Download presentations from the 2023 MariNH3 conference

1. Keynote address – Ammonia Combustion Challenges for IC Engines
Prof Christine Rousselle

Keynote – Ammonia Combustion Challenges for IC Engines – Prof Christine Rousselle – Slides 1-12
Keynote – Ammonia Combustion Challenges for IC Engines – Prof Christine Rousselle – Slides 13-24
Keynote – Ammonia Combustion Challenges for IC Engines – Prof Christine Rousselle – Slides 25-36
Keynote – Ammonia Combustion Challenges for IC Engines – Prof Christine Rousselle – Slides 37-45
Keynote – Ammonia Combustion Challenges for IC Engines – Prof Christine Rousselle – Slides 46-51

2. Operation of a modern SI engine on ammonia with E10 and H2 co-fuelling
Ajith Ambalakatte, University of Nottingham

Operation of a Modern SI Engine on Ammonia with E10 and H2 Co-fuelling – Ajith Ambalakatte

3. Emissions from NH3 combustion engines
George Brinklow, University of Birmingham

Emissions from NH3 Combustion Engines – George Brinklow

4. Hydrogen in the heavy-duty transport sector
Dr Vikas Sharma, University of Brighton

Hydrogen in the Heavy-Duty Transport Sector – Dr Vikas Sharma – for circulation

5. Fuel Spray Imaging
Dr Tony Giles, Cardiff University

Fuel Spray Imaging – Dr A Giles – for circulation

6. Thermal and H2 Fuel Storage
Dr Marcus Adams, University of Nottingham

Thermal and H2 Fuel Storage – Dr Marcus Adams

7. NH3 Fuel Storage
Jonny Betteridge, University of Oxford

NH3 Storage – Jonathan Betteridge – Slides 1 -12
NH3 Storage – Jonathan Betteridge – Slides 13-23

8. Keynote Address – Safety Challenges: Ammonia as a marine fuel
Dr Paul Davies, Lloyds Register EMEA

Keynote – Safety Challenges – Dr Paul Davies

9. Pathways to technology acceptance
Dr Laura Norris, Cardiff University

Pathways to Technology Acceptance – Dr Laura Norris

10. Life cycle analysis of ammonia fuelled marine engines
Reese Murugan, University of Nottingham

Life cycle analysis of ammonia fuelled marine engines – Reese Murugan