Acknowledgments

Devashree Saha; Ginette Walls; David Waskow; Leah Lazer

Oil and gas production plays a major role in many middle-income developing countries by supporting local economies and jobs and generating sizable government revenues.
Periodic market volatility and mounting global pressure to achieve net-zero carbon emissions by midcentury raise questions about the sector’s stability and long-term future.
Although shifting away from fossil fuels is beneficial, phasing down oil and gas production over the coming decades will cause significant revenue loss for middle-income countries that produce these fossil fuels, with implications for public spending on social programs and infrastructure, public sector employment, and fossil fuel subsidies for vulnerable groups.
Though the oil and gas industry is not typically a major direct employer, it generates large numbers of indirect and induced jobs that are often geographically concentrated, with outsize influence on subnational governments (SNGs) and local communities.
Other characteristics of this workforce, including varying unionization rates, the presence of large numbers of contract workers, relatively high pay, and low female participation, will be essential to consider for a just energy transition.
The challenges of transitioning away from oil and gas can be mitigated by prioritizing place-based economic diversification to generate alternative revenue sources and new jobs, including in the clean energy economy, and developing just transition strategies to aid impacted workers, communities, and SNGs.

Background

The need to reach net-zero carbon emissions globally by midcentury has created pressure to shift from fossil fuels to cleaner energy sources. Investors are increasingly attempting to reduce their exposure to the financial risks posed by climate change, including the risks of stranded assets in the oil and gas production sector. Aided by technological advances and the declining costs of various clean technologies, many governments are also investing in climate-friendly projects across energy, transportation, water, and other priority sectors to reduce emissions and adapt to the impacts of climate change.¹

The transition to clean energy, along with a shift away from overdependence on oil and gas production, can create important economic benefits, but it poses major challenges for oil- and gas-producing nations, especially middle-income developing countries. Whereas richer countries should be expected to go first and fastest in phasing down fossil fuel production, middle-income countries—responsible for 48 percent of the world’s oil production and 52 percent of its gas production—are poorly positioned to weather the coming shifts (Calverley and Anderson 2022). The economies of many such countries are not adequately diversified, and the oil and gas sector accounts for a significant share of exports and government revenue. This heightens their vulnerability not just to temporary economic shocks and price volatility caused by wars, pandemics, or recessions but also to the necessary phasedown of fossil fuel production.²

Although the respective roles of international oil companies (IOCs) and national oil companies (NOCs) will be important for the transition, NOCs will play a significant role in influencing the pace of the energy transition in oil- and gas-producing middle-income countries.³ IOCs are facing shareholder and investor pressure to cut their emissions and diversify their portfolios. Some have begun to divest small portions of their oil and gas assets, including in middle-income countries, though they remain important actors in those nations. When they do depart from countries, often after years of reaping economic benefits, IOCs may leave behind legacies of environmental damage and economic challenges. NOCs, meanwhile, do not face the same investor pressures as IOCs and are motivated to maximize resource extraction for their governments.⁴ Many NOCs in middle-income countries are expanding their market share and investing in expensive oil and gas projects, which risk becoming stranded assets as the shift away from fossil fuels accelerates (Heller and Manley 2021).

About This Working Paper

This working paper examines the potential challenges facing middle-income countries that need to transition away from reliance on oil and gas production. Thus, it focuses on the implications of phasing down oil and gas production rather than transition issues around oil and gas consumption. The paper seeks to spur increased dialogue, analysis, and action to make that transition more just and equitable.

The concept of just transition is evolving and can mean different things to different people (see Box 1 in the Introduction). This paper evaluates the impacts of the energy transition on workers directly and indirectly supported by oil and gas and on local communities and SNGs whose budgetary resources and public service offerings may be impacted as the industry contracts.

This paper focuses on middle-income developing countries (henceforth referred to as middle-income countries). This classification is based on the World Bank’s calculation of countries’ gross national income (GNI).⁵ It excludes high-income oil and gas producers such as Saudi Arabia and the United States. Furthermore, the paper prioritizes middle-income countries whose economies rely heavily on oil and gas revenues—measured by the share of oil and gas revenues in the total government revenues, the share of oil rents in the gross domestic product, or the share of oil and gas exports in the total exports.

Our research included a literature review of academic and nonacademic articles and reports focusing on just transition, the oil and gas industry and its role in middle-income countries, government revenues from the oil and gas sector, employment in the oil and gas sector, and economic diversification and workforce transitions. We also consulted with and interviewed experts and stakeholders in middle-income oil- and gas-producing countries, including Argentina, Mexico, and Nigeria (Appendix A).

Summary Findings

Middle-income oil- and gas-producing countries could face a significant drop in government revenue due to the low-carbon transition, with fewer years available for oil and gas production before those investments become stranded assets. Although there can be tremendous uncertainty around oil and gas prices from year to year, over a longer time horizon we expect decreasing global demand for these fossil fuels as the imperative to decarbonize strengthens. The implications will likely be wide-ranging for oil- and gas-producing middle-income countries. By no means do all oil and gas revenues support public goods. Often, they can be siphoned off by elites in many countries, with extractive industries such as oil and gas often fueling corruption, rent seeking, and poor governance (Arezki and Brückner 2009; Barma 2021; Peck and Chayes 2015). Yet our analysis finds that falling oil and gas revenues could have the following effects:

Limiting a government’s ability to provide public services such as education, health care, and physical infrastructure.
Reducing the revenue available to be passed along to SNGs, impacting their ability to provide services to local communities.
Shrinking public sector employment, which represents a large proportion of formal employment in many middle-income countries.
Precipitating overly abrupt cuts in fossil fuel subsidies—especially due to volatile prices—for the most vulnerable and lowest-income consumers. Although subsidies are costly, inefficient, inequitable, and harmful for the planet and should be reformed and eliminated whenever possible, their abrupt removal can negatively impact vulnerable sections of the population.

The long-term shift away from oil and gas, along with the periodic market volatility that is characteristic of the industry, will contribute to job displacement and insecurity for workers directly and indirectly supported by the industry. Most analyses show net employment gains globally from a low-carbon transition, but there will still be localized losses in some sectors and communities (Jaeger et al. 2021). Data gaps make it difficult to determine how many workers in middle-income countries will be impacted by the energy transition, but our analysis reveals the following:

Oil and gas production creates relatively few direct jobs but many more indirect ones. This, combined with the industry’s geographic concentration within countries, will exacerbate the transition’s impacts on a wide swath of workers and local communities.
Workers who are unionized may receive more attention and support in navigating the transition, but unionization rates in the oil and gas industry vary by region and job type.
Many workers are contract workers with lower wages, precarious working conditions, and little or no union representation. Thus, strategies will be needed to include their voices in just transition discussions.
Compensation in the oil and gas industry tends to be above the local average for jobs requiring comparable skills and education. Countries will need to ensure the creation of good, well-paying jobs in former oil and gas regions that are attractive to displaced oil and gas workers.
Women are rarely directly employed in this sector, but many are indirectly supported by the industry. Its decline, and the knock-on economic impacts on the broader community, will affect them as well.

Key Considerations for Policymakers

Policymakers in many oil- and gas-producing middle-income countries have not yet begun to grapple with the many challenges of planning for a just transition away from oil and gas. Strategies to diversify the economy and enable a just transition may take decades to bear fruit, so it is prudent for policymakers to start planning for this transition now by taking the following steps:

Pursuing economic diversification. Policymakers will need to consider how they want to diversify and in which sectors as well as how businesses and educational, legal, and other social systems can support those efforts. They will need to study the potential to grow other sectors, including the clean energy industry, depending on their particular national and subnational contexts and what role NOCs might play in enabling the clean energy transition.
Developing proactive, long-term, and place-based planning. Policymakers will need to close data gaps on the demographics, wages, and skills of oil and gas workers as well as the economics of regions and communities likely to be impacted by the transition. They will need to consult a range of stakeholders, develop inclusive plans for transition assistance to dislocated workers and affected communities, and strengthen social safety nets to assist vulnerable workers and communities.
Creating robust funding mechanisms to finance the transition. Dedicated domestic sources of funding can come from earmarking taxes on fossil fuels; reforming subsidies and reallocating their benefits; using income from sovereign wealth funds; and requiring the oil and gas industry, especially IOCs, to help cover the costs of environmental remediation and support for workers and communities. Although middle-income countries may at times be able to draw on their own domestic resources to finance just transition policies, it will be essential for richer countries and international finance institutions to provide financing and technical assistance to enable middle-income countries to pursue just transition strategies.

Growing Pressure to Move Away from Fossil Fuels

The oil and gas industry faces significant pressures due to increasing concerns about the climate and environmental impacts of fossil fuels, investor skepticism about the future demand for oil and gas, the rapid deployment of clean energy technologies, and the growth of green policies to meet decarbonization goals. The broader context is the urgent need to transition away from fossil fuels to avoid warming above 1.5°C, which would unleash the worst impacts of climate change, and to limit the financial risks posed by stranded fossil fuel assets.

The energy transition will have enormous implications—both in terms of opportunities presented and challenges posed—for middle-income oil- and gas-producing countries. Although the quantity of oil and gas some middle-income countries produce is small, collectively, these countries accounted for approximately half the world’s oil and gas in 2021 (Table 1). Their economies rely on these fossil fuels. Volatile prices in the past have already left these countries struggling to balance their budgets when oil and gas revenues fall. A more permanent decline in oil and gas production and consumption could have devastating impacts on middle-income producer nations unless the transition is managed carefully. The risks include declines in government revenue, export revenue, jobs, and revenues that flow to subnational governments (SNGs).

Table 1 | Distribution of Oil and Gas Production by Income Group of Countries (2021)

Income Group	Oil Production (%)	Gas Production (%)
High-income countries	51.9	47.9
Middle-income countries	47.6	52.0
Low-income countries	0.5	0.1

Note: Countries have been grouped into high-, middle-, and low-income based on the World Bank’s classification of countries by income level.

Source: Authors’ calculations based on data from EIA (n.d) and Sonnichsen (2022b).

The Net Zero Emissions by 2050 (NZE) Scenario of the International Energy Agency (IEA) finds that staying within a 1.5°C pathway would require no exploitation and development of new oil and gas fields beyond those already approved for development (IEA 2021d).⁶ Oil demand is estimated to decline by about 75 percent, from 88 million barrels per day (mb/d) in 2020 to 24 mb/d by 2050, and demand for natural gas is expected to fall 55 percent, to 1,750 billion cubic meters (bcm), over the same period.⁷ Consistent with the IEA’s NZE Scenario, oil prices would decline to US$35/barrel by 2030 and $25/barrel by 2050.⁸

Demand for both oil and gas products is expected to decline at different rates due to differences in their markets (including in oil’s larger role as a global commodity), in their eventual end uses and products, and in how quickly they may have to decline to slow climate change.⁹ The IEA’s NZE Scenario suggests that oil production and use will need to fall faster and further than gas to achieve 1.5°C, largely due to oil’s greater carbon intensity.¹⁰ Oil may also face particular pressures due to vehicle electrification.¹¹

Demand for gas may be propped up by policymakers in some countries who view it as a solution to provide energy access to millions of residents who lack electricity as well as an option for transport and cooking fuel. In 2021, the Nigerian government declared the 2020s the “Decade of Gas” and launched an initiative to use gas to power the economy by 2030 (Delay 2021; Esiedesa 2021).¹² Alternatives to gas—including renewable energy combined with battery storage—may soon eclipse gas as the most cost-effective way to generate electricity.¹³ However, gas is used in many sectors of the economy—including in industry, largely as feedstock or for process heat, and as cooking fuel—unlike oil, which is largely used as a transportation fuel.

Nonetheless, recent analyses reveal that, to limit global warming to 1.5°C, oil production at 20 of the world’s largest oil companies needs to decline by 50 percent or more by the 2030s, and global oil and gas production must decline by 3 percent every year until 2050 (Dalman and Coffin 2021; Welsby et al. 2021). This has major implications for producing countries and companies that may be banking on monetizing oil and gas reserves in the future but instead may be left with stranded assets in a low-carbon world.

The Role of Oil and Gas Companies in the Energy Transition

Although international oil companies (IOCs) and national oil companies (NOCs) will both influence the pace of the transition, NOCs that are central to the economic systems of oil- and gas-producing middle-income countries will be key players in navigating the transition.

Some IOCs have begun to expand their businesses into clean technologies such as renewable energy, hydrogen, and carbon capture technologies.¹⁴ Nevertheless, this still represents less than 1 percent of their total capital expenditures (IEA 2020a; Larson 2021). Driven by climate commitments, community restiveness, and security risks from armed groups, some IOCs are also divesting small portions of their fossil fuel assets. For instance, Shell is divesting from its onshore oil assets in Nigeria, and Chevron, ExxonMobil, BP, Shell, Total, and Eni have sold $28.1 billion in assets globally between 2018 and mid-2021 (Hurst 2021; Nwaoku 2021).

However, in the countries they are departing, IOCs may be leaving behind local environments heavily polluted and degraded by their operations, and questions could remain over who will pay for remediation. They might also be leaving behind economic legacies characterized by limited economic diversification along with a concentration of resources in fewer hands, which could hinder a just transition away from oil and gas.

NOCs, including those fully focused on domestic production and those with both domestic and international operations, are key players in the global market, accounting for over half of global oil and gas production and 40 percent of investment in the sector (Manley and Heller 2021; Figure 1). When IOCs divest from fossil fuels, NOCs and domestic producers often step in to buy these discarded assets, and what they do with these assets will be increasingly important (Adams-Heard et al. 2021; Raval 2021).

Although the largest NOCs are in the Middle East, NOCs are also present in African, Latin American, and Asian middle-income countries (IEA 2020a).¹⁵ NOCs play a central role in these countries’ political economies and are subject to domestic political pressure to employ citizens, generate revenues to pay for government programs, supply inexpensive domestic energy, and advance their governments’ domestic and foreign policies (Alkadiri and Ewers 2020; Muttitt et al. 2021).

Unlike IOCs, NOCs are not facing the same level of shareholder and investor pressure to reduce emissions and diversify their portfolios to include more clean energy.¹⁶ On the contrary, in countries that depend on the revenues they distribute, NOCs are more likely to expand production and grow their market share by investing in new oil and gas projects (Cahill 2021). Because of their significant role in their national economies, NOCs’ actions and decisions are closely intertwined with the political ambitions and policy directions of their governments. Therefore, engagement with NOCs needs to start with an understanding of the bigger-picture plans and ambitions of national governments (Gillies et al. 2021).

In addition to facing less pressure to diversify toward clean energy, many NOCs can shield themselves from oversight and scrutiny from government and civil society (Heller and Kaufmann 2019). Institutional frameworks and accountability mechanisms may not be in place to ensure that NOCs or smaller private operators provide safe workplaces, have the capacity to clean up spills, or reduce methane/natural gas flaring (Adams-Heard et al. 2021).¹⁷

Debt could also make it hard for NOCs to slow oil and gas production. Some NOCs are carrying large amounts of debt, as much as 10–20 percent of their countries’ gross domestic product (GDP), posing financial risks for their countries (Heller and Mihalyi 2019). Governments have had to spend billions of dollars bailing out NOCs in recent years, causing a significant drain on public finances. Mexico’s Petróleos Mexicanos (Pemex) is the most indebted oil company in the world, with $110 billion in debt on its balance sheet (Reuters 2021). Moody’s has estimated that subsidies to Pemex could cost the Mexican government 2.3 percent of GDP annually (Webber 2020).

NOCs’ large role in global oil and gas production—which could expand as IOCs diversify—and their historical lack of operational transparency carry significant implications for how the energy transition will transpire in their respective countries.¹⁸ In some middle-income countries, the economic clout of NOCs could stall efforts to diversify away from oil and gas production.

The Benefits and Risks of Transitioning Away from Oil and Gas

Failing to plan for or begin the transition away from oil and gas will delay a range of benefits the transition could offer while creating risks for middle-income producer countries.

Shifting away from fossil fuels could alleviate the negative impacts of oil and gas extraction on local communities and the environment (Johnston et al. 2019). The Niger Delta is just one place where oil extraction has contaminated land, water, and air, with devastating consequences for people’s lives and livelihoods (Elum et al. 2016).

Diversifying away from oil and gas, and finding growth opportunities in the clean energy economy, can serve as a buffer against volatile commodity price cycles and offer a more stable path for equitable development. Technological advances have driven down the cost of renewable energy, and investing in it could help provide affordable energy to 3.6 billion people living in energy poverty across Africa and Asia (Cozzi et al. 2022; Curtin et al. 2021). Investment in distributed renewable energy could also boost employment. According to one estimate, this includes 25 million direct jobs and 520 million downstream jobs made possible by giving communities across Africa and Asia access to electricity (Curtin et al. 2021).

Transitioning away from oil and gas can also help mitigate or reduce the “resource curse,” which encompasses a wide variety of social, economic, and political challenges that have prevented many countries from benefiting from the exploitation of their own abundant natural resources (NRGI 2015a; Ross 2015). Some countries that rely on extracting oil and gas often fail to adequately diversify national or local economies and tend to be more prone to authoritarianism, conflict, corruption, and economic stagnation than their resource-poor peers (Lashitew et al. 2021; NRGI 2015a; Ross 2015).

But the transition from fossil fuels will need to be planned and managed carefully. The economies of many middle-income oil- and gas-producing countries are not diversified, which has already made them vulnerable to the boom-and-bust cycle of commodity prices and created volatility. A more permanent decline in the oil and gas industry will exacerbate those challenges. Although a number of metrics can be used to determine the extent of a country’s dependence on the oil and gas industry, our analysis of three metrics—oil and gas revenues as a share of total government revenues, oil rents as a share of GDP, and fossil fuel exports as a share of total exports—highlights the vulnerability of several middle-income oil- and gas-producing countries to a decline of this industry (Figure 2). Without growth in other sectors to offset losses, a long-term contraction in the oil and gas industry, resulting in curtailed production and loss of revenue, could have major repercussions for these countries (UNU-INRA 2019).¹⁹ Section 2 describes these issues.

The long-term shift away from oil and gas will contribute to job displacement and insecurity for workers and communities supported by the oil and gas industry. Section 3 describes the workforce characteristics of workers directly and indirectly supported by the sector and their relevance for enabling a just transition.

Unless policymakers act now to align their policies with future investment trends and develop and implement just transition policies, they will be left with stranded oil and gas infrastructure assets along with impacted workers and local communities. Section 4 proposes three key considerations for policymakers as they begin planning for a just transition away from oil and gas.

Box 1 | Meaning and Evolution of Just Transition

There is a wide spectrum of approaches for defining and interpreting the term just transition. A focus on decent work and social dialogue, aimed at addressing the impacts of the transition on workers and affected communities, has been essential to the labor movement’s efforts and laid the essential groundwork for a just transition lens. Decent work involves paying fair wages, ensuring the security of work and safe working conditions, providing benefits or social protection, and allowing for labor rights, career growth, and for workers to have a voice in what affects them.^a Further, the International Labour Organization (ILO) guidelines on just transition emphasize social dialogue, which includes “all types of negotiation, consultation and exchange of information between or among representatives of governments, employers and workers on issues of common interest relating to economic and social policy.”^b

Recently, perspectives on just transition have emerged that go beyond issues of workers and their affected communities to encompass a broader range of marginalized groups of people, such as women, Indigenous peoples, and people of color. In addition, some interpretations of just transition have broadened to encompass a broader set of sectoral and systemic changes.^c The aim is to apply principles of equity and justice to wider aspects of society and economies as the zero-carbon transition takes place.^d These more transformative forms of just transition can include changing dominant economic and power systems, promoting ecological resilience, and pursuing approaches that center marginalized groups.^e In addition, building resilience and adapting to climate impacts, as well as addressing loss and damage due to climate change, have also been incorporated in some recent approaches to just transition.^f

Although the concerns of affected workers and communities remain central, the term just transition is often now associated more widely with the need to shift in equitable ways to societies and economies that are zero-carbon and sustainable.^g

The issue of just transition has gained increasing traction over the past decade: the ILO developed guidelines for a just transition in 2015; the concept has been addressed in outcomes under the United Nations Framework Convention on Climate Change, including the Paris Agreement; multilateral development banks have signed onto high-level principles guiding their engagement around just transition; and a number of countries have included just transition in their nationally determined contributions or embarked on just transition policies.^h Meanwhile, workers in trade unions continue to be highly active in promoting just transition.ⁱ

Sources: a. European Commission n.d.; Jaeger et al. 2021; b. ILO 2018a, 3; c. Morena et al. 2018; d. Pinker 2020; e. CJA 2019; Indigenous Environmental Network n.d.; Morena et al. 2018; f. PCC 2022; g. Pinker 2020; h. ADB et al. 2021; Fransen et al. 2022; ILO 2015; Pinker 2020; UNFCCC 2020; i. CUT Brasil 2021; IndustriALL 2019.

Phasing down global oil and gas production, in line with either IEA’s NZE Scenario or Sustainable Development Scenario (SDS), could lead to significant revenue loss for oil- and gas-producing middle-income countries.²⁰ A recent analysis, comparing the business-as-usual scenario assuming a $60/barrel long-term oil price with IEA’s SDS, which assumes a long-term oil price of $40/barrel, estimated an average 46 percent decline in revenues (approximately $9 trillion) between 2021 and 2040 for 40 “petrostate” countries with the greatest fiscal dependence on oil and gas revenues (as a share of total government revenues) if oil prices fall to $40/barrel (Coffin et al. 2021).²¹

The loss in revenues will not be felt equally by all countries. For instance, over the next two decades Mexico’s average annual revenues are expected to drop by 84 percent and Nigeria’s by 69 percent, compared to their 2015–19 revenues (Coffin et al. 2021).

Figure 3 plots countries’ dependence on oil and gas revenues against their estimated revenue decline in a scenario of $40/barrel prices to illustrate each country’s risk. Some 400 million people live in the 19 most vulnerable countries (Tiers 4 and 5), which include Nigeria, with a population of 206 million (Coffin et al. 2021). Emerging producers with plans to expand oil and gas production, such as Ghana, Guyana, and Mozambique, risk both the loss of potential revenue if expected new income does not materialize and stranded assets from investment in infrastructure to bring these fossil fuel resources online (Coffin et al. 2021; Dwazu et al. 2021; Muchira 2021).

As the energy transition picks up and demand for oil and gas goes down, the impact of declining oil and gas revenues will be felt widely within oil- and gas-producing middle-income countries.

Decreased Spending on Social Programs and Public Infrastructure

The boom-and-bust nature of the oil and gas industry makes producer economies that rely on this revenue especially vulnerable to shortfalls in public spending budgets. Reduced revenues from the oil and gas sector could depress public spending on social services and infrastructure projects, such as transport and digital connectivity, with the impact likely disproportionally borne by disadvantaged groups and at the local level (UNU-INRA 2019). Most middle-income countries are already spending too little on social protection programs to provide necessary services to local communities, and current spending often fails to benefit the poorest in society or reduce inequality (ILO 2011; Lawson and Martin 2019).²²

The 2014 oil price crash led Mexico to slash public spending (amounting to about 0.7 percent of GDP), including on education (Wilkinson 2015). The same crash led Angola and Nigeria, Africa’s largest oil-producing countries, to roll back plans for key infrastructure spending, including a $5 billion electricity access program and road construction plans in Angola (Greve 2015). In 2020, Nigeria proposed 55 percent and 42 percent cuts in education and health spending, respectively, due to dwindling oil sales and the latest crash in global oil prices (Adeyeye 2020). Nigeria already underfunds its health and education sectors—4 percent and 6 percent of the 2020 federal budget was allocated to health and education, in comparison with the United Nations Educational, Scientific and Cultural Organization’s recommended spending of 15 percent and 20 percent, respectively—and further cuts could worsen the country’s health and education outcomes (Bakare and Fatai 2020). Countries with high levels of debt also have to balance debt repayment with much-needed spending on their residents (Jubilee Debt Campaign et al. 2020).

Decreased SNG Revenue

Loss of revenue could spill over to SNGs, affecting their ability to deliver services and pursue economic development. In many middle-income oil- and gas-producing countries, SNGs receive most of their funds as transfers from national governments (Table 2).²³ As a result, these governments are subject to the ebbs and flows of national government revenue allocations.

Countries that derive significant revenues from nonrenewable natural resources such as oil and gas have developed special formulas to distribute those revenues to SNGs (Bauer et al. 2016). In derivation-based systems, revenues are transferred back to their area of origin, with the aim of compensating producing regions for the environmental and social impacts of resource extraction. This is a common form of revenue sharing, including in Angola, Brazil, Colombia, Ecuador, Ghana, Mexico, Nigeria, and Uganda. In indicator-based systems, revenues are geographically distributed based on indicators such as population, poverty, or total revenue generation, and the focus is on greater equalization among different regions of the country (Bauer et al. 2016; NRGI 2015b). In some cases—for instance, in Ecuador, Mexico, Nigeria, and Uganda—revenue transfers are based on a combination of these approaches. In Nigeria, before the 2021 passage of the Petroleum Industry Act, 54 percent of revenues were distributed to state and local governments (Table 2). Of that, 41 percent of revenue transfers were indicator-based, where the central government transferred revenues to both producing and nonproducing regions. The remaining 13 percent were sent to regions from which the income was generated.

Table 2 | Distribution of Oil and Gas Revenues in Selected Countries (2014)

			Bolivia (oil and gas)	Brazil (oil and gas)	Colombia (oil)	Ecuador (oil)	Indonesia (oil)	Mexico (oil)	Nigeria (oil)	Papua New Guinea (oil and gas)
Revenue to national government and centralized funds			37%	31%	52%	98%	85%	83%	46%	93%
Revenue to subnational governments	Derivation-based	Producing region/state	28%	45%	10%	1%	3%	-	13%	3%
		Producing localities	13%	17%	10%	1%	6%	-	-	2%
		Localities in producing regions	-	4%	-	-	6%	-	-	-
	Indicator-based	Region/state	9%	-	38%	-	-	17%	23%	-
	Indicator-based	Localities	13%	-	38%	-	-	-	18%	-
Revenue to others (for instance, private landlords)			-	3%	-	-	-	-	-	2%

Note: In derivation-based systems, revenues are transferred back to a subnational entity in the location where the resource was extracted. In indicator-based systems, revenues from these resources are geographically distributed to subnational entities based on indicators such as population, poverty, or total revenue generation.

Source: Adapted from Arellano-Yanguas and Mejía-Acosta 2014.

The manner in which oil and gas revenues are shared with SNGs impacts how SNGs experience the volatility, benefits, and downsides of the industry, with implications for the political economy of the transition away from oil and gas.

Derivation-based systems, in particular, can create equity, volatility, and public financial management challenges that SNGs are ill-equipped to handle. For instance, prior to the passage of Nigeria’s Petroleum Industry Act, more federal spending was allocated to Nigeria’s oil-producing regions in the South than to nonproducing regions in the North, even though the North scores lower on most human development indicators than the South (Box 2).²⁴ Boom times incentivize wasteful spending on projects, and busts lead to painful spending cuts at the subnational level. In Brazil, large oil royalties to municipalities led to overspending on wasteful urban infrastructure projects while there was deterioration in public service provision, including decreased access to piped water, sewage networks, and garbage collection (Bauer and Gankhuyag 2020). Finally, the derivation-based system can encourage greater resource exploitation, especially when resource-hosting regions are poor and oil and gas revenues account for a large share of subnational revenues (Bauer and Gankhuyag 2020).

Box 2 | Nigeria’s Petroleum Industry Act Promotes Oil Exploration in the Country’s North

Nigeria’s 2021 Petroleum Industry Act (PIA) changes both oil revenue allocations as well as the regulatory and governance frameworks of the country’s oil and gas sector. It also intends to attract further investment in Nigeria’s oil and gas industry and reduce conflict in oil-producing regions.^a

Thirty percent of oil revenues collected by the Nigerian National Petroleum Corporation (NNPC) and 10 percent of rents on petroleum prospecting licenses and petroleum mining leases will be apportioned to the Frontier Exploration Fund, a new entity to pursue state-backed oil and gas exploration in Nigeria’s northern inland basins.^b

Nigeria’s North lags behind the South on almost all economic and human development indicators, leading to concerns that the new law, with its emphasis on more oil exploration, may worsen the North’s already precarious socioeconomic situation. These concerns are based on the experience of the relatively richer oil-producing Niger Delta in the South, which, despite being the center of oil resources, remains marginalized, poor, polluted, and has seen political instability with the emergence of armed groups since 2004.^c Instead of potentially replicating these problems in the North, Nigeria could transfer resources from the oil sector to invest in other industries that can promote more sustainable growth and help diversify Nigeria’s economy. Civil society and research organizations propose alternative uses for the 30 percent allocation to the Frontier Exploration Fund, including support for energy transition plans, economic diversification, renewable energy, environmental remediation in oil-producing regions, and social programs.^d

Three percent of an oil and gas operator’s annual expenditures will fund host community development trusts (HCDT), mandated by the PIA to be incorporated by operating companies for community development in areas of oil and gas exploitation.^e Seventy-five percent of the HCDT funds will be allocated to infrastructure projects, 20 percent to a reserve fund for when oil and gas operations end, and 5 percent to administrative costs.^f However, companies will determine who meets the PIA’s definition of a host community, and the community will be held collectively responsible if oil and gas production is disrupted or infrastructure is damaged, with the cost of repairs subtracted from their HCTF allocation.^g There has been pushback against the new law. Host communities advocated for higher HCTF allocations,^h Nigeria’s 36 state governors claimed the law was unconstitutional,ⁱ and Nigerian environmental groups criticized the PIA’s exemptions and low penalties for gas flaring.^j

Sources: a. Nwuke 2021; b. Tayo 2021; c. McBain 2022; Tayo 2021; d. Egbejule 2021; HOMEf 2021; Nwuke 2021; Pers. Comm. Felix 2021; personal communication between the authors and an engineering consultant in the Nigerian oil and gas industry, August 6, 2021; e. Federal Republic of Nigeria 2021; Deloitte n.d; f. PwC 2021a; g. Nwuke 2021; h. Erunke 2021; HOMEf 2021; McBain 2022; i. Ebolosue et al. 2021; j. HOMEf 2021.

How local economies in a derivation-based system deal with a long-term decline in revenues could become a central challenge, especially in planning for a managed transition away from oil and gas. The challenge will be exacerbated if SNGs do not have access to the full details of oil and gas revenues collected and transferred to SNGs. Currently very few national governments share the details of their revenue-sharing system, making it difficult for SNGs to budget and plan for the future and undermining trust between the national government and SNGs (Bauer 2013; Bauer and Gankhuyag 2020). Most SNGs also have less information available to them about prospects for a country’s oil and gas reserves or prospective revenue flows they might receive based on project-by-project projections. This will leave them poorly equipped to handle the fiscal and economic consequences of phasing down oil and gas production.

Public Sector Job Loss

In many middle-income countries, the government employs a large share of the formal sector workforce. Argentina’s and Mexico’s public sectors employ roughly 17 percent and 12 percent of the formal workforce, respectively (OECD 2020). In Nigeria, more than half of salaried/wage jobs are in the public sector (World Bank 2015). Furthermore, across most of Africa, the share of government spending devoted to government employee compensation is 30–50 percent, compared with 5–15 percent in Europe (Ortiz-Ospina and Roser 2016). Declining oil and gas revenues could jeopardize the sustainability of public sector employment, especially in scenarios where the domestic workforce is relatively young and set to expand in the coming years (IMF 2016).

In the recent past, the double blow of the pandemic and the oil price shocks spurred cuts to public sector wages in some oil-exporting middle-income countries (Cornish and al-Omar 2020). In 2020, Nigeria’s Kaduna state government implemented 25 percent and 50 percent pay cuts for public servants and political appointees, respectively (NAN 2020). The Nigerian federal government also initiated efforts, including a payroll review of public sector employees aimed at reducing personnel costs in response to dwindling revenues (Ajimotokan 2021).

Large employment or wage cuts of such a sizable share of the workforce would have widespread impacts on livelihoods. Public sector workers in middle-income countries, in general, receive higher wages and larger benefits than their private sector peers, which means the loss of well-paying jobs in the event of job cuts (Gindling et al. 2020). Cuts in public sect or employment or wages carry implications for economic opportunities for women and other marginalized groups. The public sector is not only a large employer of women but generally pays a wage premium for them, as well as for less educated and lower-skilled workers, compared to the private sector.

Finally, the potential loss of income when the public sector lays off workers could affect the rest of the economy. This includes adverse impacts on the informal economy because wage workers represent a significant source of demand for goods and services sold by the informal sector. Informal sector employment is a main income source for 60 percent of African households (Fox and Signé 2020).

Impacts on Fossil Fuel Subsidies

Periodic market volatility and longer-term decline in oil and gas production might force governments to abruptly and inequitably cut expenditures on fossil fuel subsidies in ways that harm the most vulnerable and lowest income groups in society.

To be clear, fossil fuel subsidies—both production- and consumption based—are a drain on national budgets and undermine efforts to address climate change by increasing the use of fossil fuels (Urpelainen and George 2021). In many places, such as Ghana and Indonesia, they have been regressive and inefficient, with subsidies distorting the market and benefiting wealthier portions of society more than the poor they are supposed to help (Arze del Granado et al. 2010; Crawford 2012). Fossil fuel subsidies also limit public spending in other sectors, including health, education, and poverty alleviation programs. Mexico’s proposed 2022 budget suggested spending as much as 4.8 percent of the country’s GDP to support Pemex and the state-owned utility, the Federal Electricity Commission—more than the 3.5 percent proposed for education (Prud’homme 2021).

Although these subsidies hamper the shift to clean energy and need to be phased out to meet mounting climate ambition, how it is done will matter.²⁵ Their overly abrupt and inequitable removal could disproportionately burden low-income households and exacerbate inequality and social unrest if not carefully managed. This happened in Ecuador in October 2019 after the government announced a phaseout of gasoline and diesel subsidies. Following widespread protests, the government reintroduced the subsidies (Sanchez et al. 2020).

Fossil fuel subsidies are often influenced by the price of oil (Figure 4), and these fluctuations can be disruptive. In 2020, a number of countries, including Nigeria and Venezuela, cut back fuel subsidies and raised taxes on gasoline and diesel fuel because the pandemic had reduced both consumption and the price of oil (Krauss 2020). That year, fossil fuel consumption subsidies dropped to a record low of $180 billion, down by 40 percent compared to 2019 (IEA n.d.a). Rapid declines in subsidies can disproportionately harm those with lower incomes given that the subsidy removed will be a larger proportion of their income (Coady et al. 2015).

On the other hand, events such as the war in Ukraine will likely prompt governments to raise subsidies to shield consumers from high fuel costs (Browning and Kelly 2022). This can result in decreased government revenue available to spend on other public purposes. Nigeria, for example, increased spending on gasoline consumption subsidies in 2022 to offset high global oil prices driven by the Ukraine war. The increased spending—from $5.0 million in January 2022 to $7.8 million in May 2022—meant the NNPC failed to make any deposits into Nigeria’s Federation Account, which allocates revenue to Nigeria’s federal, state, and local governments for spending (Nnodim 2022). There is also a risk of countries increasing production-based subsidies to diversify supply away from Russia. Over the long term, however, as oil and gas revenues shrink, governments may not have much option but to phase down or eliminate fossil fuel subsidies.

A well-managed and careful phaseout of fossil fuel subsidies can benefit oil- and gas-producing middle-income countries by freeing up funds to provide necessary social services and strengthen social safety nets, invest in local economic development and diversification, and support the policies, programs, and infrastructure necessary to enable a just transition away from oil and gas (Gass and Echeverria 2017).

It is difficult to estimate the total number of people working in the oil and gas sector across countries. The International Labour Organization (ILO) estimates that globally 6 million people were directly employed by the oil and gas industry, and indirect employment in the industry’s supply chain supported an estimated 60 million people (ILO n.d.). The IEA estimates global direct and indirect labor forces of fuel supply in 2019’s oil and gas sectors to be 8 and 3.9 million, respectively (IEA 2022a). There is also a rapid increase in the pace of automation and use of digital technology across the whole value chain of the industry—exploration, production, and supply chain—that is creating downward pressure on employment.²⁶

Many middle-income countries do not provide national employment data for oil and gas production.²⁷ Public data on employment in the oil and gas industry, if available, is often subsumed within data for mining and industry or does not capture informal workers and those supported indirectly by the oil and gas industry. Industry survey data (Figure 5) indicate the majority of oil and gas workers in direct employment are located in Africa (23 percent), the Middle East (20 percent), and Asia (18 percent) (Airswift and Energy Jobline 2022).²⁸ Given existing data limitations, it is difficult to say how many workers directly and indirectly supported by the oil and gas industry in middle-income countries will be impacted by the energy transition, but that number is not insignificant.

Impact on Employment of Phasing Out Oil and Gas

Employment in the oil and gas industry is strongly correlated with oil prices. Past price crashes have led to severe job cuts in the industry. COVID-19 caused oil demand and prices to drop dramatically and forced the industry to shed thousands of jobs. In 2020, nearly one in three workers worldwide in the industry faced pay cuts (Sharafedin 2021). Conversely, higher prices can create jobs because it becomes economically viable for companies to exploit higher-priced oil and gas deposits.²⁹

In addition to employment impacts due to the industry’s cyclical volatility, workers also face long-term implications from the energy transition. Although the low-carbon transition will lead to an overall increase in energy-related jobs, recent studies provide hints of the potential job losses in the entire fossil fuel sector (IEA 2021d; IRENA 2018; Pai et al. 2021). According to analysis by Pai et al. (2021), jobs in the energy sector as a whole would grow from a current 18 million to 26 million by 2050 if action is taken to keep global warming to well below 2°C. Renewable energy jobs would increase from 4.6 million to 22.0 million, and fossil fuel jobs globally would decline from 12.6 million to 3.1 million. Job loss would be especially concentrated in coal, oil, and gas extraction, which employs 9.2 million workers. The trajectory of energy jobs under stronger climate policies will vary significantly between different regions and countries.³⁰

Other studies have reached similar conclusions about job loss in fossil fuels (IEA 2021d; IRENA 2018; NCE 2018). IEA’s NZE Scenario, for instance, forecasts an increase in clean energy employment by 14 million by 2030, but employment in oil and gas is projected to decline by 1.7 million (IEA 2021d; Figure 6).

A wide range of analyses conclude that, in most cases, disappearing fossil fuel jobs will be offset by rising employment in the clean energy economy, but even countries with net job gains will not necessarily be adding new jobs in the same regions where fossil fuel jobs are lost. This will lead to geographic inequity in the costs and benefits of the energy transition. Even if new jobs emerge in the same regions where old ones vanish, it will take effort to upskill, reskill, and adapt the transferrable skills from oil and gas to new jobs in the clean energy economy.

Just Transition Implications Arising from Employment Characteristics of Workers Supported by Oil and Gas

There is enormous heterogeneity within the oil and gas workforce and among the type, quality, and characteristics of the skills needed by workers (ILO n.d.). Some of this diversity is due to varying job needs in each phase of the industrial process as well as different locations for specific extraction methods. Technological advancements in recent decades have shifted the location and nature of many oil and gas jobs: a rise in offshore drilling has created jobs on remote rigs, where work schedules often consist of several weeks on and off (Greenpeace 2020; Jensen and Laursen 2014), and fracking and horizontal drilling have grown the industry in places where extraction had previously been uneconomical.

Circumstances and conditions for workers differ across countries and are often more closely related to a country’s labor standards and economic context than to the oil and gas industry in particular. This is especially true of wages, social protections, safety standards, and to some extent unionization levels. Therefore, in many cases, a major factor in the quality of an oil or gas job is the state of workers’ rights in the country.

However, despite the critical role of country-specific contexts for workers, we have identified a set of five key characteristics of employment in the oil and gas industry that are relevant across a number of countries. These characteristics should be carefully considered during just transition planning to support workers displaced by the industry.

Extractive industries, including oil and gas production, do not create many direct jobs, but they generate large numbers of indirect and induced jobs that will need to be considered in just transition planning.

Most of the direct jobs are created during the development phase—constructing and installing drilling rigs—which is more labor intensive (Pegram et al. 2018; UNCTAD 2015). Once the oil and gas fields begin operations, they generate little direct employment. In Nigeria, the oil and gas industry was estimated to directly employ roughly 19,820 workers in 2018, accounting for 0.03 percent of the country’s labor force (NEITI 2019). Approximately 5,600 workers were estimated to be working in Ghana’s oil and gas sector in 2015, whereas the total labor force was estimated to be at 12.5 million (Cooper 2019). Mexico’s Pemex employed 125,735 workers in 2020, accounting for 0.3 percent of the labor force (WBA 2021; World Bank 2022a). Nationally, therefore, the oil and gas industry is not a major direct employer in its own right.

However, when indirect jobs (in the supply chain of the oil and gas industry) and induced jobs (in other goods and services purchased by those employed in the industry) are considered, the total employment impact can be significant. A number of African countries have adopted local content policies requiring or encouraging multinational companies to hire local workers and purchase goods and services from domestic companies as a way to stimulate broad-based economic development (Kinyondo and Villanger 2016; Ovadia 2016). Though these policies have often achieved mixed results, the large number of inputs required for oil and gas exploration and production offers numerous avenues of generating indirect and induced jobs (Ackah and Mohammed 2018; Ovadia 2014).

Moreover, the oil and gas industry also tends to be concentrated in specific regions, such as the Niger Delta in Nigeria and the states of Tabasco and Veracruz in Mexico, or even in specific cities, such as Luanda in Angola and Sekondi-Takoradi in Ghana (WECP n.d.a, n.d.b). Even if the number of direct jobs lost in these communities is small, it will have knock-on effects on the broader local economy supported by the oil and gas industry, underscoring the importance of enabling a just transition for oil and gas communities, including place-based economic development to support other employment opportunities.

Workers who are unionized may receive more attention and support in navigating the transition, but unionization rates in the oil and gas industry vary by region and job type (ITUC 2019a).

Countries with more mature oil and gas industries, such as Argentina, Mexico, and Nigeria, tend to have higher levels of unionization in the industry than emerging producers. Argentina’s largest oil union, the Sindicato de Petróleo y Gas Privado de Río Negro, Neuquén y La Pampa, represents 24,000 workers (Raszewski 2022). Even in countries where the oil and gas industry is mature, unionization rates can vary. In Mexico, Pemex employees are unionized, but employees of IOCs operating in Mexico are primarily nonunionized contract workers. Although most direct jobs in Nigeria were once permanent and standard, the past few decades have seen IOCs operating in the country shift toward nonstandard and temporary jobs (Aye 2017). As a result, Nigeria’s two well-established oil and gas unions have faced challenges in representing the country’s many contract workers (Aye 2017; Pers. Comm. Olawale 2021).³¹ Since contract workers have short-term employment contracts, they often do not feel the need to belong to a union (Ajonbadi 2015).³²

The level of unionization for a country’s oil and gas workforce is highly correlated with job quality and wages. Union membership leads to higher wages, job security, and better benefits. A permanent junior worker belonging to Nigeria’s National Union of Petroleum and Natural Gas Workers (NUPENG), which organizes blue-collar workers, earns a monthly average of $490, whereas a contract worker earns between $140 and $225 (Houeland 2015). If the oil and gas industry shifts more toward hiring contract workers, unions could have more trouble organizing and effectively fighting for their members’ working conditions.

Unionized workers may be in a better position to demand protection, retraining, or income support during a transition away from fossil fuels, but there are concerns about how some unions might approach just transition discussions (Kalt 2022). The role that they will play in enabling—or resisting—a just transition will be highly consequential. Some have been open to the low-carbon transition, but it may be difficult for unions representing oil and gas workers to advocate moving away from industries with relatively well-paid jobs and benefits. Moreover, with some companies in the emerging clean energy industry generating precarious employment, unions are concerned about transitioning from high-quality fossil fuel jobs to lower-quality jobs (Carmona 2019; Castro 2020). Attempts to prioritize just transition by governments and other stakeholders can become more complicated where unions play a significant role politically—such as with the Sindicato de Trabajadores Petroleros de la República Mexicana (STPRM), the Mexican oil workers’ union, which is politically important and also sits on Pemex’s governing board (Abad and Maurer 2018; Huizar 2015).³³

However, some unions are taking proactive steps to explore what transitioning could mean for their workers. In 2017, the Nigeria Labour Congress and Environmental Rights Action–Friends of the Earth Nigeria began to explore what a just transition could look like for petroleum and agricultural workers (Ojo and Mustapha 2019).³⁴ Collaboration across different groups, such as civil society and unions, will be key for advocating for just transition efforts, building social acceptance across multiple groups in society, and planning for processes and outcomes that are just (TNI 2020).

The oil and gas industry in middle-income countries is characterized by a high proportion of contract workers, with precarious employment conditions and the potential to be left out of just transition discussions.

The term contract workers describes a wide range of employment relationships in the industry.³⁵ It includes short-term or part-time workers with a direct contract, day laborers, informal workers, and workers in employment relationships with a contractor to an oil and gas company (I. Graham 2010).

The precise number of contract workers in the industry is not known but is growing faster than in other industries. This stems, in large part, from employers’ efforts to operate flexibly given the sector’s boom-and-bust cycles (Dickson et al. 2020). This incentivizes hiring contract workers who can be employed when needed but let go when demand slackens. They are, therefore, vulnerable to job cuts when the industry is not doing well. These cycles have been accentuated in recent decades with the shift toward nontraditional sources such as shale oil and gas because fracked wells produce for shorter periods of time. According to the 2022 Global Energy Talent Index survey of workers in the oil and gas industry, 33 percent identified themselves as contractors, 41 percent identified as permanent staff, and 26 percent were unemployed (Airswift and Energy Jobline 2022).³⁶

Contract workers in middle-income countries may have fewer workplace protections than those hired as employees. Unions in Nigeria report increased casualization of the oil and gas workforce, resulting in different treatment of permanent and contract workers, who receive fewer opportunities for training, lower wages, and no benefits (Fapohunda 2012; IndustriALL 2018; Pers. Comm. Olawale 2021).³⁷

The shift toward more precarious employment points to challenges for transition planning. Reliance on contract workers could grow as the energy transition progresses and work becomes less predictable. They are less likely to have long-term job security or to be represented by unions, and they are potentially more likely to be excluded from just transition discussions, including around issues such as retraining. Ignoring the needs and voices of significantly large numbers of contract workers will make the energy transition inherently unjust.

Oil and gas jobs pay high wages, and it will be a challenge to replace them with similarly well-paid jobs.

Oil and gas wages typically are above the local average for jobs requiring comparable skills and education. High wages perhaps reflect the dangerous or short-term nature of the work or the industry’s historically high profits (Airswift and Energy Jobline 2020; Dickson et al. 2020). As of 2010, NOCs outside the Organisation for Economic Co-operation and Development generally pegged wages for their permanent staff at 25–50 percent above the average national wage (I. Graham 2010). The highest-paid jobs tend to be in engineering and management, with administrators and accountants among the lower-paid roles (Airswift and Energy Jobline 2022). In Latin America, for example, a salaried administrator might earn $17,400 per year, or $131 per day on a contract basis, which compares extremely favorably to Mexico’s 2018 median annual household income of approximately $4,500 (Airswift and Energy Jobline 2022; OECD 2021a). Notably, even within the same region, the same job roles are performed by both permanent and contract workers. Appendix B shows the compensation by job role, employment status, and region for a selection of jobs and regions.

As the oil and gas industry shrinks in the coming decades, relatively well-paying jobs in middle-income countries will be lost, threatening the livelihoods of thousands and impacting the local economies. It will be important to determine what substitute industries in erstwhile oil and gas regions are attractive to former workers in terms of wages, job security, and other elements of job quality in just transition discussions.³⁸

Despite women’s low participation rates in the direct oil and gas workforce, they are likely to be significantly impacted by the industry’s decline.

Globally, women make up just 22 percent of the oil and gas workforce, compared with 32 percent in renewable energy (IRENA 2019). In Nigeria, women only account for 15 percent of the oil and gas workforce, and mostly in administrative, public relations, medical, and legal positions (Aye 2017). The underrepresentation of women is more acute in NOCs than in IOCs (Rick et al. 2017).

However, women often make up a large share of workers whose jobs depend on the industry. These induced or indirect jobs—in industries such as public service, retail, education, or food service—would be vulnerable to the wider economic effects of the industry’s decline. Women’s caregiving roles would also be affected. For instance, despite the environmental and health risks of oil and gas flaring events, women in some oil- and gas-producing communities who cannot afford cooking gas rely on the heat from gas flares for cooking (Adams 2021).

High salaries in the oil and gas industry mean that spouses, children, or elderly relatives often depend on the income of a male household member. Losing this income may force younger or female household members to enter the workforce, increase their working hours, or leave the paid workforce to provide household labor (especially childcare) that had been outsourced before. As a result, discussions around just transition and economic diversification should focus on strategies that can benefit women, improve working conditions in female-dominated sectors, restructure local employment opportunities to promote gender equity, and ensure a fairer distribution of care work within family and society (ADB et al. 2021; Dhir 2017; Walk et al. 2021).

Strategies to bring about a just transition may take years or sometimes even decades to bear fruit, so it would be prudent for policymakers to envision a future where the industry contracts significantly and plan for it now. The literature on just transition for fossil fuel workers and local communities identifies a number of elements that policymakers should consider, including proactive planning that incorporates social dialogue and stakeholder engagement (ADB et al. 2021; Galgóczi 2018; Gerasimchuk et al. 2021; ILO 2015; Pai et al. 2020; UNFCCC 2020). Although that literature focuses particularly on coal workers and communities, and on high-income rather than middle-income countries, key insights and recommendations apply to oil and gas workers and communities as well.³⁹

This section will discuss important considerations for policymakers to keep in mind as they begin planning for a transition away from oil and gas.

Pursuing Economic Diversification

Middle-income oil- and gas-dependent countries can benefit now and in the future by diversifying their economies to include new economic sectors such as manufacturing, clean energy, and agricultural processing. However, there is no silver bullet for achieving economic diversification; it is a complex process and can take years to materialize (Lahn and Bradley 2016). Middle-income countries with heavy dependence on oil and gas will need to determine which path to take to achieve such a goal and what changes to implement in their business, education, legal, and other social systems to support economic diversification. In many cases, countries might explore whether and how they could use revenues from the oil and gas sector to fund efforts to diversify into new sectors.

Growing the clean energy industries, especially renewable energy, will offer significant economic and employment opportunities for these countries, though it will be essential to understand whether these industries could grow in the same areas in which fossil fuels are declining. An important question is whether and how much NOCs can lean into the energy transition and help support the building of a clean energy economy. Environmental remediation can also offer near-term job opportunities to workers and communities in transition while also restoring polluted sites to economic use, which could further aid diversification efforts.

Developing Proactive, Long-Term, and Place-Based Planning

National and subnational policymakers in oil- and gas-producing middle-income countries should engage in proactive transition planning to address the impacts of the low-carbon transition on oil and gas industry workers and local communities. Experience has shown that coming late to this planning process leaves communities vulnerable to economic shifts.⁴⁰ Moreover, an emphasis on place-based planning offers the potential to support a tailored approach to the social, political, economic, and environmental contexts of particular regions. However, undertaking effective transition planning is easier said than done. There are several considerations in front of policymakers, including the following:

Understanding the scale and scope of the problem. More nuanced understanding is needed about which regions in a country are most vulnerable to contraction in the oil and gas industry and about the workforce and community-level impacts of the transition. Additional data on workforce demographics, skills gaps, and hiring needs and analysis of the distributional impacts of the transition can help governments better design programs for workforce development.
Incorporating social dialogue and stakeholder engagement. It is crucial to ensure an inclusive and transparent planning process that incorporates local communities’ perspectives and empowers them with resources to drive their own economic transitions. This is especially important in communities where the oil and gas industry may employ few direct workers but can still have a disproportionate impact on the broader community through indirect and induced employment. The high number of contract workers will also necessitate new approaches to just transition planning and will require addressing issues such as how to meaningfully incorporate the voices of contract workers in future planning discussions. Opportunities for collective bargaining should also be explored as a mechanism to increase worker power and to provide them with support (i.e., retraining support) to navigate the transition. Finally, power imbalances between different stakeholders can undermine the effectiveness of just transition planning and will require careful consideration of strategies that can promote equal participation, knowledge sharing, consensus building, and decision-making between groups.
Strengthening social safety nets and providing transition assistance to workers and communities. Many middle-income countries do not have robust social safety nets, which can make it hard for them to respond to the fallout from the energy transition. Strengthening the social safety net for both formal and contract or informal workers by making the necessary investments in programs that provide employment insurance, childcare and health care for families, and poverty reduction services could be essential for ensuring that vulnerable workers and communities are able to survive periods of economic downturns (C. Graham 1997; Higdon and Robertson 2020).  Furthermore, governments will need to consider how they can provide transition assistance to workers dislocated by the transition (including contract workers), which could take the form of support for workforce training to transition workers to another industry, early retirement for older workers, and funding or assistance for relocation. There could be opportunities to deploy dislocated oil and gas workers for environmental remediation work as well as to employ them, with additional training, in the emerging clean energy economy, including in offshore wind, bioenergy, geothermal, and green hydrogen fuel (Cozzi and Motherway 2021; Raimi 2020).⁴¹ Most importantly, decisions about government retraining programs and whether to place workers in the clean energy industry or in a totally different industry should align with current employer demand and the job requirements of emerging employment opportunities in each region to ensure successful outcomes.

Creating Robust Funding Mechanisms to Finance the Transition

To be effective, just transition planning will need to incorporate both short-term (e.g., replacing lost revenue) and long-term support (e.g., training programs and economic diversification) for workers and communities. All this can only happen with dedicated funding that provides the certainty and predictability to support just transition plans that are put in place to guide spending and investment (Cha et al. 2019; Gerasimchuk et al. 2021; Zinecker et al. 2018). Although domestic sources of finance will be important, it is essential that international support be provided to support countries’ efforts to transition. Policymakers face at least three key considerations:

Equipping SNGs to deal with revenue loss. The loss of revenues as the oil and gas industry contracts could devastate local communities that depend on the industry. The ability of communities to compensate for the loss of revenues until new industries and employers take their place will likely vary considerably. National governments, therefore, will need to help affected communities and SNGs address the challenges of the transition. National governments can help SNGs plan ahead by incentivizing or mandating better subnational financial management of revenues and encouraging SNGs to invest these revenues during good times in building human, social, and physical capital to support the region’s economic diversification (Bauer and Gankhuyag 2020; Bauer et al. 2016). International support will also be critically important to enable SNGs to address any revenue gaps they face, especially given the potential implications for health care, education, and social services.
Identifying domestic sources of funding. Potential sources of funds—both to replace lost revenue and to support communities and workers—can come from earmarking or placing special taxes on fossil fuel extraction, reforming fossil fuel subsidies and reallocating their benefits, using income from sovereign wealth funds, or requiring the oil and gas industry to cover the cost of support for workers’ and communities’ transition and/or environmental remediation of polluted lands. In particular, IOCs that have operated in middle-income countries for years and have reaped the benefits of oil and gas extraction could also be expected to provide financial support for the transition. Furthermore, funding mechanisms should be closely tied to just transition plans, with the latter guiding spending and investment. Fiscal reform, more progressive taxation, and economic diversification might also provide revenues for governments that can be deployed for the transition.  Policymakers will need to carefully consider the trade-offs for each. Fossil fuel subsidy reform and fuel taxation, for instance, can be effective tools to generate revenue to fund just transition mechanisms, better target social programs, and strengthen social safety nets (Gass and Echeverria 2017; Gençsü et al. 2022). However, care must be taken that such reforms and taxes are well designed, carefully managed, and well communicated to ensure that vulnerable groups are not unduly harmed and can still access energy (Geddes et al. 2020; Sanchez et al. 2020; WRI 2021a).
Leveraging international support. At the global level, an energy transition that is equitable among countries will depend on those countries and institutions with greater resources supporting efforts in middle-income countries, especially those with low GDP per capita and high oil and gas shares of government revenue (Edmond 2022; IEA 2021a; Muttitt and Kartha 2020). Wealthy country governments and international institutions, including multilateral development banks (MDBs), will have to step up to assist middle-income countries in addressing challenges involving government revenues, worker and community transitions, and economic diversification.⁴² If scaled up and with appropriate accountability mechanisms, sustainable investment funds from private global investors could also provide an additional source of external revenue for countries seeking financial support for just transition efforts (Natalucci et al. 2021).⁴³ It may also be necessary to provide international support to middle-income countries that have recently discovered but not yet exploited oil and gas reserves; such support could enable them to pursue economic diversification strategies, including investing in clean energy, and resist economic pressure to produce oil and gas.

Although a decline in the oil and gas production sector will not happen overnight, it is nonetheless clear that the sector faces a challenging future. Oil and gas markets will likely continue to be volatile. And as technology for cleaner energy and transport advances, and worries about climate change mount, demand for oil and gas will slow over time.

Middle-income countries that depend on oil and gas revenues are likely to face the greatest challenges from this shift away from fossil fuels. A failure to proactively manage this transition will bring huge risks—to countries and local governments, communities, and workers.

It may be tempting to delay this planning, especially at moments when oil and gas prices are temporarily high. But the more that is done today—to build more diverse economies, to design support for workers and communities, and to develop broader sources of revenue—the less wrenching and costly and the more responsive to a country’s critical needs the transition will be.

National and subnational governments and other key stakeholders in middle-income countries, including NOCs, must play a key role in driving a just transition. But the international community, particularly richer countries, must also lend support. It is in the world’s interest to ensure that an inequitable energy transition in oil- and gas-producing middle-income countries does not jeopardize development and stability in those nations. Furthermore, failure to provide resources to these countries will make it difficult to reach the shared goal of global net-zero economies by 2050. IOCs that have been reaping the benefits of oil and gas extraction should also help finance this transition, clean up the sites polluted by their operations, and remediate the environmental damage they often leave behind.

The policies and financing that will be necessary for a just transition may not come easily, but without them many middle-income countries that depend on the oil and gas industry will find their economies, their governments, and their communities and workers at the whim of a shifting energy terrain. With a proactive and forward-looking approach, however, these countries can build stronger economies that will leave no one behind.

The authors consulted with the following experts:

Professor Kenneth Amaeshi, Chair in Sustainable Finance and Governance, School of Transnational Governance, European University Institute
Dr. Felix Amieyeofori, MD/CEO Entek Integrated Resources Limited
Mervin Azeta, SLB, USA
Juan Carlos Belausteguigoitia Rius, Director, Centro ITAM Energía y Recursos Naturales, Instituto Tecnológico Autónomo de México (ITAM)
Professor Gabriel Blanco, Centro de Tecnologías Ambientales y Energía, Facultad de Ingeniería, Universidad Nacional del Centro, Argentina
Mauro Fernández, Founder & President of Sociedad y Naturaleza, Senior Atlantic Fellow for Social and Economic Equity at the London School of Economics and Political Science, Independent Consultant
Philip Gass, International Institute for Sustainable Development
Olumide Idowu, Executive Director, International Climate Change Development Initiative
Eugene Itua, Natural Eco Capital
Marco Jano Ito, Centro Mario Molina
Antonia Juhasz, oil and energy analyst
Eric Ling, Vivid Economics
Enrique Maurtua Konstantinidis, Senior Consultant on Climate  Change Policy
Huzi I. Mshelia, Director, Clean Energy Consult, Abuja
Hauwa Mustapha, Focal Point, Climate Change Program, Nigeria Labour Congress
Greg Muttit, International Institute for Sustainable Development
Chigozie Nweke-Eze, Founder, Integrated Africa Power (IAP) Ltd.
Pedi Obani, University of Bradford
Osemhen Okenyi
Chukwumerije Okerere, Director of the Centre for Climate Change and Development at Alex Ekwueme Federal University Ndufu-Alike Nigeria and a World Resources Institute (WRI) consultant specializing in Nigeria
Comrade Afolabi Olawale, General Secretary of the Nigeria Union of Petroleum and Natural Gas Workers, affiliate of Nigeria Labour Congress and IndustriALL Global Union
Rosario Osobase, Managing Director, Tenaris Nigeria
Dr. Richard Victor Osu, Energy Transition and Climate Consultant
Oladunni Owo, CEO / Principal Consultant, Blackgold Energy Authorities & Advisory, Nigeria
Sandeep Pai, Center for Strategic and International Studies
Daniel Raimi, Resources for the Future

In addition to the individuals above, the authors also consulted other stakeholders from Argentina and Nigeria from a cross section of society, including representatives from government, nongovernmental organizations, members of civil society and unions, and the private sector.

All research consultations were conducted virtually between February and September 2021.

	Africa		Latin America		Asia
	Permanent (US$/year)	Contract (US$/day)	Permanent (US$/year)	Contract (US$/day)	Permanent (US$/year)	Contract (US$/day)
Accountant	42,921	392	30,500	206	35,662	291
Administrator	20,958	140	17,400	131	18,908	131
Chemical engineer	75,810	554	35,100	256	50,696	387
Civil engineer	50,776	511	43,200	256	44,482	336
Commissioning engineer	82,826	770	25,000	345	69,612	511
Construction engineer	74,443	715	46,800	327	62,352	471
Construction manager	84,265	899	59,700	414	75,518	583
Contracts manager	54,559	700	46,900	377	42,518	384
Drilling engineer	74,636	880	70,000	510	68,589	616
Drilling supervisor	124,927	1,232	105,800	842	103,897	886
Electrical engineer	70,026	714	54,6000	385	57,011	476
Finance manager	71,678	680	58,100	437	59,250	455
Geophysicist	78,999	1,088	60,400	425	63,043	488
Health, safety, and environmental manager	71,192	690	45,100	343	60,291	504
Inspection engineer	75,779	687	63,300	389	68,839	490
Instrumentation engineer	80,769	756	58,500	403	53,244	403
Maintenance engineer	71,537	729	52,000	297	56,753	415
Mechanical engineer	63,478	634	52,900	372	49,415	371
Process engineer	80,899	816	58,000	378	66,198	482
Production engineer	68,703	623	57,700	432	52,498	386
Project engineer	76,811	721	50,900	334	65,053	482
Project manager	77,769	817	56,400	381	66,800	497
QA/QC inspector	63,652	647	46,759	292	56,282	428
Reservoir engineer	88,075	817	62,800	438	81,663	544
Welding engineer	61,786	816	39,650	261	40,477	279

Notes: QA/QC = quality assurance/quality control. All figures are in 2022$.

Source: Airswift and Energy Jobline 2022.

APSAnnounced Pledges Scenario

bcmbillion cubic meters

CISCommonwealth of Independent States

D-NOCdomestic national oil company

GDPgross domestic product

GNIgross national income

HCTFhost community trust fund

IEAInternational Energy Agency

ILOInternational Labour Organization

I-NOCinternational national oil company

IOCinternational oil company

JETPJust Energy Transition Partnership

mb/dmillion barrels per day

MDBmultilateral development bank

NLCNigeria Labour Congress

NNPCNigerian National Petroleum Corporation

NOCnational oil company

NUPENGNational Union of Petroleum and   Natural Gas Workers

NZENet Zero Emissions by 2050 Scenario

PemexPetróleos Mexicanos (Mexican Petroleum)

PENGASSANPetroleum and Natural Gas Senior Staff   Association of Nigeria

PIAPetroleum Industry Act

QA/QCquality assurance/quality control

SDSSustainable Development Scenario

SNGsubnational government

STEPSStated Policies Scenario

STPRMSindicato de Trabajadores Petroleros de la   República Mexicana

YPFYacimientos Petrolíferos Fiscales   (Fiscal Oilfield Deposits)

We round numbers to the nearest thousand. The total may not be equivalent due to rounding. Exact results can be found in Appendix D.
The total net effects presented here do not include the jobs effects of renewable energy to support EVs or of Inflation Reduction Act EV tax credits because our figures for these were based on a back-of-the-envelope analysis rather than a full modeling analysis..
The transportation sector was the second-largest source of greenhouse gas emissions in 2021 in Michigan, accounting for 28 percent of total emissions (Rhodium Group 2022). While the transportation sector accounts for emissions from sources beyond LDVs—such as medium- and heavy-duty vehicles, aviation, rail, and others—LDVs are the largest contributor in Michigan as well as in many other states. Michigan has a goal to reduce statewide emissions by 28 percent by 2025 and 52 percent by 2030, relative to 2005 levels, and to achieve economy-wide carbon neutrality by 2050.
OFME has six objectives: increase mobility investment in Michigan; expand Michigan’s smart infrastructure; engage more mobility startups; further enable Michigan’s mobility workforce; accelerate vehicle adoption in Michigan; and bolster Michigan’s mobility manufacturing core (OOTG 2020).
Since the creation of the SOAR Fund, Michigan has secured $7 billion in investment from GM and $2 billion from Ford to support EV manufacturing and $375 million from Hemlock Semiconductor Operations to improve the semiconductor supply chain (Pohl 2022).
These incentives take the form of tax breaks or grants given by the government to companies to influence the latter’s decisions about business location, expansion, and even job retention.
Research from Mazerov and Leachman (2016) noted that states are better off producing more homegrown businesses and helping fast-growing startups already in their state rather than luring businesses from other states. Their analysis found that the vast majority of jobs are created by companies that are already present in a state and that startups are the fundamental drivers of job creation when the US economy is doing well.
Bartik (2015) noted that incentives are more effective when they apply to the following: new investments and not to businesses that are already in the state; jobs that provide a high wage premium, which boosts multiplier effects and raises average state earnings per worker; and businesses that create jobs that go to state residents. Incentives can also be made more effective by aligning economic development policies with equity and inclusive growth goals (Germán and Parilla 2021).
One analysis estimated that emerging mobility trends around autonomous vehicles (AVs) and electric cars could create an additional 115,000 jobs in the US automotive industry by 2028 (Mosquet et al. 2019). Of these, 30,000 jobs would be in computer engineering, 15,000 in traditional engineering, and 70,000 in skilled trades including mechanics for AVs and EVs. With less than 1 percent of college graduates with degrees in computer science, computer engineering, and software engineering entering the automotive industry, the analysis further estimated that the national demand for engineering graduates in the AV and EV industry could be six times greater than the available supply (Mosquet et al. 2019).
This analysis was done by Boston Consulting Group as part of a presentation titled “Improving Michigan’s EV Competitiveness” from October 2021 and shared with WRI.
Another study estimated that EV owners can save up to $1,000 annually on fuel costs compared with driving an equivalent gasoline car. They can also save up to $4,600 on maintenance and repair over the lifetime of the vehicle (assuming 200,000 miles) (Preston 2020).
For a more detailed understanding of how EVs differ from ICE vehicles, please see Appendix A in UAW (2019) and Küpper et al. (2020).
The Economic Policy Institute study modeled various scenarios to estimate jobs impacts. In a basic scenario in which BEVs reach a 50 percent national market share by 2030, 33,147 jobs are lost in auto assembly and 40,668 in auto parts. The study then layered on additional assumptions to this analysis. If the domestic production of components that make up the EV powertrain such as the battery pack and the electric motor increase to the same level as the domestic content of ICE powertrains, the job loss in auto parts is only 2,515 by 2030, while the job loss in auto assembly is unchanged. If in addition to that change, the share of US-made cars sold domestically increases by 10 percent, there are positive jobs impacts in both auto assembly (+3,184) and auto parts (+149,401). This study was conducted prior to the passing of the Inflation Reduction Act, which does aim to increase domestic content in EV production.
The current policy scenario from Baldwin et al. (2021) assumes that EVs will comprise 45 percent of new LDV sales, 38 percent of MDV sales, and 12 percent of heavy-duty truck sales in 2035. The clean electricity share is 47 percent by 2035 in this scenario. This does not consider the impact of the passing of the Inflation Reduction Act.
The Michigan Healthy Climate Plan has separate goals for vehicles sold and EV charging Infrastructure. Its goal for light-duty vehicle sales is 50 percent by 2030, which is closest to our Current Policy scenario discussed in Appendices C and D and amounts to about 1.2 million EVs on the road by 2030. However, the plan also has a goal of deploying charging infrastructure to support 2 million EVs by 2030, which is closest to our All Electric by 2033 scenario and the goal we sought to highlight here.
An alternate option would be to compare the All Electric by 2033 scenario to a less ambitious EV penetration scenario instead of to a No Transition scenario, but we decided not to do this as it would be less insightful. Even a less ambitious EV penetration scenario entails profound changes to Michigan’s jobs, so we wanted to capture those effects in our results too. Comparing an All Electric by 2033 scenario to a No Transition scenario allows us to understand the total difference between the old way of producing vehicles and the new way, rather than just the difference between a high EV penetration scenario and a lower EV penetration scenario.
The BEAN tool provided cost projections for only 2020, 2025, 2030, and 2045, so we estimated costs in the intervening years based on the trend. The market shares of compact cars, midsize cars, sport-utility vehicles, and light-duty trucks are held constant at 2020 levels over the full 2024–40 period. See Appendix C for more detail.
Our modeling for electricity purchases considers the jobs effect of operation of electricity generation, transmission, and distribution but not new construction. Our modeling does not consider the effects of a shift to renewable energy in electricity generation, but we present indicative results of a related thought experiment on the topic.
Our results for the rest of auto manufacturing except batteries encompass not only manufacturing but also the transport, wholesale, and retail dealership jobs that go along with manufacturing. The vast majority of the jobs effects will be in manufacturing itself. Our modeling applies a simple ratio to the changes in manufacturing expenditure to determine the effect on transport, wholesale, and retail dealerships based on the past economic relationship, and we do not add any specific assumptions about how the shift to EVs will change these jobs beyond changing costs.
Throughout this section, we generally round numbers to the nearest thousand. The total may not be equivalent due to rounding. Exact numbers can be found in Appendix D.
In input-output models such as the DEEPER model used for this report, a decrease in spending in a sector automatically translates to a decrease in jobs.
Some gas stations, for instance, have installed Level 3 chargers in a bid to appeal to both EV drivers and those driving gas-powered cars. However, installing chargers at gas stations can be expensive for a small business, and gas stations will face intense competition from other public EV chargers (Heilweil 2022).
The Sustainable Transportation Education Program provides middle and high school students training and curricula related to EVs, plug-in hybrid vehicles, alternative fuels, and the smart grid, among other things. The curricula are STEM-based and emphasize problem-solving, critical thinking, and inquiry-based learning. The program is funded by Duke Energy (NCSU n.d.).
Forty-nine percent of Michigan residents had either a postsecondary degree or an industry credential in 2020, which is slightly lower than the national average of 52 percent (MISD n.d.). Since then, the number of students heading to college has been declining due to disruption caused by the pandemic (Steel 2022).
The R&D tax credit is a dollar-for-dollar credit that can be claimed by companies to offset costs spent on research and development to benefit their businesses. Michigan currently does not have this, while many states offer it. House Bill 5601, which has not been enacted, provides a tax credit equal to 15 percent of qualified research expenditures incurred by businesses in Michigan (Sanchez 2022).
Ninety-six of the top 100 automotive suppliers in North America have a presence in Michigan, with 60 of them headquartered in Michigan (MICHauto 2021).
In August 2022, Ford and DTE Energy entered into an agreement for the utility to add 650 megawatts of new solar power through its MIGreenPower. This is the largest renewable energy purchase made from a utility (Pearl 2022).
One study assessing the effectiveness of state-level financial incentives for BEV adoption found that there is an 8 percent increase in BEV registrations per thousand dollars of incentives offered. Considering the total value of incentives, there is an 11 percent increase in total BEV adoptions compared with a counterfactual scenario where there are no state-level incentives (Clinton and Steinberg 2019).
At least 30 states have established some kind of fee, which range from $50 in South Dakota to $235 for EVs over 8,000 pounds in Michigan. Michigan charges an annual base fee of $100 for EV owners. In addition, it charges $5 more for every 1 cent increase in state gas tax (Igleheart 2022).
AB 970 states that permitting for projects with less than 25 charging stations at a single site will be deemed complete if after five business days the city or county has either not found the application to be incomplete or issued a written deficiency notice. If the project has 26 or more charging stations at a single site, then the application will be deemed complete after 10 business days and will be deemed approved 40 business days after deemed complete (TrackBill 2021).
A few Michigan localities such as Ann Arbor and East Lansing have passed zoning ordinances requiring EV readiness. However, a statewide EV readiness code could be more transformative. The installation of EV chargers in parking lots requires the construction of a conduit through concrete to connect the electric vehicle supply equipment with electrical connection. It is more cost effective to do this when a building is being built or undergoing a major renovation.
For more information on New Jersey’s Model Statewide Municipal Electric Vehicle (EV) Ordinance, see NJDCA (2021). For more information on Oregon’s HB 2180, which amended the state building code to include charging stations for EVs, see OSL (2021).
For more information, see CARB (2022).
Both DTE Energy and Consumers Energy incentivize EV drivers to charge at home during off-peak hours. DTE Energy, for instance, offers three EV electric pricing options while Consumers Energy offers a “nighttime savers rate” (DTE Energy n.d.; Consumers Energy n.d.).
Make-ready programs can vary in design. However, they typically require the utility to cover all or a portion of the cost of installing equipment and wiring on the utility side of the meter and sometimes on the customer side of the meter (Hernandez 2022). Utilities can recover the cost by adding the infrastructure to their rate base or using another recovery mechanism.
The MassHire Rapid Response Team, for instance, is part of Massachusetts’ Department of Career Services. It helps employers and employees during layoffs across sectors by facilitating meetings between employers and staff, helping workers understand the rights and benefits afforded to them, and connecting workers with other career services as needed (COM n.d.).
This recommendation is geared toward helping workers employed in large auto manufacturing facilities and facing the potential of mass job displacement. The diffuse nature of workers employed at gas stations and maintenance and repair shops—which are located across the state, are typically small businesses with fewer workers, and will face different timelines of closure—makes it more difficult to target this recommendation to help those workers.
Michigan had prevailing wages from 1965 until the legislature repealed them in 2018 after a statewide petition drive. Governor Whitmer reinstated them in October 2021, requiring that prevailing wages be paid for any construction project funded with state money (OOTG 2021a). In March 2023, Michigan enacted a law restoring a construction industry prevailing wage.
There are concerns that a wage increase as a result of policies like prevailing wages could raise the cost of clean energy projects, slowing their development. However, evidence so far suggests that there are modest increases in cost, which are often offset by productivity improvements as higher wages lead to more efficient work (Mayfield and Jenkins 2021; Jones 2020).
For instance, the manufacturing of internal combustion engines can serve as a comparable job for the manufacturing of battery cells. A recent analysis comparing the skills requirement for the two jobs found that “the skill requirements for manufacturing BEV powertrain components lie within the range of skill requirements for ICE vehicle powertrain components” (Cotterman 2022).
In the past, some EV companies, like some employers in other industries, have used different tactics, sometimes illegally, to discourage unionization among employees. For example, the National Labor Relations Board upheld a ruling against Tesla for illegally firing an employee attempting to organize other workers (NLRB 2021), while the chief executive officer of Fuyao Glass was filmed discussing employees that had been fired for attempting to unionize as well (Schladen 2020). At a Nissan plant in Mississippi, the National Labor Relations Board also formally charged the company with 24 counts of lawbreaking, including banning the distribution of pro-union literature and interrogating employees about their intentions to vote for unionization (NLRB 2017).
In December 2020, workers at the Ultium Cells battery plant in Lordstown, Ohio, voted to join the UAW by a margin of 710 to 16, the first successful union vote at a battery cell plant, of which there are currently relatively few in operation.
Wage boards set multiple minimum pay standards by industry and occupation, which are arrived at via consultations with stakeholders. These can set wages above state or local minimum wages and can provide pay differentials for workers with additional skills. A handful of states, including Arizona, Colorado, California, New Jersey, and New York, have passed legislation that allows for creating wage boards, but they have been used infrequently. The most recent example is from New York where a wage board raised the minimum wage for fast food workers to $15 per hour (Wall and Madland 2021; Dube 2020).
In 2016, Mitsubishi closed a facility in Illinois, though it has since been bought by Rivian and employs nearly 6,300 people, which is double the number of people employed by Mitsubishi at the same facility (Whalen 2022). Additionally, GM closed a facility in Lordstown, Ohio, in 2019 that employed about 1,500 people, despite having received millions of dollars in tax credits for opening and operating the facility through 2027 (Vanac 2021). Because of the closure, GM has agreed to invest millions in the local community and repay the money it received. In December 2022, Stellantis announced plans to “idle” a manufacturing facility in Belvidere, Illinois, in February 2023, which resulted in indefinite layoffs for over 1,300 employees. Importantly, temporary closures are a natural part of the auto industry due to factors such as shortages of parts or supply disruptions, though such events can have a significant impact on workers and communities (Mahoney 2022).
As part of the Economic Recovery Act of 2020, New Jersey has created a seven-year, $14 billion package of tax incentives, financing, and grant programs. For projects that exceed $10 million in total project costs, project developers are required to enter into a CBA with the New Jersey Economic Development Authority, the county, and the municipality (NJEDA n.d.).
Detroit’s Community Benefits Ordinance is triggered when a project is $75 million or more in value, receives $1 million or more in property tax abatement, or receives $1 million or more in a transfer of city-held land. The Planning and Development Department establishes a nine-member Neighborhood Advisory Council to work with the project developer to secure community benefits (COD n.d.). Critics of the ordinance have put forth several recommendations to strengthen it. Groups like Detroit People’s Platform and Equitable Detroit Coalition have recommended lowering the monetary threshold for projects, changing the composition of the Neighborhood Advisory Council, and making the agreements legally enforceable.
In 2012, Senate Bill 535 established requirements for minimum funding levels to disadvantaged communities and gave the California Environmental Protection Agency (CalEPA) the responsibility for identifying those communities. In May 2022, CalEPA released its updated designation of disadvantaged communities, which is based on the latest iteration of CalEnviroScreen 4.0, the state’s environmental justice mapping tool (CEPA n.d.).
The New Jersey Department of Environmental Protection (NJDEP) published draft rules for implementation of the state’s Environmental Justice Law in June 2022. The legislation defines an overburdened community as one in which at least 35 percent of the households qualify as low-income households; at least 40 percent of the residents identify as minority or as members of a state-recognized tribal community; or at least 40 percent of the households have limited English proficiency. To determine whether a project is in an overburdened community, NJDEP developed the Environmental Justice Mapping, Assessment, and Protection Tool (NJDOE n.d.).

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We would like to thank those who provided valuable inputs, insights, and feedback for this paper, including Juan-Carlos Altamirano, Ralien Bekkers, Andrzej Blachowicz, Sian Bradley, Mike Coffin, Bert De Wel, Carole Excell, Philip Gass, Hayden Higgins, Joel Jaeger, Deepak Krishnan, Glada Lahn, Zhe Liu, Fairuz Loutfi, David Manley, Enrique Maurtua Konstantinidis, Linus Mofor, Pedi Obani, Sandeep Pai, Camila Pereira Rego Meireles, Mark Robinson, Joachim Roth, Ana Belen Sanchez, Rajat Shrestha, Joe Thwaites, Chikondi Thangata, and Jesse Worker.

Although the contributions from reviewers are greatly appreciated, the findings and recommendations presented in this report are those of the authors alone.

We also wish to thank Emily Matthews, Kathy Schalch, and Laura Malaguzzi Valeri for their counsel; Renee Pineda and Emilia Suarez of WRI’s Research, Design, and Innovation Department for their insights; Romain Warnault for coordinating the production process; Shannon Collins and Sara Staedicke for graphics, design and layout; Lauri Scherer for copyediting; Molly Bergen and Rhys Gerholdt for providing communications and engagement support; and Arjun Iyer for providing overall project support.

This project was made possible through the generous support of the Ikea Foundation and the Federal Ministry for Economic Cooperation and Development of Germany (BMZ).

Devashree Saha is a Senior Associate at WRI.

Contact: devashree.saha@wri.org

Ginette Walls is a Research Associate at WRI.

Contact: ginette.walls@wri.org

David Waskow is Director of International Climate Action at WRI.

Contact: david.waskow@wri.org

Leah Lazer is a Research Associate at WRI.

Contact: leah.lazer@wri.org

World Resources Institute is a global research organization that turns big ideas into action at the nexus of environment, economic opportunity, and human well-being.

Our challenge

Natural resources are at the foundation of economic opportunity and human well-being. But today, we are depleting Earth’s resources at rates that are not sustainable, endangering economies and people’s lives. People depend on clean water, fertile land, healthy forests, and a stable climate. Livable cities and clean energy are essential for a sustainable planet. We must address these urgent, global challenges this decade.

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We envision an equitable and prosperous planet driven by the wise management of natural resources. We aspire to create a world where the actions of government, business, and communities combine to eliminate poverty and sustain the natural environment for all people.

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Count It

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Just transitions in the oil and gas sector

Highlights

Executive Summary

Background

About This Working Paper

Summary Findings

Key Considerations for Policymakers

Introduction

Growing Pressure to Move Away from Fossil Fuels

The Role of Oil and Gas Companies in the Energy Transition

The Benefits and Risks of Transitioning Away from Oil and Gas

Revenue Loss and Implications for National Economies

Decreased Spending on Social Programs and Public Infrastructure

Decreased SNG Revenue

Public Sector Job Loss

Impacts on Fossil Fuel Subsidies

Energy Transition Implications for Workers Supported by Oil and Gas

Impact on Employment of Phasing Out Oil and Gas

Just Transition Implications Arising from Employment Characteristics of Workers Supported by Oil and Gas

Key Considerations for Policymakers to Enable a Just Transition away from Oil and Gas

Pursuing Economic Diversification

Developing Proactive, Long-Term, and Place-Based Planning

Creating Robust Funding Mechanisms to Finance the Transition

Conclusion

Appendix A: Research Consultations

Appendix B: Comparison of Compensation for Workers across Africa, Latin America, and Asia

Abbreviations

Endnotes

References

About the Authors

About WRI