Linked from

The 43 pages that link to Energy transition, each with the reason it gives.

• Climate change mitigationRelated: Replacing fossil fuels cuts emissions from electricity, heating, and transport.

• Energy securityRelated: Changing technologies and supply chains create new security risks as well as opportunities.

• Fossil fuelRelated: Reducing reliance on fossil fuels is a central aim of current energy transitions.

• Natural gasRelated: Gas has served both as a replacement for higher-emitting fuels and as a contested bridge toward lower-carbon systems.

• Saudi AramcoRelated: It challenges Aramco’s long-term business model while creating pressure to adapt its investments.

• Carbon intensityRelated: Replacing high-intensity energy sources can lower emissions per unit of energy.

• Just transitionNarrower topic: Just transition focuses fairness questions within the wider move to cleaner energy systems.

• Electrical gridRelated: Decarbonization requires grids to connect new generation and manage more variable supply.

• PetroleumCompared with: Energy transitions offer alternatives to systems built around petroleum fuels.

• Port of RotterdamRelated: The port’s energy industries face pressure to adapt infrastructure and cargo flows.

• Energy densityNarrower topic: Energy density influences which low-carbon technologies can replace fuels in transport and other constrained uses.

• Energy povertyRelated: The transition raises questions about who bears costs and gains access to new services.

• Oil priceRelated: Price volatility affects the incentives to conserve oil and invest in alternatives.

• Oil refineryRelated: Changing fuel demand and climate policy affect refinery investment, utilization, and future roles.

• Climate policyRelated: Energy rules and investments shape a major share of emissions.

• Crude oilRelated: Reducing reliance on crude-oil products is one part of decarbonizing energy use.

• Public utilityRelated: Electric utilities are central to integrating renewable generation and electrifying other sectors.

• Electricity generationRelated: Changing generation technologies is central to reducing emissions and reshaping energy supply.

• Rural electrificationNarrower topic: Rural systems can expand access while shaping whether new demand is met with low-carbon power.

• ShanxiRelated: Shanxi faces the challenge of reducing emissions while relying on coal for jobs and revenue.

• Solar energyNarrower topic: Expanding solar power is one major pathway in this wider change.

• Green River FormationNarrower topic: The formation’s undeveloped fuel potential sits within decisions about long-term fossil-fuel dependence.

• North Sea oilRelated: Declining fields and climate policy raise questions about North Sea production’s future.

• Petroleum industryNarrower topic: The industry's long-term prospects depend on how quickly energy systems move beyond petroleum.

• Stranded assetRelated: The transition can change demand and policy assumptions underlying long-lived energy assets.

• Energy return on investmentRelated: EROI helps assess the energy available to build and operate a replacement energy system.

• ExxonMobilNarrower topic: ExxonMobil’s long-term investments and business strategy are shaped by this system-wide shift.

• Energy justiceNarrower topic: The fairness of decarbonization depends on how its costs, jobs, and benefits are allocated.

• Shale gasNarrower topic: Shale gas has served both as a substitute for coal and as a continuing fossil fuel.

• Chevron CorporationRelated: It pressures Chevron to adapt its portfolio while continuing to supply energy.

• TotalEnergiesRelated: TotalEnergies' investment choices illustrate the tensions and trade-offs of this shift.

• ConocoPhillipsRelated: The company’s long-lived oil and gas investments face changing policy, technology, and demand.

• Mukesh AmbaniNarrower topic: Reliance must navigate this shift while remaining a major oil and petrochemicals business.

• 21st centuryRelated: Its speed will shape emissions, energy security, and economic change throughout the remaining decades.

• Bertrand PiccardRelated: Piccard’s advocacy connects efficient technology with changes in energy production and use.

• GlencoreRelated: Glencore faces strategic pressure as demand for coal changes while metals demand grows.

• Green conservatismRelated: Its speed and costs raise tensions among climate protection, energy security, and continuity.

• MicrogenerationRelated: Widespread microgeneration can contribute to this broader structural change.

• Energy developmentRelated: Development determines the pace and shape of changes in the energy mix.

• History of energyRelated: Tracks how societies move between energy systems, such as wood, coal, oil, and electricity.

• History of the petroleum industryCompared with: The petroleum industry now faces pressure from efforts to reduce fossil-fuel dependence.

• Sustainable energyNarrower topic: Sustainable energy depends on changing whole systems, not only individual technologies.

• ZaozhuangRelated: The city’s mining legacy makes industrial transition a major local challenge.