She holds as MSc. in Chemistry from the Saratov State University. She leads GenCell’s research and development programs, including platinum-free and non-noble catalyst for alkaline fuel cell and catalyst for ammonia cracking and new testing development as well. She has 20years of alkaline fuel cell (AFC) experience, building and managing multifunctional international R&D and manufacturing teams.
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MA in Communication and English literature. Science journalist and project manager at DBT. Her expertise covers science communication on all platforms: Video, radio, podcasts, books, newspaper/magazine articles and websites. She is an experienced radio host at DR (The Danish Broadcasting Corporation) and has worked many years with science communication at the Danish science museum Experimentarium. She teaches science journalism and communication at the Danish School of Media and Journalism
MSc. in Sustainable design engineering. Project manager at DBT with an interdisciplinary background in the field of science and technology studies combining engineering with knowledge on sustainability, innovation processes and user-oriented design. She has experience with stakeholder and citizen involvement in research and innovation processes and is currently involved in the Horizon 2020 projects GoNano and SocKETs about enabling co-creation between citizens and stakeholders to align future technologies with societal needs and concerns.
MSc in Socio-economics and environmental planning. Project manager and researcher at DBT. He has experience with applied and problem-oriented research and stakeholder involvement processes. He has previously worked with the systemic energy transition, circular economy in the bioeconomy as well as climate change adaptation, including methodologies such as energy system modelling, Life Cycle Approach and EROIE. He is currently involved in two Horizon 2020 projects – the Human Brain Project in which he is involved in stakeholder and citizen consultations and RECIPES on reconciling science, innovation and precaution through the engagement of stakeholders.
MSc in Technological and Socioeconomic Planning. Project Manager with extensive knowledge about climate change, environmental studies and the transmission into circular economy especially within the waste and energy sector. He has experience with improving the recycling and reuse of materials by combining circular economic theory and hands-on production experience. He is currently in the coordination team of the H2020 project ECO2 with the purpose of enhancing consumers consciousness about their energy usage.
Scientist at NANO-CNR since 2017. PhD in Chemistry (2006) at the University of Florence. Specialised in classical and ab-initio Molecular Dynamics simulations (, GROMACS, NAMD, LAMMPS, Quantum Espresso and CP2K) of biological and organic/inorganic systems. Expert in material/molecular modelling and in the use of advanced sampling techniques ( Metadynamics, Temperature/Hamiltonian Replica Exchange MD,, Nudge Elastic Band and Dimer Method) to study rare events (e.g., chemical reactions) and extensive conformational sampling of complex molecular systems. Expert in programming and High-Performance Computing (HPC). LB is author of > 30 publications (h=16, GS).
Senior Scientist at NANO-CNR since 2010; previously research scientist since 2000 and Post-Doc Fellow in 1997-2000. She holds a PhD in Physics-Condensed matter (1997) and an MSc Physics (1993) obtained at the Scuola Normale Superiore (Pisa) and University of Pisa. Visiting scholar at the University of California, San Diego, Dept of Chemistry in 2003-2004 and at the University of Nijmegen, Dept of Physics, in 1999-2000. Expert in multi-scale modelling (DFT, classical molecular dynamics, Coarse-Grained models) and design of advanced materials and bio-molecular systems. Habilitated as Full Professor of Condensed Matter and Applied Physics, adjunct professor of Biophysics, Numerical Methods for Physics and Structure of Matter at the Physics Dept, University of Pisa, VT is author of >100 publications (h=32, GS).
Kallio has more than 100 scientific publications on electrolytes and electroactive materials for electrochemical energy conversion with 2500+ citations. Additionally, she has one patent on membrane electrolytes for biofuel cells. Tanja Kallio has recently focused on the development of CRM-free and –lean electrocatalysts for membrane fuel cells and electrolysers as well as materials with low noble metal loading for biofuel oxidation. She has expertise in carbon nanomaterial synthesis and their modification for electrochemical energy applications and as well as their chemical and electrochemical characterization. She is leading the Aalto research group Electrochemical Energy Conversion. She has been PI in Finland in five EU projects including on-going CREATE and ELCOREL projects and in five Academy of Finland and six Business Finland funded projects. She is also a member of the Research Council for Natural Sciences and Engineering (NSE) in the Academy of Finland.
PhD in Organic Chemistry from the University of the Basque Country in 2011. During her PhD, she focused on the research of the asymmetric synthesis of organic molecules by the use of both chiral auxiliaries and organocatalysts. During this period, she did a three–months stay at the University of Oxford working in the developing of new asymmetric synthetic routes. After completing her PhD, she joined GRAPHENEA in September 2011 as Research Scientist.
She obtained her PhD in Polymer nanocomposites from Manchester Metropolitan University (UK) in 2005. After completing her PhD, she joined AIMPLAS (Plastic Research Institute, Spain) where she has worked as a senior researcher in the field of nanomaterials, polymer nanocomposites and polymer functionalization for more than 10 years. In November 2015 she joined GRAPHENEA as a Scientific Researcher where she is developing new graphene-related materials. She has wide experience as a Project manager in national and EU projects.
DISCLAIMER
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 952068.
H2020-FETPROACT-2019-2020 / H2020-EIC-FETPROACT-2019
