Find Academic Supervisors

• Organic Chemistry
• Catalysis
• Green Chemistry
• +3 more

Dr. Giancarlo Franciò is a Group Leader (Gruppenleiter) at the Institute of Technical and Macromolecular Chemistry (ITMC) at RWTH Aachen University, where he leads the research group on Asymmetric Catalysis. His academic career includes roles as Senior Scientist (2002–2007) and Postdoc (2000–2002) at ITMC and the Max-Planck-Institut für Kohlenforschung. He earned his PhD in Chemistry (1996–1999) from the University of Messina, with research at the Max-Planck-Institut in Mülheim. His research focuses on asymmetric transition metal catalysis, including the synthesis of chiral ligands, atom-efficient C-C coupling reactions, and catalysis in ionic liquids. Key areas include CO2 utilization, immobilized catalysts, and continuous process development. His work spans both academic and applied chemistry, emphasizing sustainable chemical processes and industrial applications. Publications highlight advancements in CO2 hydrogenation to formic acid/methanol, asymmetric hydrogenation methods, and novel ligand design. He collaborates widely, appearing as corresponding author on multiple high-impact studies. His contributions bridge fundamental catalysis research with scalable industrial processes. Labs/Teams: Part of the Technical Chemistry and Petrochemistry Chair at ITMC, collaborating with Prof. Walter Leitner's group. Active in continuous-flow catalysis and supercritical fluid systems. No awards explicitly mentioned, but sustained research output indicates recognition in catalysis fields.

Yong-Ha KimView profile

Assistant Professor

• Colloid and Surface Science
• Radiation Chemistry
• Environmental Engineering
• +2 more

Yong-Ha Kim is an Assistant Professor in the Department of Environmental Sciences at Louisiana State University. His research focuses on colloid and surface science, radiation chemistry, and environmental engineering applications. Key areas include contaminant transport modeling, radiation dosimetry for indoor air quality, and chemical process intensification. Dr. Kim holds a B.S. in Civil and Environmental Engineering from Jeju National University (2007), an M.S. in Environmental Engineering from Seoul National University (2009), and a Ph.D. in Environmental Engineering from Georgia Institute of Technology (2016). His publications demonstrate strong interdisciplinary work, particularly in atmospheric particle dynamics and electrochemical water treatment technologies. Recent research trends show integration of radiation physics with environmental systems and development of sustainable desalination methods.

Monika FeldmannView profile

Researcher

• Severe convective storms
• Climate prediction
• Subseasonal forecasting
• +3 more

Dr. Monika Feldmann is a PostDoc researcher at the Institute of Geography at the University of Bern, specializing in climate impacts . She is affiliated with the Climate Impacts research group and focuses on severe convective storms, large-scale meteorological connections, and AI-based weather forecasting. Her work aims to improve predictability of extreme weather events and evaluate novel computational models. Research Projects: Severe convective outbreaks and large-scale atmospheric drivers Subseasonal predictability of convective events in Central Europe Performance of AI models in forecasting convective environments Key Research Interests: She examines how large-scale atmospheric patterns influence severe thunderstorms, particularly in complex topographies like the Swiss Alps. Her work bridges traditional meteorology with advanced AI techniques to enhance forecast accuracy. Publications Overview: Recent work includes studies on AI-driven convective outlooks, subseasonal forecasting challenges, and the role of mountain environments in storm intensification. Her research emphasizes both theoretical advancements and practical applications for societal resilience against extreme weather. Labs/Teams: Active member of the Climate Impacts team at the Institute of Geography, collaborating on interdisciplinary projects involving climatology, atmospheric science, and computational modeling.

• Biopharmaceutical Manufacturing
• Recombinant Adeno-associated Virus (rAAV) Production
• Cell Culture Engineering
• +5 more

Seongkyu Yoon is a Professor in the Department of Chemical Engineering at University of Massachusetts Lowell. His research focuses on biopharmaceutical manufacturing, recombinant adeno-associated virus production, and cell culture engineering. Dr. Yoon leads a productive research group with numerous publications in top biotechnology journals. Dr. Yoon's research interests span bioprocess technology, metabolic engineering, and pharmaceutical manufacturing. His work is particularly focused on optimizing CHO cell culture systems for therapeutic protein production, developing advanced methods for viral vector manufacturing, and applying systems biology approaches to understand and improve bioprocesses. His research integrates computational modeling with experimental validation to solve complex challenges in biomanufacturing. Analysis of Dr. Yoon's recent publications reveals a strong focus on recombinant adeno-associated virus (rAAV) production, which has become increasingly important for gene therapy applications. His work addresses critical challenges in viral vector manufacturing including yield improvement, quality control, and process intensification. Additionally, his research on CHO cell culture optimization continues to advance the field of therapeutic protein production. Dr. Yoon actively collaborates with researchers across multiple institutions, as evidenced by his co-authorship network. His work has been cited extensively, with several publications receiving significant attention in the scientific community. Dr. Yoon advises multiple graduate students and postdoctoral researchers, contributing to the training of the next generation of bioprocess engineers. His research group maintains strong connections with industry partners in the biopharmaceutical sector, ensuring that their work addresses real-world manufacturing challenges.

Xiongwei NiView profile

Professor

• Multiphase Mixing
• Reaction Engineering
• Oscillatory Baffled Reactors (OBR)
• +5 more

Professor Xiongwei Ni is a Full Professor in Chemical Engineering at Heriot-Watt University, Edinburgh. He holds joint affiliations with the School of Engineering & Physical Sciences, Institute of Chemical Sciences, and Institute of Mechanical, Process & Energy Engineering. His research focuses on multiphase mixing, novel reactor design (particularly oscillatory baffled reactors), and their applications in industries such as crystallization, wastewater treatment, and sustainable chemical processes. Since 1999, Prof. Ni has led the Centre for Oscillatory Baffled Reactor Application (COBRA), pioneering advancements in reactor fluid dynamics, particle behavior, and process intensification. He has authored over 180 publications and 8 patents, and serves as a Fellow of IChemE and RSC. His work aligns with UN Sustainable Development Goals through innovations in carbon-neutral processes and resource efficiency. Key Honors: Fellowships in IChemE and RSC Editorial Roles: Editorial board member for Technologies , Canadian Journal of Chemical Engineering , and others Industry Impact: Founded NiTech Solutions Ltd (2005) for continuous flow technology applications Recent research emphasizes cooling crystallization optimization, photo-oxidation reactions, and biological methanation of CO₂, reflecting a blend of fundamental science and industrial relevance.

Yann CloughView profile

Professor

• Landscape Ecology
• Ecological Modelling
• Ecosystem Services
• +6 more

Yann Clough is a Professor and Principal Investigator at the Centre for Environmental and Climate Science (CEC), Lund University, Sweden. He holds additional roles as Assistant Director and Deputy Director within the CEC and contributes to the BECC (Biodiversity and Ecosystem services in a Changing Climate) initiative. His research focuses on understanding how species communities provide ecosystem services such as pest control, pollination, and conservation, while exploring the impacts of land-use changes on these services. He is affiliated with the LU Profile Area: Nature-based future solutions. Key research interests include landscape ecology, ecological modeling, agroecology, and biodiversity conservation. Clough has contributed to major projects like BIOSPACE (satellite monitoring for biodiversity), SAFEGUARD (European pollinator protection), and UPSCALE (agricultural intensification in East Africa). He has published widely on topics such as pollinator dynamics, land-use effects on plant communities, and bioenergy policy. Awards: VEGA Fellow in Leadership and Communication (2017) Horst-Wiehe Award (2011) Member of Lamm Foundation Grant Evaluation Committee Clough has advised and collaborated on PhD projects, including studies on plant-insect interactions and landscape-scale ecological processes. His work bridges ecology, economics, and policy, addressing global challenges like climate change and sustainable agriculture.

Peter RobertsonView profile

Professor

• Water sustainability
• Renewable energy
• Solar energy generation/storage
• +4 more

Professor Peter Robertson is a Professor of Energy and Environmental Engineering at Queen's University Belfast's School of Chemistry and Chemical Engineering. His work focuses on photocatalytic technologies for water treatment and solar energy storage, with expertise spanning chemistry, chemical engineering, microbiology, and materials science. He has pioneered research in solar-driven hydrogen generation and waste valorization. His career includes roles as Pro-Vice-Chancellor at Robert Gordon University and Head of School at Queen's. He holds fellowships from the Royal Society of Chemistry and Energy Institute, and chairs the Royal Irish Academy’s Physical Chemical and Mathematical Sciences Committee. His research addresses UN Sustainable Development Goals related to clean water, affordable energy, and climate action. Education: D.Phil (1989) from Carlow Institute of Technology Key Roles: EPSRC Strategic Advisory Network member, UKRI Green Futures Panel, Energy Institute Accreditation Panel Research Interests: Photocatalytic water treatment, solar energy conversion, sensor technologies for pollution monitoring. His work bridges environmental engineering and materials science, addressing global challenges in sustainability. Notable Projects: Includes the Bryden Centre and CASE research initiatives, and collaborations on circular economy and zero-carbon innovation. Recent publications focus on metal-organic frameworks for ammonia synthesis and lignin depolymerization. Awards: Fellowships from RSC, Energy Institute, Chartered Engineer/Scientist status Grants & Projects: Led over £5M in research funding, including EPSRC and EU projects on biofuel and solar technologies Labs/Teams: Collaborates with the Centre for Advanced Sustainable Energy Research (CASE) and Bryden Centre for Molecular Sciences.

• Agricultural Risk Management
• Sustainable Farming Systems
• Rural Development
• +3 more

Eva Huet is a Researcher at Wageningen University's Water and Food faculty, specializing in agricultural risk management and sustainable farming systems in Sub-Saharan Africa. Her work focuses on understanding how farmers in Mali navigate risks related to weather, labor shortages, and input markets. She holds a PhD in internal PhD, WU, completed in September 2023. Education: PhD in Agricultural Systems (2023, Wageningen University) Research Interests: Eva's research emphasizes agro-ecological intensification, farmer decision-making processes, and co-design approaches involving farmers and scientists. She investigates how rural populations in Mali adapt to environmental and economic uncertainties, particularly in sorghum production systems. Her work bridges practical farming challenges with academic insights to develop sustainable solutions. Activities: She has delivered keynote talks on farmer research networks and participated in multiple academic presentations on sustainable farming pathways in West Africa. Recent activities include speaking at conferences in 2021 and 2020 on risk management and agroecological practices. Data Contributions: Eva has created datasets on risk perception and impact frequency among farmers in Mali's Koutiala region (2021), available via IFPRI. Project Leadership: As Principal Investigator (PI), she led the project 'Farmers’ choices in applying agroecological intensification options in the light of farming risk in southern Mali,' running from December 2016 to September 2023. This project explored policy interventions and sustainable intensification strategies in Mali's cotton zone.

Pedro MendonçaView profile

Associate Professor

• Gig Economy
• Migrant Labour
• Informal Work
• +5 more

Pedro Mendonça is an Associate Professor at Heriot-Watt University’s School of Social Sciences, affiliated with the Edinburgh Business School and the Centre for Employment, Work and the Professions (CREWs). His research focuses on workplace power dynamics, algorithmic management, and platform capitalism’s impact on labor markets, with emphasis on gig economy workers, migrant labor, and trade union strategies. He holds a PhD from the University of Strathclyde and is a Fellow of the Higher Education Academy. His teaching includes coordinating courses on Employment Relations and Employment Trends. Recent projects include evaluating fair work practices in Scotland’s platform economy (RSE grant-funded) and analyzing informal work patterns across the UK, Spain, and Portugal. He contributed to policy discussions at the Scottish Parliament and serves on the editorial board of Work, Employment and Society . Key research themes include institutional frameworks shaping migration and labor policies, supply chain management’s role in workplace flexibility, and the interplay between technology and worker agency. His work addresses socio-economic forces transforming contemporary work, with case studies in the UK, Spain, and Portugal. Awards : Dean’s Award for External Engagement (2025). Labs/Teams : CREWs and the Migration Cross-party group in the Scottish Parliament. Engagement : Over 18 media features discussing gig economy exploitation, platform labor regulations, and worker safety.

• Carbon Capture and Storage
• Electrochemical Engineering
• Process Simulation
• +5 more

Dr. Thomas Moore is a Senior Lecturer in Chemical Engineering at Queensland University of Technology (QUT), affiliated with the School of Mechanical, Medical & Process Engineering within the Faculty of Engineering. He holds a PhD from the University of Melbourne and undergraduate degrees from the University of Queensland. Prior to QUT, he was a Staff Scientist at Lawrence Livermore National Laboratory, leading modelling efforts in carbon capture technologies. His research focuses on carbon capture process design, CO₂ electrolysis, and techneconomic analysis of green technologies. Key areas include electrification of gas separation processes, direct air capture (DAC), and the application of data science for predictive modeling. He teaches thermodynamics, reactor engineering, and process design. Dr. Moore’s work contributes to UN Sustainable Development Goal 7 (Affordable and Clean Energy) through innovations in low-carbon energy systems. His recent publications emphasize scalable carbon capture solutions, electrochemical systems, and cross-scale catalyst modeling. His research projects integrate computational modeling, experimental validation, and industrial collaboration to advance climate technologies. Current efforts address the economic and technical challenges of scaling up CO₂ conversion systems.

Daniel GoldmannView profile

Professor

• Recycling Technology
• Resource Efficiency
• Waste Processing
• +2 more

Daniel Goldmann is Professor for Raw Material Processing and Recycling at Technische Universität Clausthal, where he also serves as Scientific Director of CUTEC Environmental Technology Research Institute and chairs the Recycling Cluster for Strategic Metals (REWIMET). He holds engineering degrees from TU Clausthal (Diploma 1989, PhD 1992). Research focuses on advanced resource recovery technologies across waste streams, with particular expertise in: Electrochemical treatment systems Bioelectrochemical energy recovery Sludge processing and nutrient recycling Circular economy implementation Industrial wastewater management Goldmann coordinates major research initiatives including BMBF-funded projects on resource efficiency and leads development of the Recycling 4.0 framework for digitalized resource management. His work bridges fundamental research and industrial application through collaborations with companies globally. Honors include: ÖkoGlobe Award (2007) European Business Award for the Environment (2006) BDI Environmental Award for Industry (2005) Volkswagen Research Prize (2001) Publications demonstrate continuous innovation in: Electrode material development Process intensification strategies Resource recovery from complex matrices Industrial symbiosis models

• Energy Technology
• Thermodynamics
• Adsorption Processes
• +6 more

Ole Kristian Førrisdahl is an Associate Professor at the Department of Engineering, Østfold University College. His primary affiliations include the Faculty of Engineering where he teaches courses such as Technical Thermodynamics, Energy Technology, and Building Physics. His research focuses on energy technology, thermodynamics, and adsorption processes with particular emphasis on CO2 storage, natural gas hydrates, and sustainable energy systems. He holds a PhD in Computer Simulations of Natural Gas Hydrates from the University of Bergen (2002). Research interests span across adsorption fundamentals, industrial applications of adsorption processes, and energy storage solutions. He has actively contributed to projects involving hydrogen production/storage, material science for energy applications, and climate change mitigation strategies. His work frequently addresses challenges in fossil fuel dependency and recycling of plastics in Norway. Key publications include studies on methane clathrate hydrates (1996-1998), CO2 storage mechanisms (2011-2015), and the application of adsorption processes in chemical industries. He has collaborated on interdisciplinary projects such as heat exchange network optimization and the implementation of Bologna process reforms in engineering education. Academic contributions include developing a master's program in materials science focused on energy technology (2011). He has advised on innovation projects like the Kaffon coffee dosing container and participated in strategic initiatives related to intellectual property management in higher education.

Hakim AbdiView profile

Researcher

• Remote Sensing
• Land-Use Change
• Biodiversity Monitoring
• +3 more

Abdulhakim 'Hakim' Abdi is a Senior Researcher at Lund University's Centre for Environmental and Climate Science, where he leads projects on landscape dynamics using remote sensing and machine learning. His research examines human-environment interactions, biodiversity monitoring, and climate impacts across global ecosystems from boreal forests to African drylands. He has received the Torsten Hägerstrands Foundation Prize (2017) and supervises multiple MSc/PhD students. His work combines satellite data with ecological insights to support sustainable land management, with recent focus on Swedish forest biodiversity mapping and Mesopotamian agricultural impacts. He teaches geospatial technologies and contributes to public discourse through science communication on topics ranging from Arctic change to Sahelian food security.

• Chemical Engineering
• Bioprocess Engineering
• Process Monitoring and Control
• +9 more

Michal Dabros is an Associate Professor at the HES-SO (University of Applied Sciences and Arts Western Switzerland), affiliated with the Haute école d'ingénierie et d'architecture de Fribourg and the Institute of Chemical and Bioprocess Engineering (ChemTech) . His research bridges theoretical advancements with industrial applications across chemical engineering, bioprocess technology, and sustainable manufacturing. Key research focus areas include Process Analytical Technology (PAT) , continuous flow reactor design , thermal safety analysis , and green chemistry approaches for nanoparticle synthesis and CO2 valorization. Recent publications highlight innovations in biocalorimetry-based control systems , bio-based material production , and miniaturized reaction calorimeters for hazardous process screening. Notable contributions appear in journals like CHIMIA , Organic Process Research & Development , and Processes , with emphasis on: Feedforward-feedback controller design for noisy bioprocess data 3D-printed reactors for O2 oxidation reactions IoT-enabled shelf life monitoring systems Comparative studies of Taguchi and full-factorial DoE methodologies He participates in international collaborations (Switzerland, Canada, Ireland) and interdisciplinary projects like Remote Labs digital MOOC platforms and Bio-cementation of molasse waste for eco-friendly construction materials.

• Chemical Reaction Engineering
• Heterogeneous Catalysis
• Process Modeling and Optimization
• +3 more

Dr. Ebrahim Rezaei is an Assistant Professor in the Department of Chemical Engineering at Lakehead University, concurrently serving as an Associate Professor at the Biorefining Research Institute. His expertise spans chemical reaction engineering, heterogeneous catalysis, and process optimization. Rezaei holds a BSc, MSc, and PhD in Chemical Engineering from Sahand University of Technology and the University of Saskatchewan, respectively. His research focuses on catalytic processes for environmental remediation and sustainable energy, including CO₂ utilization, biomass conversion, and low-carbon hydrogen production via methane decomposition in molten metal reactors. He also explores catalytic ozonation for pollutant removal and adsorption-based gas purification technologies. Dr. Rezaei’s work has been supported by grants such as the Ontario Research Fund, enabling cutting-edge research in CO₂-free hydrogen production and CO₂-to-products reformation. His contributions bridge fundamental catalysis with industrial process design, emphasizing techno-economic feasibility and environmental impact.