Rajan Wilcox
Fossil fuels are a leading source of air and water pollution, with the economic cost of air pollution in sectors regulated under the Clean Air Act estimated at $9 trillion between 1970 and 2000. The production and transport of fossil fuels result in routine pollution and occasional catastrophic accidents. The cost of fossil fuels is not limited to their financial price but also includes environmental and social costs. The social cost of carbon is implicit and challenging to convert into monetary terms, but millions of people die from air pollution caused by fossil fuels alone. The transition to cleaner vehicles that produce no tailpipe emissions is underway, but the transition away from petroleum needs to be accelerated to reduce emissions. Synthetic fuels, for example, can replace many currently used fuels without vehicle modifications, but their production is still in its infancy and has high electricity requirements, resulting in a high cost.
| Characteristics | Values |
|---|---|
| Fossil fuel expenditure in the US | $700 billion to $1 trillion per year |
| Fossil fuel subsidies | $1 trillion to $7 trillion per year |
| Fossil fuel expenditure impact on US states | Greater impact on states with greater reliance on fossil fuels |
| Fossil fuel expenditure reduction strategy | Invest in clean energy |
| Fossil fuel environmental impact | Air and water pollution, global warming, climate change, road accidents, congestion |
| Fossil fuel economic impact | $9 trillion between 1970 and 2000 due to air pollution |
| Fossil fuel health impact | Illness, early mortality, health care costs, lost productivity |
| Fossil fuel energy sources | Coal, oil, natural gas |
| Fossil fuel alternatives | Electricity, hydrogen, methane, liquid biofuels, synthetic fuels |
| Fossil fuel alternative impact | Slow decarbonisation, costly, technical and implementation challenges |
| Fossil fuel phase-out strategy | Fast and fair phase-out, transition to cleaner vehicles, planning for communities dependent on oil |
| Fossil fuel tax breaks | Intangible drilling costs, percentage depletion |
| Fossil fuel government funding | Research and development, carbon capture and storage, loans for advanced fossil fuel projects |
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What You'll Learn
The cost of transitioning to cleaner energy
The transition to cleaner energy sources is an essential step towards mitigating the worst effects of climate change and ensuring a more sustainable future. While the cost of this transition has been a significant point of discussion, recent analyses suggest that it may be lower than previously estimated, considering the decrease in fossil fuel spending.
The clean energy transition involves shifting from fossil fuels, which release greenhouse gases, to sources that produce little to no emissions, such as wind and solar power. This transition is already underway, with the deployment of electric vehicles and heat pumps becoming more mainstream. Additionally, countries are investing in grid upgrades to facilitate the integration of cleaner energy sources. For example, the Great Grid Upgrade in the UK and the Upstate Upgrade in the US aim to build a smarter and cleaner energy grid.
However, the transition to cleaner energy sources comes with challenges and costs. McKinsey & Company estimated that spending on energy and land-use systems for the net-zero transition could cost an average of $9.2 trillion per year between 2021 and 2050. This estimate, however, has been criticised for not considering the financial benefits of limiting climate change impacts and for making unfair comparisons between different economic scenarios. RMI, a clean energy research and advocacy group, provided a counterargument, suggesting that the global capital spending on energy supply is projected to be around $2.5 trillion in 2030, an increase from $2.2 trillion in 2023. They emphasise that the transition costs will be offset by the reduction in fossil fuel spending.
The costs of the energy transition vary across countries, with developing economies facing higher relative costs. According to UNCTAD, the energy transition for 48 developing economies is projected to cost about $5.8 trillion annually from 2023 to 2030, amounting to 19% of their GDP. Among these countries, small island developing states (SIDS) face the highest per-person annual cost, while least developed countries (LDCs) bear the heaviest burden relative to their GDP.
While the transition to cleaner energy entails significant costs, it is important to recognise that the benefits of reducing greenhouse gas emissions and mitigating climate change impacts can also bring substantial financial gains. As the world navigates the energy transition, ensuring fairness and inclusivity in the process is crucial, so that vulnerable communities are not disproportionately affected by the costs.
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The cost of continuing to use fossil fuels
Fossil fuels are a leading source of air and water pollution, with nearly one-third of people in the US exposed to unhealthy levels of air pollution. The economic cost of air pollution in sectors regulated under the Clean Air Act has been estimated at $9 trillion between 1970 and 2000, with costs resulting from pollution-induced early mortality, illness, healthcare costs, and lost productivity. The production and transport of fossil fuels also result in routine pollution of the environment and occasional catastrophic accidents, such as the 2008 collapse of a coal ash pond outside a Tennessee Valley Authority power plant, which will cost an estimated $825 million to clean up.
In addition to the environmental and social costs, there are also substantial economic costs associated with fossil fuel use. American consumers and businesses already spend roughly $700 billion to $1 trillion each year on coal, oil, and natural gas, and bear the incalculable costs of pollution from fossil fuels through damage to health and the environment. Fossil fuel subsidies further add to these costs, amounting to $7 trillion in 2022 according to the International Monetary Fund (IMF). These subsidies include explicit subsidies, such as direct payments, and implicit subsidies, which refer to the societal costs of burning fossil fuels, such as local air pollution, climate change, road accidents, and congestion.
The transition to cleaner vehicles that produce zero tailpipe emissions is underway, but it needs to speed up. This includes promoting the development and implementation of clean transportation infrastructure, improving the fuel economy of light- and heavy-duty vehicles, reducing the carbon intensity of transportation fuels, and promoting plug-in vehicles, public transportation, and high-speed intercity rail. Additionally, there is a need to prioritize the reduction of energy consumption in freight transport, which is currently largely dependent on fossil fuels.
While the grid is currently unprepared to meet the climate reality, there are technological options available, such as switching to electricity, hydrogen, methane, liquid biofuels, or synthetic fuels. However, each mode of transport has its own technological limitations, and decarbonization is likely to be slow, costly, and face major technical and implementation challenges. Nevertheless, investing in clean energy can reap economic savings, and a 2007 analysis by McKinsey & Company estimated that the United States could reduce its emissions of global warming pollution by approximately 1.2 billion metric tons of carbon dioxide per year, resulting in net dollar savings.
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The cost of fossil fuel subsidies
Fossil fuel subsidies have surged to a record $7 trillion, accounting for 7.1% of global GDP. This figure reflects a $2 trillion increase since 2020, attributed to government support during the energy price surge caused by the Russia-Ukraine conflict and the economic recovery from the pandemic. The United States, for instance, provides tax subsidies to the fossil fuel industry, including direct subsidies to corporations and other tax benefits, estimated at $20 billion per year. European Union subsidies are estimated at 55 billion euros annually.
The vast majority of these subsidies are implicit, as they do not reflect the environmental costs associated with fossil fuel consumption. Consumers did not pay for over $5 trillion of environmental costs in 2022, including local air pollution and damage from global warming. Underpricing for local air pollution and climate change damages are the largest contributors to global fossil fuel subsidies, each accounting for about 30%. This is followed by explicit subsidies (18%), road transport externalities such as congestion and accidents (17%), and forgone consumption tax revenue (5%).
The negative externalities of fossil fuel use have significant adverse impacts on the environment, climate, and public health. In 2015, these externalities were estimated to have totaled $5.3 trillion globally. Fossil fuel-powered passenger cars and light-duty trucks contributed a significant 57% of the country's total transportation emissions in 2022, with larger vehicles adding another 23%. Asian American, African American, and Latino residents in certain regions of the United States are exposed to substantially more air pollution from vehicles.
Subsidies have substantial fiscal consequences, leading to higher taxes, inefficient allocation of resources, and promotion of pollution. Removing fossil fuel subsidies and redirecting the revenue towards social spending, reducing inefficient taxes, and investing in sustainable alternatives can promote equitable outcomes. It would also address energy security concerns related to volatile fossil fuel supplies. Scrapping explicit and implicit fossil fuel subsidies is projected to prevent 1.6 million premature deaths annually, raise government revenues by $4.4 trillion, and significantly reduce global carbon dioxide emissions.
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The cost of fossil fuel tax breaks
Fossil fuels are a significant contributor to global carbon emissions, with the transportation sector being a major culprit. In 2023, petroleum products accounted for about 89% of the US transportation sector's energy use. The transition to cleaner energy sources is underway, but it needs to accelerate, and the true costs of fossil fuels must be addressed.
The cost of fossil fuels is not limited to their market price but includes societal, environmental, and health costs. These externalities are often overlooked when incentivizing fossil fuel production through tax breaks and subsidies. The United States, for example, provides various tax subsidies to the fossil fuel industry, including direct subsidies to corporations and other tax benefits. These subsidies are estimated to cost the US government roughly $20 billion per year, with 80% allocated to natural gas and crude oil.
One example of a tax break is the Intangible Drilling Costs Deduction, which allows companies to deduct most costs incurred from drilling new wells domestically. Eliminating this tax break alone was estimated to generate $1.59 billion in revenue in 2017. Another subsidy, the Domestic Manufacturing Deduction, supported fossil fuel companies by allowing them to claim a tax break intended for US manufacturers to prevent job outsourcing. Repealing this deduction for coal and other hard mineral fossil fuels was estimated to save $173 million between 2012 and 2016.
These tax breaks and subsidies have significant societal costs. Fossil fuel externalities disproportionately affect minority and low-income populations living near highly polluting facilities, such as ports, airports, highways, and refineries. Addressing these externalities through proper valuation and taxation of fossil fuels could save taxpayers billions of dollars and improve the health and quality of life for many.
As the world transitions to cleaner energy sources, it is crucial to phase out these fossil fuel tax breaks and subsidies. This will not only generate significant revenue but also help mitigate climate change, reduce societal costs, and improve public health, especially for vulnerable communities.
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The cost of fossil fuel research and development
Fossil fuels are a leading source of air and water pollution, with significant impacts on public health and the environment. The economic cost of air pollution in sectors regulated under the Clean Air Act was estimated at $9 trillion between 1970 and 2000, encompassing costs from pollution-induced mortality, illness, healthcare, and lost productivity. The routine pollution and occasional catastrophic accidents associated with the production and transport of fossil fuels further exacerbate these costs.
Additionally, the United States Export-Import Bank (EXIM) has provided billions in grants and loans for fossil fuel projects. From 2001 to 2018, EXIM granted $14.8 billion to 78 projects in the petroleum sector. The fossil fuel industry also benefits from various tax breaks and subsidies, which further contribute to the overall cost of fossil fuel research and development.
The total cost of fossil fuel subsidies is significant, with estimates ranging from $1 trillion to $7 trillion. This includes both explicit subsidies, such as direct payments, and implicit subsidies, which refer to the societal costs of burning fossil fuels, including local air pollution, climate change, road accidents, and congestion. These costs are sensitive to assumptions about the damages caused by pollution and climate change, making it challenging to arrive at a universal monetary figure.
To address these costs, there is a growing emphasis on reducing direct subsidies for fossil fuels and introducing pollution and carbon pricing mechanisms. By internalising the externalities associated with fossil fuel usage, such as pollution and carbon emissions, these pricing strategies aim to ensure that the market price reflects the true cost of burning fossil fuels.
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Frequently asked questions
The costs associated with transporting fossil fuels are not limited to monetary expenses. The production and transport of fossil fuels cause routine environmental pollution and occasional catastrophic accidents. For example, the collapse of a coal ash pond in Tennessee in 2008 resulted in 300 acres of sludge and an estimated clean-up cost of $825 million. Furthermore, the burning of fossil fuels leads to local air pollution, climate change, social damage, road accidents, and congestion.
The direct costs of fossil fuels refer to the explicit subsidies or payments made to the fossil fuel industry. In 2022, fossil fuel subsidies amounted to $7 trillion, according to the International Monetary Fund (IMF). This figure includes direct payments and the implicit costs of burning fossil fuels.
The indirect costs of fossil fuels, also known as "externalities," are the societal costs that are not reflected in market prices. These include the environmental and social impacts, such as air pollution, climate change, and the social cost of carbon. While it is challenging to convert these implicit costs into monetary values, the economic cost of air pollution in sectors regulated under the Clean Air Act was estimated at $9 trillion between 1970 and 2000.
There are several alternatives to fossil fuels in the transportation sector. These include electricity, hydrogen, methane, liquid biofuels, and synthetic fuels. While transitioning to these alternatives may be slow and costly, it is necessary to prioritise the reduction of energy consumption in the transportation sector to meet decarbonisation objectives and limit financial costs.
