SPECIAL SESSION 6
HYDROGEN TECHNOLOGIES IN THE ZERO-NET CO2 EMISSIONS STRATEGY: FROM CATALYTIC PROCESSES TO MEMBRANE APPLICATIONS (SS6)

The Special Session “Hydrogen technologies in the zero-net CO2 emissions strategy: from catalytic processes to membrane applications” will deal with the most recent scientific advances presented by a number of renowned scientists working in the area of hydrogen technologies, renewable energies, catalysis, electrification, membrane engineering and carbon capture and utilization, presenting the latest advancements on the Hydrogen Technologies in the zero-net CO2 emissions strategy. Further objective of this session is the illustration of the potential and perspectives related to the combination of hydrogen technologies, advanced eco-compatible materials for energy, and carbon capture to contributing to the decarbonisation of the energy sector and the environmental protection as well. Experts and scientists coming from Academia and Industry as well as International Organizations and Decision-Makers with a large experience on the ground are expected to participate actively to the discussion on the aforementioned topics of this Special Session, which will illustrate the most impacting news on the route towards the zero-net CO2 emissions strategy application.

TOPICS

Thermo and photo catalytic systems for decarbonised hydrogen production
Hydrogen technologies and renewable energy
Membrane engineering in hydrogen generation and separation/purification
CO2 valorisation into Bio-fuels and e-fuels
Hydrogen and fuel cells
Advanced eco-compatible materials for energy and hydrogen technology applications

ORGANISER(S):

Dr. Adolfo Iulianelli National Research Council,
Institute on Membrane Technology, Italy
a.iulianelli@itm.cnr.it

KEYNOTE TALK (Opening Talk)
‘MEMBRANE ENGINEERING IN THE ZERO-NET CO2
EMISSIONS STRATEGY’ABSTRACT (PDF)
SHORT BIO (PDF)

PUBLICATION:
Info will be available soon!

INVITED SPEAKER(S):

MEMBRANE-BASED STRATEGIES TO OBTAIN PURE OR
CONCENTRATED H2 FROM GAS STREAMS Dr. Pasquale Zito
National Research Council,
Institute on Membrane Technology,
Italy
ABSTRACT PDF
‘FROM HYDROGEN PRODUCTION TO SYSTEM IMPACT:
PATHWAYS FOR NET-ZERO ENERGY TRANSITIONS’ Prof. Canan Acar
University of Twente,
The Netherlands
ABSTRACT (PDF)
ROLE OF THE ZEOLITE SUPPORT IN WATER-GAS SHIFT PATHWAYS
OVER MoS2 CATALYSTS UNDER OPERANDO CONDITIONS Dr. Francesco Dalena
Ecole Nationale Supérieure d'Ingénieurs de Caen,
Center for Zeolites and Nanoporous Materials,
France
ABSTRACT (PDF)
Dr. Jan Veres
VSB-Technical University of Ostrava,
Czech Republic
H2 CHEMICAL STORAGE IN E-FUELS: NOVEL MATERIALS FOR
POWER-TO-X Dr. Gianluca Landi
National Research Council,
Institute of Sciences and Technologies for
Sustainable Energy and Mobility,
Italy
ABSTRACT PDF
ADVANCED MEMBRANE ARCHITECTURES FOR SUSTAINABLE
HYDROGEN TECHNOLOGIES Prof. Selmiye Alkan Gursel
Sabancı University, Faculty of Engineering and Natural Sciences;
Sabancı University Nanotechnology Research and Application Center (SUNUM),
Turkey
ABSTRACT PDF
‘OPTIMAL DESIGN OF COMPOSITE MULTILAYERED
METAL MEMBRANES FOR HYDROGEN PURIFICATION
DRIVEN BY COMPLEX NON-IDEAL PERMEATION’ Prof. Alessio Caravella
University of Calabria,
Italy
ABSTRACT (PDF)
INTEGRATION OF MEMBRANE GAS SEPARATION IN CO2
HYDROGENATION FOR E-FUELS PRODUCTION Dr. Luigi Marsico
National Research Council - Institute on Membrane Technology,
Italy
ABSTRACT PDF
Prof. Vicenzo Palma
University of Salerno,
Italy
ENGINEERING NANOSTRUCTURED PHOTOCATALYSTS FOR
HYDROGEN PRODUCTION FROM BIOMASS-DERIVED MOLECULES
AND WASTE STREAMS Prof. Giuseppina Iervolino
University of Salerno,
Italy
‘CO2 HYDROGENATION TO e-MeOH AND e-DME: ADVANCES
AND CHALLENGES’ Dr. Giuseppe Bonura
CNR-ITAE,
Italy
ABSTRACT (PDF)
Prof. Marco Maggini
Tuscia University,
Italy
BEYOND GLOBAL WARMING POTENTIAL: A SUSTAINABILITY ASSESSMENT
OF GREEN HYDROGEN TECHNOLOGIES Dr. Manfredi Picciotto Maniscalco
National Research Council,
Institute of Advanced Energy Technologies,
Italy