Illustration of Tesla and China's collaboration on the world's largest energy storage project.

    “Desperate Gamble Sparks Chaos”: New $557M Deal Sets Stage for US-China Energy Battle

    08/27/2025
    Illustration of Tesla and China's collaboration on the world's largest energy storage project.

    Tesla and China Seal $557 Million Energy Deal as World’s Largest Clean Power Project Sparks Fierce Debate Over Global Control

    08/19/2025
    Illustration of a rechargeable battery utilizing depleted uranium for innovative energy storage solutions.

    “It Glows Too Bright”: Japan Unveils First Nuclear Waste Battery as Scientists Warn of Enormous Power and Terrifying Global Risk

    08/18/2025
    Illustration of a groundbreaking state-of-charge estimation method for electric vehicle batteries.

    “EVs Now Conquer 500 Miles in a Flash” : China’s Latest Breakthrough Promises Revolutionary Range and Lifespan Enhancements for Electric Vehicles

    08/11/2025
  • Grid
    Illustration of the groundbreaking advancements in fiber optic technology enhancing global data transmission.

    “0.091 Decibels Per Kilometer”: Scientists Create Hollow Core Fiber That Transmits Light 45% Better Than Current Cables

    09/11/2025
    Illustration of the strategic gas pipeline connecting Russia and China.

    “Putin Offers China Cheap Gas Deal”: Russia Builds New Pipeline With Market Based Pricing That Could Crash Global Energy Markets While Challenging US Dominance In Asia

    09/08/2025
    Illustration of engineers at the University of Pennsylvania demonstrating quantum data transmission over traditional fiber-optic cables.

    “Penn Transmits Quantum Data on Regular Internet”: Silicon Q-Chip Sends Entangled Particles Through Fiber-Optic Cables While Maintaining 97% Accuracy

    09/03/2025
    Illustration of satellites in geostationary orbit collecting solar energy to transmit to Earth.

    “Officials Call Plan Unrealistic”: Europe Claims 80% Renewable Goal From Space Solar Panels By 2050 As Critics Warn Of Economic And Security Risks

    08/30/2025
    Illustration of a satellite orbiting Mars.

    “Experts Fear Alien Spies”: This Discovery Raises Concerns Over Leaked Signals and Global Security Risks

    08/29/2025
Energy Reporters

Review: Oil and the Great Powers: Britain and Germany, 1914 to 1945

Rosemary PotterRosemary Potter06/09/20200
Share Twitter Facebook LinkedIn Telegram WhatsApp Email Copy Link
Follow Us
Google News
LEAD Technologies Inc. V1.01
Share
Twitter Facebook LinkedIn WhatsApp Email Copy Link

For the past two hundred years, fossil fuel resources have bestowed global power. Britain became the first global hegemon in the nineteenth century, thanks to its first-mover advantage in industrialization and its peerless navy, both of which harnessed high-quality coal, of which Britain the world’s largest supply. The United States similarly leveraged its own prodigious oil resources in the twentieth century into dollar primacy, industrial strength, and military power, and then embraced global hegemony. Sandwiched between these epochs, Britain and Germany fought two world wars for global hegemony but neither side had enough oil resources to win.

This is the subject of Anand Toprani’s excellent new history, Oil and the Great Powers: Britain and Germany, 1914 to 1945 (Oxford University Press, 2019), winner of the 2020 Richard W. Leopold Prize from the Organization of American Historians, which is awarded every two years. The book narrates the two-and-a-half decade attempts by both powers to be independent in oil, which ultimately depended on acquiring access to new foreign sources.

Toprani, an Associate Professor of Strategy and Policy at the US Naval War College in Rhode Island, argues that the powers erred by seeking independence in oil in the first place. They might have attained energy security, however, if they had chosen to be oil interdependent. “Opting for energy security as part of a strategy of interdependence could have provided Britain and Germany with ample supplies of energy and perhaps guaranteed their economic prosperity, but only at the cost of their political freedom. This was unacceptable to elites in either country” (17-8).

Geography and the pivotal year of 1935

Indebted to the Americans and forced to pay for much of its oil in dollars, Britain started the interwar era in a precarious position. Its large bet on the Middle East, primarily in Iran and Iraq, was not unwarranted: prodigious supplies came online from both countries. Yet Britain could not count on Middle East supplies to Europe in wartime given both the shortage of tankers and long journey required. Resource nationalism, meanwhile, imperiled its most readily available, non-U.S. source of oil in the Western Hemisphere: Mexico.

The story’s definitive turning point—and one I didn’t see it coming—came in 1935, when Germany abrogated the Versailles Treaty and British-Italian relations fractured after the latter invaded Abyssinia. “Germany and Italy, although inferior to Britain at sea, could sever access to the Middle East through the Mediterranean—through which 34 percent of Britain’s oil imports traveled in 1934—and possibly even invade the region” (97). Britain’s lines of communication to the Middle East were now threatened. It did not have enough tankers to avoid the Suez Canal and bring the oil around Africa. “Britain’s failure had less to do with geology than geography,” writes Toprani, because the British “based their oil strategy on the premise that there would not be any threat to their supply lines” (119).

“Seldom,” Toprani goes on, “has a strategy promised so much yet yielded so little as Britain’s efforts in the Middle East following World War I” (129). Britain suffered a further blow in 1938, when Mexico nationalized its oil industry, where British firms were dominant (108-113). Thus, on the eve of war in 1939, Britain found itself in a similar position as in 1914: largely dependent on the United States for oil supplies.

Germany’s search for self-sufficiency

The story of Germany is thrilling since the stakes and gambles on oil were so dramatic. Without a dominant navy and already a continental power, Germany looked to new imports from nearby countries – Romania in 1938 and the Soviet Union in 1939 – and to grow its synthetic fuel industry, to increase supplies and address foreign currency balances (177).

Germany’s attempts to thread a tight needle on oil foundered on two mistakes. The first was Hitler’s impatience. With Italy’s resurgence and the victory of fascist forces in Spain, the German leader saw the geopolitical chessboard titling in his favor and pushed his plans of conquest earlier than Germany was logistically ready, at least in oil. Germany’s second mistake was not planning for how to supply Europe after it conquered it (199). Nevertheless, partly through luck but also through adaptation, Germany managed to supply its armed forces ably until the spring of 1941.

By the summer of 1941, however, the situation was dire. It had established Continental Oil in March 1941 to try to free Germany from the control of the Anglo-American companies in Romania, but this half-measure, along with increased investments in synthetic fields, would not be enough. Hitler thus invaded the Soviet Union with Operation Barbarossa, something he had begun planning in July 1940. After securing the oil fields in Baku, Germany’s strategy was to move into the Mediterranean and Middle East, severing Allied access to Soviet and Middle East oil and opening it up for the Germans (231-37). The operation’s failure, of course, changed the war and dashed Germany’s search for self-sufficiency in oil.

Energy transitions and world power

Britain’s quest for oil independence is somewhat forgivable, given its past independence in coal and the growth of the oil markets in the 1920s and 1930s. Germany, on the other hand, started from behind and tried to catch up by developing its synthetic fuel industry and cultivating new land-based sources linked by rail and barge, namely Romania and the Soviet Union. For both powers, however, the reality of logistics, planning, prices in currencies they didn’t control, sources located in lands across oceans, and geopolitics made oil independence a pipe dream.

Control over energy resources shapes geopolitics today. All powers still depend on oil for the military transportation sector, but the energy transition demands cleaner fuels, and some fear that China’s dominance over the minerals required to construct renewable energy technologies, batteries most notably, could be a future flashpoint. Oil and the Great Powers reminds us both that transitions in energy sources change geopolitics and that these shifts take decades to occur. There are no quick solutions, and energy independence remains as elusive today as it did for Britain and Germany. Interdependence remains the only path towards energy security.

This article is an abridged version of a review that was originally published by the Journal of Energy History/Revue d’Histoire de l’Energie, an online academic journal.

Photo: Allied bombers attack an oil refinery in Romania during World War II; credit: Wikimedia Commons.

Did you like it? 4.6/5 (28)

Subscribe to Our Newsletter

News, investigations, and analysis — our top stories every morning to start your day right.

Britain Germany oil security World War II
Follow on Google News Follow on X (Twitter)
Share. Facebook Twitter LinkedIn Telegram WhatsApp Email Copy Link
Previous ArticleEastern Mediterranean gas: testing the field
Next Article How West Africa can expand power supply and meet climate goals
Rosemary Potter
  • X (Twitter)

Rosemary Potter is a Berlin-based journalist for Energy Reporters, covering European energy markets, cross-border policy, industry innovation, and the challenges of energy transition. With journalism training in the U.S., she combines investigative depth with a continental outlook. Her reporting amplifies the perspectives shaping Europe’s energy future across sectors, borders, and technologies. Contact: [email protected]

Keep Reading
Illustration of a colossal undersea cable connecting the UK and Germany beneath the North Sea.

“They’re Wiring Europe Together Under the Sea”: UK-Germany Power Cable Sparks Energy Revolution as NeuConnect Promises Green Electricity and 13 Million Tons Fewer Emissions

Illustration of the Wendelstein 7-X stellarator achieving a record-breaking plasma duration.

Scientists Celebrate “This Record Changes Fusion” As Germany’s Stellarator Smashes Plasma Duration Milestone

Illustration of Humify's hydrothermal humification process transforming organic waste into superhumus.

Germany’s “Pressure-Cooking” Waste Sparks Outrage as 55 Tons of CO2 Per Acre Are Trapped in Controversial Environmental Experiment

Add A Comment
Leave A Reply Cancel Reply

Subscribe to Our Newsletter

News, investigations, and analysis — our top stories every morning to start your day right.

Trending
Illustration of a hydrogen-powered airship designed for advanced surveillance and military applications.
“12 Hours Airborne Using Hydrogen Power”: Finnish Kelluu Airship Reduces Surveillance Emissions by 99.5% While Participating in NATO Exercise
Illustration of the ITER project's central solenoid, a magnet powerful enough to levitate an aircraft carrier, highlighting international collaboration in nuclear fusion.
“Can Levitate Aircraft Carrier”: ITER Project Completes Final Central Solenoid Component for 150 Million Degree Fusion Reactor
Illustration of the USS Gerald R. Ford, the world's largest and most advanced aircraft carrier.
“$13.3 Billion Most Expensive Warship”: USS Gerald R. Ford Features Electromagnetic Launch System Increasing Aircraft Sortie Rates to 160 Daily
News by category
  • Featured
  • News
  • Use
  • Climate
  • Industry
  • Opinion
  • Policy
  • Output
  • Storage
  • Grid
Information
  • About Us
  • Advertise
  • Meet the Team
  • Contact Us
  • Legal Notice
  • Privacy Policy

Subscribe to Our Newsletter

News, investigations, and analysis — our top stories every morning to start your day right.

Facebook X (Twitter) RSS
© Energy-Reporters.com. All rights reserved.

Type above and press Enter to search. Press Esc to cancel.