To help you navigate the event, we have organized the program into five sections: a high-level overview of the entire conference in our “Program at a Glance,” followed by agendas for Day 0, Day 1, Day 2, and Day 3. Whether you’re planning your days around specific sessions or just getting a feel for what’s in store, these resources will ensure you make the most of your experience. This event is open to students, professionals from the energy and transport industries, government representatives, and anyone passionate about sustainable transport solutions.


Program at a glance



 
 

Day 0 – MoZEES Competence Building

  
How have the the PhDs and early career researchers impacted the development of Norway’s leading research centre on Zero Emission Energy Systems for Transport? Interested to know more about this? Please join us for an open meeting at Domus Bibliotheca the day before the FME MoZEES Final Conference.
 
 

Coffee and light refreshments 09:00 – 09:30
09:30 Welcome and introduction
Katinka Grønli, UiO and Øystein Ulleberg, IFE
09:45 Pitches from MoZEES alumni and active young researchers:

  • From master to PhD
    Casper Skautvedt, UiO
  • Fast-track, from PhD to faculty positions in the University sector
    Agnieszka Lach, USN
    Mathias Henriksen, USN
  • From PhD to Post doc, and from Post doc to Researcher
    Šárka Štádlerová, NTNU
    Mustapha Jamma, IFE
  • MoZEES from early career to senior researcher scientist
    Einar Vøllestad, SINTEF
  • From PhD students to an early career in the battery industry
    Daniel Tevik Rogstad, Freyr
    Carina Geiss, Freyr
    Halvor Høen Hval, Morrow
  • MoZEES as a stepping stone to European Hydrogen industry
    Eleonora Gadducci, Baker Hughes
    Jonas Martin, Deutsches Zentrum für Luft- und Raumfahrt (DLR Institute of Future Fuels)
10:50 – 11:15 Coffee Break
11:00 Why researcher training is key to achieving FME Goals
Åse Slagtern, Research Council of Norway
11:15 Panel discussion with selected alumni and representatives from the Research Council of Norway, Industry and Governmental bodies

  
  

Day 1 – Research Activities & Results










Arrival & Registration 08:30 – 09:00
Introduction – National & International Perspectives
09:00 Welcome from the President of IFE
Nils Morten Huseby
09:10 MoZEES Overview
Øystein Ulleberg, MoZEES Director
09:30 Green Transitions in the Transport Sector
Jon-Ivar Nygård, Minister of Transport
09:45 The Future of Zero-Emission Trucking in Europe (keynote)
Patrick Plötz, Fraunhofer ISI, Germany
10:30 Brief Dialog on “The Importance of Policy in Driving the Green Transport Transitions”
Coffee Break 10:45 – 11:15
11:15 Advanced Li-ion and beyond at Saft (keynote)
Cécile Tessier, SAFT, France
12:00 Electrification of Ships and Vessels using Battery and Hydrogen Technology (keynote)
Dominic Hudson, University of Southampton, UK
Lunch 12:45 – 14:00
Session 1 – Materials & Components
Battery & Hydrogen Technology
Session 2 – Systems Integration
Technical Systems & System Analysis
14:00 MoZEES Material Research Areas
Ann Mari Svenson / Tor Olav Sunde, RA1/RA2 leaders
MoZEES Systems Research Areas
Thomas Holm / Erik Figenbaum, RA3/RA4 leaders
14:20 Anode Materials for Future Li-Ion Batteries: From Graphite to Capacity-Enhancing Additives (keynote)
Petr Novák, Technical Univ. Braunschweig
Dynamic Operation of Alkaline Water-Electrolyzers: Issues with Shunt Currents
Egil Rasten, Nel Hydrogen
14:40 Cost-effective Electrodes for Alkaline Water Electrolysis
Hamid Zamanizadaeh, NTNU (now Hystar)
PEM Water Electrolyzers: From Idea to Industry
Magnus Thomassen, Hystar
15:00 High Energy Cathodes for Li-ion Batteries
Nils Wagner, SINTEF and NTNU
Zero-Emission Truck study – Costs and Environmental Impacts of Replacing Diesel trucks with Zero-Emission Trucks
Erik Figenbaum, TØI
15:20 Understanding the Performance and Lifetime of PEM Fuel Cells: An Electrochemical Approach
Patrick Fortin, SINTEF
MoZEES Maritime Case Study – Hydrogen Driven High Speed Passenger Ferries
Øystein Ulleberg, IFE
Coffee Break 15:40 – 16:00
16:00 Ionic Liquid Electrolytes for Silicon Anodes in Li-Ion Batteries
Daniel Tveik Rogstad, NTNU (now Freyr)
Explosion Safety in Battery and Hydrogen Systems
Mathias Henriksen, USN
16:20 Bipolar Plates for PEM Cells: A Holistic Approach
Katie McCay, SINTEF
Modelling & Simulation of PEM Fuel Cell System for Heavy-duty Application
Yash Raka, SINTEF
16:40 Understanding Battery Chemistry Using Operando X-ray based Techniques
Alexey Koposov, UiO
High-pressure PEM Water Electrolysis Systems – Simulations and Testing
Ragnhild Hancke, IFE
17:00 End of Session 1 End of Session 2
Recreational Time: Holmenkollen Ski Museum, Holmenkollen Restaurant, Hotel Spa, or Hotel Bar
Conference Dinner from 19:00 – 22:00

  
  

Day 2 – Innovation Activities & Results






Arrival & Registration 08:30 – 09:00
Session 3 – From Materials to Market: Prototyping, Fabrication, and Manufacturing Session 4 – Zero Emission Transport Systems: Heavy-Duty Applications (Road, Rail, and Sea)
09:00 Introduction to MoZEES Battery Innovation Activities
Kenneth Friestad, MoZEES Innovation Committee
Introduction to MoZEES Hydrogen Innovation Activities
Geir Brekke, MoZEES Innovation Committee
09:15 Driving Carbon Neutrality: R&D insights of Nissan (keynote)
Eishi Endo, Nissan, Japan
Decarbonising Heavy-Duty Road Transports
Kjetil Bergflødt, Volvo
09:45 Nanostructured Silicon Materials for Lithium-ion Batteries
Eric Sauar, Cenate
Operation of Battery Electric Buses in Cold and Winter Conditions
Lena Wendelborg, Unibuss
Coffee Break 10:00 – 10:30
10:30 Solving the Battery Anode Problem
Andreas Forfang, Vianode
Zero Emissions Trains
Armando Anson, CAF, Spain
10:50 Battery Cell Production (title TBD)
Halvor Høen Hval, Morrow Batteries
Lessons Learned from the Marine Batteries on Vessels
Wei He, Equinor
11:10 Battery recycling at Hydro: from Hydrovolt and beyond
Johan Fridner, Hydro
Development of Safety Requirements for Large Lithium-Ion Battery Installations on Trains
Henrik Helgesen, DNV
11:30 End of Session 3 End of Session 4
Lunch 11:30 – 13:00
Conclusions, Recommendations & Future Work
13:00 Panel Discussion: Battery Technologies & Systems
  Chair: Egil Mollestad, ZEM Energy
  Co-chair: Kenneth Friestad, Elkem
Panelists:
    Andreas Forfang, Vianode
    Erik Sauar, Cenate
    Eishi Endo, Nissan
    Lars Ole Valøen, Corvus Energy
    Hanne Flåten Andersen, IFE
13:45 Panel Discussion: Hydrogen Technologies & Systems
  Chair: Ingo Machenbach, Statkraft
  Co-chair: Ahmed Abdelhakim, ABB
Panelists:
    Magnus Thomassen, Hystar
    Egil Rasten, Nel Hydrogen
    Roger Sæther, ASKO
    Maria Brandsøy, Ocean Hyway Cluster
    Sigrid Lædre, SINTEF
Coffee Break 14:30 – 15:00
15:00 FME Battery – Next-Generation and Improved Circular Sustainable Battery Technology Value Chain
Hanne Andersen, IFE
15:15 FME HYDROGENi – Norwegian Research and Innovation Centre for Hydrogen and Ammonia
Sigrid Lædre, SINTEF
15:30 FME MarTrans – Norwegian R&D Centre for Maritime Energy Transitions
Agathe Rialland, SINTEF
15:45 Final Remarks
Åse Slagtern, Research Council of Norway
End of Conference at 16:00

  
  

Day 3 – Technical Tours

 

Technical tours will be arranged on Day 3 of the conference. Please register to join one of the tours here after you have registered for the conference.
  

Description of tours:

  
Option 1: Visit to NEL at Herøya

NEL is scaling up production of their alkaline electrolyser products and have constructed the world’s first fully automated electrolyser production facility at Herøya in Porsgrunn. The tour will start in Oslo and a bus will transport the participants to Herøya and back to Oslo.
 

Option 2: Visit to Cenate/Dynatec SMV

Cenate started out from research activity among MoZEES partners and is producing silicon anode materials with high energy density at Holter, near Spydeberg in collaboration with some of the leading battery producers in the world. The visit will be to Cenate’s facilities along with their parent company Dynatec SMV next door.

The tour will start in Oslo and a bus will transport the participants to Holter and back to Oslo.
 

Option 3: Visit to ASKO

ASKO operates a central distribution hub at Vestby with a focus on making the whole operation zero-emission and fully run on renewable energy. The hub integrates solar energy production on-site with their storage along with charging infrastructure for trucks.

The tour will start at Aker Brygge before a bus will transport participants to Vestby and back to Oslo after the tour.
 
Option 4: Visit to SINTEF Oslo and IFE
SINTEF’s laboratories in Forskningsveien 1 in Oslo contains state-of-the-art infrastructure for fabrication and testing of materials and components for hydrogen and battery technologies. The visit will cover advanced materials characterization labs, clean rooms for fabrication and thin film deposition (from the outside), the high temperature lab of the Norwegian Fuel Cell and Hydrogen Centre and the ammonia lab.

IFE’s new battery line commissioned in 2024 represents key infrastructure towards large-scale battery production in Norway. The visit will show the new pilot line and generally about the research ongoing on battery materials at IFE.

The tour will start at Forskningsparken and lunch will be served there before a bus will transport the participants to IFE.