Combustion and its role in the transition to net-zero carbon energy

Organised by the IOP Combustion Group

Click here to review the programme

More than 90% of world’s total primary energy supply is from combustion technologies and hence their role cannot be understated for future energy supply and security.  Of course, combustion of fossil fuel is to be replaced with fuels having potentials for net-zero carbon emission.  There are many possibilities for this but each one of them comes with its own challenges, advantages and disadvantages.  Their comparative analyses are key to identify a meaningful sustainable and stable solution for net-zero carbon energy and surely, this needs collaborative efforts  across multiple disciplines of physics, chemistry, engineering, environment and earth science, and economics. The two talks in this session will highlight some of these aspects to promote a good debate among the participants in the hope that this would help to identify pragmatic solutions for net-zero carbon energy.  


Programme

Session Chair: Professor Alex Taylor,  Department of Mech. Engineering, Imperial College London

15:30
 

The challenges and opportunities for decarbonising the energy sector : A perspective from industries and researchers
N. Swaminathan, Cambridge University Engineering Department, UK

16:10
    

Computational Combustion Physics for Zero-carbon Fuels 
Jacqueline H Chen, Sandia National Laboratories, Combustion Research Facility, USA

16:50

The hydrogen puzzle - pros and cons of a major switch to hydrogen as a currency of energy
Euan G. Nisbet,  Royal Holloway, University of London, UK

 

 


Key dates

Registration deadline (in-person only):

12 November 2021

Late registration deadline (Online only):

Until full


   

Join us

Become an IOP member today; find out more at membership.iop.org or by emailing membership@iop.org.