About

Benjamin Sovacool is a Professor and Director of the Institute for Global Sustainability at Boston University. His work as a researcher and consultant focuses on global energy policy and politics, energy security, energy justice, climate change mitigation, and climate change adaptation. His research specifically emphasizes renewable energy and energy efficiency, the politics surrounding large-scale energy infrastructure, and the development of public policies aimed at improving energy security and access to electricity. Additionally, Sovacool's work addresses the ethics and justice of energy systems and the building of adaptive capacity to respond to the consequences of climate change.

Research topics

• Sociology
• Political Science
• Computer Science
• Economics
• Engineering
• Social Science
• Business
• Law
• Electrical engineering
• Transport engineering
• Natural resource economics
• Ecology
• Public economics
• Environmental economics
• Geography
• Law and economics
• Regional science
• Environmental science
• Marketing
• Actuarial science
• Mathematics
• Criminology
• Chemistry
• Physics

Selected publications

• A critical meta-survey of the lifecycle greenhouse gas emissions of hydrogen energy systems

  Energy Research & Social Science · 2026-01-14

  articleOpen access1st author

  Hydrogen energy systems are central to decarbonization strategies, yet their full climatic footprint remains contested. Lifecycle assessments reveal significant variability influenced by feedstock choices, energy inputs, and production processes. This paper conducts a meta-survey to examine assumptions behind varying estimations and identify improvement areas. We analyzed 653 academic studies, applying rigorous exclusion criteria to extract 906 estimations across ten lifecycle stages from 109 peer-reviewed studies covering 90 % of global hydrogen production over 2000–2024. We calculated emissions intensities based on grams of carbon dioxide equivalent per kilowatt-hour (gCO 2 e/kWh) and kilograms per kilogram of hydrogen produced (kgCO 2 e/kgH 2 ), disaggregating estimates by hydrogen “colors” (turquoise, blue, green, etc.) based on different energy inputs. Results indicate median carbon footprints for production alone of 164.3 gCO 2 e/kWh or 5.5 kgCO 2 e/kgH 2 . Full lifecycle accounting—including upstream sourcing, conversion, storage, distribution, end-use, and decommissioning—increases total median footprints to 435.4 gCO 2 e/kWh or 15.2 kgCO 2 e/kgH 2 . Mean values are significantly higher (1038.4 gCO 2 e/kWh and 34.5 kgCO 2 e/kgH 2 ), highlighting extreme outliers' impact. Key variability sources include process type, energy inputs, sectoral application, geographic location, leakage rates, and system capacity. We identify gaps in lifecycle methodologies, particularly system boundary definitions, reporting standards, and end-of-life infrastructure treatment. The findings challenge generic assumptions about hydrogen's climate benefits and emphasize the need for granular, pathway-specific analysis in policy, investment, and modeling decisions.

  PublisherDOI

• Poisoned together in prison: Toxicant politics, disposability and carceral capitalism in testimonies of electronic & military waste recycling in a sunbelt Gulag

  Political Geography · 2026-02-20

  articleOpen accessSenior author
  PublisherDOI

• Conflicted about building decarbonization: Contested climate justice imaginaries in expert visions of low-carbon and net-zero buildings

  Urban Climate · 2026-01-29

  articleOpen access1st authorCorresponding

  What expert driven imaginaries are emerging around net-zero infrastructure and the decarbonization of buildings? Based on 60 original expert interviews conducted in the United States, this study examines how climate justice considerations shape sociotechnical imaginaries of building decarbonization. The study identifies six distinct imaginaries, three positive: “A critical pathway to net-zero climate resiliency,” “Achieving racial, housing and health justice,” and “An engine for jobs and community growth;” and three negative: “A gentrified nightmare for disadvantaged groups,” “Expensive buildings and unhealthy polluted cities,” and “A corrupt boondoggle doomed to fail.” The study then analyzes these imaginaries according to Watkin's framework of places, spaces, and transformation, as well as contestation, paradox, and professional identity. Imaginaries shape not only the life trajectories of buildings and technologies within them, but distinct visions of risk and benefit, public good, equity and justice. Moreover, imaginaries can help target assessment of what people want or fear from climate action and help direct cities toward visions of the just city that are coupled with the social, material, cultural, and symbolic aspects of their city, rather than only standardized indicators remotely detached from the desires of residents. These findings are put into context with “agonistic policy spaces,” justice paradoxes, and insights for urban governance. • Uses rich empirical data to identify six distinct imaginaries about building decarbonization. • Explores sub-national imaginaries rather than top-down national visions, highly relevant for urban climate governance. • Uses Watkins' spatial imaginaries framework and sociotechnical imaginaries theory. • Discusses “agonistic policy spaces” and justice paradoxes.

  PublisherDOI

• Beyond geography, destiny, and politics: Exploring policy styles for industrial decarbonisation in Norway, the United Arab Emirates and the United States

  Energy Research & Social Science · 2026-02-01

  articleSenior author
  PublisherDOI

• Cities need an integrated and holistic approach to health adaptation in climate planning

  Nature Cities · 2026-01-06 · 2 citations

  articleOpen accessSenior author

  Abstract Despite critical intersections between exposure to the impacts of climate change and public health, barriers to implementing health adaptation remain. A strong commitment from city governments could be a solution. We reviewed 55 city climate adaptation plans from 2016 to 2024 for health comprehensiveness, dimensions of health (physical, mental and social), equity and vulnerability, and implementation readiness. Here we found that 20% of cities did not meaningfully include health, 29% acknowledged the health impacts of climate change but did not have health-related adaptation strategies, 40% considered some level of health-related adaptation strategy and 11% had health-specific adaptation strategies, but no plans matched our definition for having a prioritized and holistic integration of health. Only six cities—Chennai, Dar es Salaam, Delhi, Salvador, Singapore and Tshwane—had comprehensive health interventions outside of heat and air pollution. Plans most commonly do not focus on mental health or social capital, and plans also tend to neglect compelling areas of equity, justice and implementation. As such, our analysis shows that the awareness of health impacts is prevalent at the city level, but the integration of holistic health strategies in adaptation plans still lags.

  PublisherOA PDFDOI

• Reviewing the socio-technical dynamics of AI, data centers and digitalization on energy and the environment

  Renewable and Sustainable Energy Reviews · 2026-03-12

  articleOpen accessCorresponding

  |The recent and rapid expansion of artificial intelligence (AI), data centers, and other digitalization technologies has accelerated global electricity consumption, creating a new paradigm in energy and growth. Still, no comprehensive framework exists to evaluate the role of low-carbon innovations across AI's complex sociotechnical ecosystem. This review addresses three questions: What low- and zero-carbon technologies can help mitigate the energy and carbon footprint of AI and digitalization? What barriers prevent their adoption? Which policy interventions can overcome these barriers? Using a sociotechnical systems approach, we conducted a systematic literature search and screened 364 articles published from 2000 to 2025 to analyze impacts and opportunities across four critical dimensions of AI, data centers, and digitalization provisioning: natural resources, facilities and components, applications, and users and institutions. We identify over 70 mitigation technologies, with reported energy reductions ranging from 13% to 94% across individual studies, alongside projections in high-growth scenarios where data center electricity demand could grow by 13–15% per year to 2030. Three barrier categories emerged: technological constraints, institutional and political limitations, and behavioral resistance. Policy measures such as carbon pricing and mandatory energy reporting, and operational strategies, such as geographic load balancing, are frequently highlighted as high-leverage options for overcoming these barriers. This holistic STS framework provides a foundation for future interdisciplinary research and policy development, identifying critical research gaps including demand forecasting, Global South equity, and organizational change. • A sociotechnical systems approach is used to understand and assess digitalization-energy interactions. • Innovations to achieve a sustainable AI-driven digital future are reviewed. • Institutional constraints, technology gaps, and resistance to behavioral change are major barriers. • Categorized policy options are suggested to overcome identified barriers. • Nine future research agendas are identified.

  PublisherDOI

• Faster, higher, fairer? How multi-level instrumental justice reconfigures net-zero energy transitions in China

  Energy Policy · 2026-04-13

  articleOpen accessSenior author

  As global net-zero targets accelerate, China's state-led decarbonization process, with its unprecedented scale and speed, has become a key reference point in the global energy transition. However, while China's rapid decarbonization has resulted in significant emission reductions and technological breakthroughs, it has also raised potentially profound equity challenges. This paper harnesses a novel Governance-Justice Nexus analytical framework to examine how state-led campaign-style governance reshapes the landscape of fairness across different dimensions of energy justice. Drawing on 52 semi-structured expert interviews and fieldwork conducted across China's three major industrial clusters, this study reveals how campaign-style governance instrumentalizes justice objectives during policy implementation. This study shows that while state mobilization ensures the speed and goal orientation of the decarbonization process, it also reproduces structural inequalities across regions, industries, and social groups. The differences between coastal and inland areas, state-owned and private enterprises, and core industries and marginalized groups are reinforced by the logic of governance, but within these constraints, new forms of dynamic inclusion have also emerged. Theoretically, this study inductively derives the concept of instrumental justice from empirical findings, capturing a distinctive mode in which justice is embedded as a manageable and adjustable element within state-led governance, serving broader political objectives. The findings not only extend the applicability of energy justice theory beyond Western political systems, but also offer new analytical insights into the evolving justice dynamics of rapid decarbonization in the Global South.

  PublisherDOI

• A Not‐So‐Just Transition? Examining the Effects of Coal Sector Decline on Life Expectancy in U.S. Counties

  Rural Sociology · 2026-01-23 · 2 citations

  articleOpen access

  ABSTRACT Driven by climate and energy policy priorities in national and global contexts, coal phase‐out is expected to improve public health outcomes by reducing human exposure to air, water, and soil pollution and decreasing the number of workers in dangerous mining conditions. However, the transition may also increase economic distress in mining communities leading to poorer health outcomes—possibly offsetting the benefits of phasing out coal. We examine this hypothesis by assessing the relation between coal production, working hours per miner, coal mining employment, and life expectancy in 3076 U.S. counties (97.9% of all U.S. counties) from 2012 to 2019. We develop and apply a novel spatial modeling approach that combines the high‐dimensional half‐panel jackknife fixed effects estimator with the spatial lag of X model and examine whether increases and decreases in each predictor are associated with life expectancy. We find that an increase in coal mining employment in adjacent counties increases life expectancy in the focal county in the short and long run and vice versa for a decrease in employment, and that decreases in miner labor hours in adjacent counties increase life expectancy in the short and long run in the focal county. We also find that effects differ in Appalachia compared to the rest of the country—where increases in coal production are associated with decreases in life expectancy and is also where the effects of coal mining employment are concentrated. These findings suggest that both increasing and decreasing reliance on coal can negatively impact population health, and that these competing exposures underscore the importance of a Just Transition away from fossil fuels.

  PublisherOA PDFDOI

• Sustainable development and Africa’s critical minerals: A multi-framework approach

  The Extractive Industries and Society · 2026-03-28

  article
  PublisherDOI

• Reviewing metrics and indicators for energy, climate, and environmental justice: A synthesis of 25 years of research

  Energy Research & Social Science · 2025-12-01 · 1 citations

  articleOpen access
  PublisherDOI

Frequent coauthors

• Dylan D. Furszyfer Del Rio

  137 shared

• Lance Noel

  NuVasive (United States)

  79 shared

• Johannes Kester

  University of Oxford

  78 shared

• Gerardo Zarazua de Rubens

  Aarhus University

  64 shared

• Steve Griffiths

  Khalifa University of Science and Technology

  60 shared

• Chad M. Baum

  60 shared

• Mari Martiskainen

  University of Sussex

  57 shared

• Aoife Foley

  57 shared

Education

• Ph.D., Public Policy

  Massachusetts Institute of Technology

  2000

• M.S., Technology and Policy

  Massachusetts Institute of Technology

  1997

• B.A., Environmental Studies

  University of Wisconsin-Madison

  1994