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Eleonora BargiacchiView profile

Lecturer

• Renewable Energy Systems
• Life Cycle Assessment
• Hydrogen Technologies
• +3 more

Dr. Eleonora Bargiacchi is a Lecturer at ETH Zurich in the Energy and Process Systems Engineering (EPSE) Group, led by Professor André Bardow. She holds a BSc and MSc in Energy Engineering from the University of Pisa, Italy, and a PhD from the DESTEC Department at the University of Pisa, focusing on Life Cycle Assessment (LCA) of Carbon Capture Utilization pathways. Her postdoctoral research included roles at IMDEA Energy Institute (Spain) and ETH Zurich, where she contributed to European projects like SH2E and eGHOST, addressing hydrogen sustainability and eco-design. Education: BSc and MSc in Energy Engineering, University of Pisa (Italy) PhD in DESTEC Department, University of Pisa (Italy) Research Interests: Eleonora’s work centers on sustainable energy systems, with a focus on Life Cycle Assessment (LCA), eco-design of hydrogen technologies, and renewable energy integration. Her research explores the environmental and economic potential of hydrogen production from bio-alcohols, photocatalytic processes, and hybrid energy systems. She also investigates social and circular economy dimensions of fuel cell technologies and policy frameworks for hydrogen mobility. Research Trends: Her articles highlight themes such as optimizing hydrogen production pathways, evaluating renewable energy storage systems (e.g., power-to-gas), and applying LCA to assess sustainability metrics for emerging technologies. Recent work emphasizes solar-driven processes and policy alignment for decarbonizing mobility. Advising and Grants: While no students or specific grants are listed, her postdoctoral roles involved collaborative projects funded by EU initiatives like SH2E and eGHOST. Her work often aligns with interdisciplinary teams addressing energy and environmental challenges. Labs and Teams: As part of ETH Zurich’s EPSE Group, she contributes to research on energy systems modeling and sustainable process engineering, leveraging advanced analytical tools for system optimization.

Adriana Marcucci BustosView profile

Research Fellow

• Energy Systems Modelling
• Climate Change Mitigation
• Integrated Assessment Models
• +2 more

Dr. Adriana Marcucci Bustos is a Research Fellow at the Energy Science Center (ESC) at ETH Zürich, where she coordinates the SWEET-CROSS project. She holds a PhD from the Paul Scherrer Institute and previously worked as a scientist in the Joint Activity Scenarios and Modelling (JASM) collaboration. Her research focuses on evaluating decarbonization pathways using energy technology and integrated assessment models to address climate change mitigation at Swiss and global levels. Key research interests include energy system transitions, policy impact analysis, and probabilistic assessments of climate targets. Her work combines techno-economic modeling with policy evaluation to inform sustainable energy strategies. Dr. Marcucci Bustos's publications demonstrate a consistent focus on multi-model approaches to climate policy analysis, with recent work emphasizing Swiss decarbonization scenarios and feasibility studies for the Paris Agreement targets. Her methodological contributions advance integrated assessment techniques for energy transition planning.

Anton OvchinnikovView profile

Professor

• Management Analytics
• Behavioral Operations
• Revenue Management
• +5 more

Anton Ovchinnikov is a Professor at Smith School of Business, Queen's University, holding a joint appointment as Distinguished Professor of Management Analytics. He also serves as Scotiabank Scholar at Scotiabank Centre for Customer Analytics. Previously, he held roles including Visiting Professor at INSEAD (since 2016) and Assistant Professor at University of Virginia Darden School of Business (2006–2014). His education includes a PhD in Operations Management from the University of Toronto (2007), a Diploma in Economics and Business from Erasmus University Rotterdam (1999), and a Diploma of Higher Education in International Business from Krasnoyarsk State University (1997). Research focuses on behavioral operations, revenue management, environmental sustainability, and AI ethics. Key themes include data-driven decision-making across business, government, and nonprofit sectors, with emphasis on green technology adoption, pandemic policy modeling, and bias in AI systems. His work bridges theoretical frameworks (e.g., SEAIR models for epidemics) and practical applications like dynamic pricing and remanufacturing strategies. Teaching includes courses on predictive modeling (MMA 867) and operations analytics (GMMA 841). Research collaborations span institutions like INSEAD and University of Virginia. His publications analyze topics ranging from environmental taxation impacts to human-AI interaction biases.

Pal SchmittView profile

Lecturer

• Marine Renewable Energy
• Wave Energy
• Tidal Energy
• +3 more

Dr. Pal Schmitt is a Lecturer in the School of Natural and Built Environment at Queen's University Belfast, specializing in marine and coastal engineering with a focus on renewable energy technologies. His research integrates numerical modeling and field testing to advance wave and tidal energy systems, emphasizing sustainability and environmental impact reduction. He leads the Portaferry Coastal Wave Basin and collaborates on interdisciplinary projects leveraging machine learning. Key research areas include marine renewables, wave energy converters, and tidal turbine performance. His work aligns with UN Sustainable Development Goals, particularly environmental sustainability. He has secured awards such as the Baker Medal (2022) and the William J. Clinton Leadership Institute Mini MBA (2022). Dr. Schmitt manages several projects, including tidal turbine field assessments and high-resolution inflow studies. He supervises PhD students through opportunities like the Quadrat DTP and decarbonizing shipping pathways. His lab facilities and collaborations drive innovation in marine energy systems.

James EdmondsView profile

Professor

• Integrated assessment modeling
• Climate finance
• Energy technology
• +3 more

James 'Jae' Edmonds is a College Park Professor of Public Policy at the University of Maryland and a Senior Fellow at the Center for Global Sustainability (CGS). He is also Chief Scientist and Battelle Fellow at the Joint Global Change Research Institute (JGCRI), a collaboration between the Pacific Northwest National Laboratory (PNNL) and the University of Maryland. Dr. Edmonds is a pioneer in integrated assessment modeling of global change, focusing on energy, economy, climate, and environmental interactions. His research emphasizes climate mitigation strategies, policy analysis, and climate finance. Notable contributions include developing the Global Change Assessment Model (GCAM), a leading tool for analyzing climate and energy transitions. He has been a lead author in all five IPCC Assessment Reports and actively participates in global policy initiatives like the NGFS Climate Scenarios project for central banks. Recent work examines climate finance risk, decarbonization pathways for industries like steel, and the interplay between trade constraints and climate impacts on agriculture. His publications span scenarios for global energy transitions, non-CO2 emissions management, and the role of carbon removal technologies in net-zero pledges. Edmonds has over 33,000 citations and serves on committees for the Integrated Assessment Modeling Consortium and Energy Modeling Forum. His work bridges scientific rigor with policy relevance, informing decision-makers on climate resilience and sustainable development.

Mohit AroraView profile

Lecturer

• Industrial Ecology
• Circular Economy
• Decarbonization Strategy
• +7 more

Mohit Arora is a Lecturer in Engineering at King’s College London , affiliated with the Faculty of Natural, Mathematical & Engineering Sciences under the Department of Engineering . His work bridges engineering systems, industrial ecology, and policy to address decarbonization and circular economy challenges. His research focuses on net zero pathways , circular economy , and environmental security , analyzing urban systems, material flows, and policy interventions. His publications highlight interdisciplinary approaches to sustainable infrastructure, plastics pollution, and pandemic responses in transportation sectors. Awarded the Ernst Mach Fellowship , Train@Ed Marie S. Curie Fellowship , and RCR Best Paper Award , he has secured Royal Academy of Engineering Frontiers Seed Fund grants. His collaborations span the United Nations, academia, and industry, aiming to translate research into global net zero strategies.

Fatma ÖztürkView profile

Professor

• Atmospheric Chemistry
• Aerosol Chemistry
• Indoor Air Quality Monitoring
• +2 more

Professor Fatma Öztürk conducts research on atmospheric chemistry and air quality impacts at Boğaziçi University's Institute of Environmental Sciences since 2024, with prior appointments at Bolu Abant Izzet Baysal University. Education: Ph.D. in Environmental Engineering, Middle East Technical University, TR (2009) B.Sc. in Environmental Engineering, Middle East Technical University, TR (2001) Research Focus: Examines atmospheric aerosols, bioaerosols, and their health impacts, specializing in pollution source attribution and climate interactions in Mediterranean and Arctic environments. Active Projects: Determination of Sources and Source Regions of Atmospheric Pollutants Affecting Arctic Ocean (TÜBİTAK, 2022-2024) Determination of Levels and Species of Bioaerosols in Bolu Atmosphere (TÜBİTAK, 2020-2022) Publications: Research spans PM2.5 characterization, airborne microbiome studies, and organic pollution in megacities, with recent work on cardiovascular impacts of indoor cooking emissions.

Michele AcciaroView profile

Associate Professor

• Maritime Transport
• Port Management
• Decarbonization
• +5 more

Michele Acciaro is an Associate Professor at Copenhagen Business School's Department of Strategy and Innovation, specializing in maritime sustainability. His research examines decarbonization pathways for shipping, port energy transitions, biodiversity management in ports, and regenerative business models. He contributes to EU projects like MAGPIE on green port initiatives. Recent publications focus on port GHG-neutral strategies, resilience in maritime supply chains, and climate adaptation policies. He frequently presents at international conferences such as the World Conference on Transport Research and engages with media on topics like Panama Canal climate vulnerabilities and port logistics challenges. His work integrates environmental economics, policy analysis, and operations research to advance sustainable practices in global maritime networks.

Paul MosesView profile

Associate Professor

• Power quality
• Nonlinear electromagnetic disturbances
• Smart grids
• +3 more

Dr. Paul Moses is an Associate Professor in the School of Electrical and Computer Engineering at the Gallogly College of Engineering, University of Oklahoma. His academic career spans power quality, nonlinear electromagnetic disturbances, smart grids, and marine power systems research. His research focuses on power quality and stability , insulation systems , nonlinear electromagnetic disturbances , dynamic modeling , and smart grid distribution systems . He has also contributed significantly to culturally relevant engineering education frameworks and international scholarly communities. Recent publications highlight his expertise in engineering pedagogy , including culturally responsive teaching, game-based learning, and data analytics integration in petroleum engineering education. Articles span power systems research and global education studies. Scientific Awards: Chancellor's Letter of Commendation (Curtin University) Dr. Moses maintains a research laboratory (NC 210) and collaborates with naval and shipbuilding industries. His work bridges power systems engineering with education innovation.

Matteo Giacomo Di CastelnuovoView profile

Associate Professor

• Energy Economics
• Climate Policy
• Regulation of Energy Markets
• +7 more

Matteo Giacomo Di Castelnuovo is an Associate Professor of Practice in Sustainability at SDA Bocconi School of Management and Bocconi University. He directs the Africa Lab, the Master in Sustainability and Energy Management (MaSEM), and the Master in Sustainability Management (MSM). His research focuses on energy economics, climate policy, and sustainable development. He holds a PhD in Energy Economics from Imperial College London, alongside a MSc in Environmental Economics and a Bocconi University Economics degree. **Education**: PhD in Energy Economics, Imperial College London MSc in Environmental Technology/Environmental Economics, Imperial College London Bachelor’s in Economics, Bocconi University **Research Interests**: Di Castelnuovo specializes in energy market regulation, decarbonization strategies, low-carbon technologies, and energy access in developing regions. He advises major firms like Enel, Shell, and EDF on energy transitions and climate scenarios. His work bridges academic research with practical industry applications. **Program Leadership**: He oversees executive programs such as the Enel Green Power Schools and manages high-impact initiatives like the Africa Lab. His teaching includes Energy Economics, Microeconomics, and Green Management courses. **Awards & Recognition**: Recipient of the Jean Monnet Fellowship (2010), he contributes to academic journals and frequently engages media on climate issues.

Eke EijgelaarView profile

Researcher

• Environmental impacts of tourism
• Carbon footprint
• Carbon management
• +3 more

Eke Eijgelaar is a Researcher at the Centre for Sustainability, Tourism and Transport (CSTT) within Breda University of Applied Sciences (BUas). His work focuses on environmental impacts of tourism, particularly greenhouse gas emissions from cruise tourism, aviation, and recreational mobility. He has been involved in over 30 research projects since 2008, collaborating with municipalities, NGOs, and industry partners like KLM and Waterrecreatie Nederland. Key research interests include carbon footprint calculations, mitigation strategies, and transitioning to sustainable tourism mobility within planetary boundaries. Notable projects include analyzing Dutch holidaymakers' emissions (2002–2022) and evaluating KLM's climate plan. He contributes to policy development through expert statements on banning fossil fuel tourism ads and participates in international initiatives like the European cycle route network Eurovelo. Eijgelaar has authored 163 publications, including reports on inbound tourism emissions and CO2 impacts of recreational travel. He serves on editorial boards (e.g., Journal of Sustainable Tourism) and advisory groups like the Stuurgroep CO2emissiefactoren. Media engagements include NRC Handelsblad and WNL TV, discussing sustainable travel choices and climate policy implications. His work bridges academic research with practitioner needs through workshops, policy reviews, and carbon calculator development. Current priorities include advancing zero-emission tourism mobility and addressing overtourism challenges through evidence-based solutions.

Frank RadositsView profile

Researcher

• Biofuels
• CO2 Utilization
• Biomass Energy
• +4 more

Frank Radosits is a University Assistant and PhD Candidate at the Energy Economics Group (EEG) of Vienna University of Technology (TU Wien), actively contributing to the CO 2 Refinery doctoral college. His research centers on economic and environmental assessments of CO 2 -derived and biomass-based fuels for decarbonizing transportation. Education includes: M.Sc. in Material and Energetic Exploitation of Renewable Raw Materials, University of Natural Resources and Life Sciences (BOKU), Vienna (2019) His research integrates circular economy principles with sustainable energy systems, specializing in techno-economic analysis of renewable gas production pathways. Key focus areas include hydrogen-enhanced biomethane, synthetic natural gas (SNG), and CO 2 utilization technologies, with particular attention to transport sector applications and Austrian energy landscapes. Analysis of his 2019-2025 publications reveals evolving expertise from agricultural recycling (boron fertilizers) toward comprehensive assessments of power-to-gas systems, biomass-to-fuel conversion, and regional gas community potential. His work consistently bridges economic viability with environmental impact metrics across European energy transition scenarios. Professional trajectory shows continuous academic engagement since 2019, including project assistance at BOKU's Institute of Soil Sciences and statistical work at Statistik Austria. No scientific awards or student advising roles are documented, with primary affiliation remaining with TU Wien's EEG since 2021.

• Industrial Ecology
• Life Cycle Assessment
• Material Flow Analysis
• +5 more

Lola Sylvie Annie Rousseau is a Postdoctoral Fellow in the Industrial Ecology Programme (IndEcol) at the Department of Energy and Process Engineering, Norwegian University of Science and Technology (NTNU). She actively contributes to the FOODTURE project, collaborating with Senior Researcher Martin Dorber and Prof. Francesca Verones on life cycle impact assessment and biodiversity analysis. Her research integrates industrial ecology methodologies with practical applications for sustainable urban development and resource management. Education: Industrial Ecology (MSc) from NTNU - Master's thesis focused on environmental impact of railway systems, presented in a webinar by NTNU Sustainability's Circular Economy research group Engineering (Dipl.Ing.) from École Centrale de Nantes (France) Rousseau's research centers on quantifying material flows and greenhouse gas emissions across urban systems. Her work examines built environment stocks, residential building archetypes, and transportation systems with particular emphasis on Norway's electric vehicle transition. She employs spatiotemporal analysis to evaluate how urban development patterns influence resource consumption and climate impacts, bridging industrial metabolism concepts with actionable sustainability strategies for policymakers. Her publication portfolio demonstrates consistent focus on material efficiency in urban contexts, with recent work analyzing Greater Oslo's building sector and electric vehicle infrastructure. These studies reveal critical trade-offs between material use, energy consumption, and emissions reduction potential, providing evidence for resource-efficient urban development pathways. Her methodological approach combines life cycle assessment with material flow analysis to deliver comprehensive environmental impact evaluations. Rousseau actively disseminates findings through academic conferences including the International Society for Industrial Ecology and Gordon Research Conferences. She has delivered guest lectures on Python applications for sustainability analysis at NTNU, demonstrating commitment to both research advancement and educational outreach within industrial ecology.

• Sustainable Energy Systems
• Renewable Energy
• Geospatial Analysis
• +5 more

Alycia Leonard is a Senior Research Fellow at the University of Oxford's Department of Engineering Science, affiliated with Christ Church College. She specializes in sustainable energy systems design, focusing on geospatial analysis and community-centric approaches to energy transition. Her work addresses green hydrogen development, economic-environmental sustainability, and subnational energy planning in regions like Kenya, Zambia, and Ukraine. Leonard holds a DPhil in Engineering Science from the University of Oxford (Clarendon Scholar) and a BEng in Electrical Engineering from Memorial University of Newfoundland. She teaches undergraduate courses in circuit analysis, digital electronics, and engineering ethics. Her research integrates machine learning with policy analysis to create inclusive energy solutions, addressing challenges such as resource curse dynamics and stakeholder engagement. Current projects include the Climate Compatible Growth (CCG) and Strategic Hydrogen Integration (SHIELD) programs. Awarded the Skoll Centre Early Career Fellowship (2025–2026), Leonard’s work emphasizes practical strategies for local values incorporation in energy systems. She collaborates with the Energy and Power Group and has published extensively in journals like Applied Energy and Energy Strategy Reviews .

Stuart JenkinsView profile

Research Fellow

• Climate Policy
• Net Zero Strategies
• Climate Science
• +5 more

Dr Stuart Jenkins is a Research Fellow on Net Zero for the Fossil Fuel Sector at the University of Oxford, based in the Environmental Change Institute (ECI) within the School of Geography and the Environment. He also holds a visiting position in the Atmospheric, Oceanic and Planetary Physics sub-department of the Department of Physics. He holds a DPhil and MPhys from Oxford University, specializing in particle physics, atmospheric/oceanic physics, and climate modeling. His research bridges climate physics and policy, focusing on net zero pathways for fossil fuels, hard-to-abate industries like aviation, GHG metric design, and cost-optimal mitigation strategies. Education MPhys in Physics (2014–2018), Wadham College, University of Oxford DPhil in Physics (AOPP) (2018–?), Wadham College, University of Oxford Research Interests Climate policy design and appraisal Net-zero frameworks for fossil fuel sectors GHG metric development (e.g., GWP*, CO2-forcing-equivalence) Carbon offsetting and emissions accounting Aerosol-climate interactions and observational analysis Climate model emulation (e.g., FaIR model) His work includes constraining climate parameters such as TCRE, TCR, and ECS, and collaborating with stakeholders on policy tools like Extended Producer Responsibility frameworks. Recent research highlights include analysis of methane mitigation pathways under metric changes, aviation decarbonization strategies, and the Tonga eruption's impact on temperature anomalies. Labs/Teams Active in Oxford Net Zero, the Environmental Change Institute, and collaborations with the Atmospheric, Oceanic and Planetary Physics group.