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Dr Tarek Rashwan

Profile summary

  • Central Academic Staff
  • Lecturer in Sustainability and the Smart Environment
  • Faculty of Science, Technology, Engineering & Mathematics
  • School of Engineering & Innovation
  • tarek.rashwan

Web links

Professional biography

Dr. Tarek Rashwan is currently researching a range of environmental engineering topics that support a low-carbon and circular economy, such as assessing hydrogeological conditions for safe used nuclear fuel storage, large-scale hydrogen storage systems, and scaling-up a novel thermochemical waste-to-energy technique based on smouldering combustion.  These projects primarily focus on understanding heat and mass transfer dynamics in porous media systems via experimental, analytical, and numerical methods.

Research interests

Below is an image link to a short video summarizing current research activities.

 

The following image link is to SPLICE: Sustainable Processes Linked for an Integrated Circular Economy.  This is an Open Societal Challenges project linked to my team's core research activities.

Impact and engagement

My team and I engage frequently in external events.

See an example event below with myself and colleagues alongside OU PhD students Harri Williams and Marc Cochrane.  This panel discussion was on hydrogen in the UK and a part of Energy Security & Green Infrastructure Week 2023.

External collaborations

I collaborate frequently with multiple industry partners, including a Canadian technology provider, Savron.

Publications

Investigation of applied smouldering in different conditions: The effect of oxygen mass flux (2023-11)
Miry, Seyed Ziaedin; Zanoni, Marco A.B.; Rashwan, Tarek L.; Torero, José L. and Gerhard, Jason I.
Fuel Processing Technology, 250

Elucidating the characteristic energy balance evolution in applied smouldering systems (2023-06-15)
Rashwan, Tarek L.; Zanoni, Marco A.B.; Wang, Jiahao; Torero, José L. and Gerhard, Jason I.
Energy, 273, Article 127245

Modelling oxygen-limited and self-sustained smoldering propagation: Thermochemical treatment of food waste in an inert porous medium (2023-05-20)
Song, Zeyang; Zanoni, Marco A.B. and Rashwan, Tarek L.
Chemical Engineering Journal, 468

Smouldering to treat PFAS in sewage sludge (2023-04-19)
Fournie, T.; Rashwan, T. L.; Switzer, C. and Gerhard, J. I.
Waste Management, 164 (pp. 219-227)

Applied smouldering for co-waste management: Benefits and trade-offs (2023-02)
Rashwan, Tarek L; Fournie, Taryn; Green, Megan; Duchesne, Alexandra L.; Brown, Joshua K.; Grant, Gavin P.; Torero, José L. and Gerhard, Jason I.
Fuel Processing Technology, 240, Article 107542

Investigating bisulfide sorption onto bentonite through laboratory batch experiments (2023)
Papry, Sifat Azad; Rashwan, Tarek L.; Mondal, Pulin; Behazin, Mehran; Keech, Peter G. and Krol, Magdalena
Applied Geochemistry, Article 105626(152)

Investigation of multi-dimensional transfer effects in applied smouldering systems: A 2D numerical modelling approach (2022-12)
Miry, Seyed Ziaedin; Zanoni, Marco A.B.; Rashwan, Tarek L.; Torero, José L. and Gerhard, Jason I.
Combustion and Flame, 246, Article 112385

Exploring PCDD/Fs and potentially toxic elements in sewage sludge during smouldering treatment (2022-09-01)
Fournie, T.; Rashwan, T. L.; Switzer, C.; Grant, G. P. and Gerhard, J. I.
Journal of Environmental Management, 317, Article 115384

Exploring the governing transport mechanisms of corrosive agents in a Canadian deep geological repository (2022-07-01)
Rashwan, Tarek; Asad, Md. Abdullah; Molnar, Ian L.; Behazin, Mehran; Keech, Peter G. and Krol, Magdalena M.
Science of The Total Environment, 828, Article 153944

Phosphorus recovery and reuse potential from smouldered sewage sludge ash (2022)
Fournie, T.; Rashwan, T. L.; Switzer, C. and Gerhard, J. I.
Waste Management, 137 (pp. 241-252)

Scaling up self-sustained smouldering of sewage sludge for waste-to-energy (2021-11)
Rashwan, Tarek L.; Fournie, Taryn; Torero, José L.; Grant, Gavin P. and Gerhard, Jason I.
Waste Management, 135 (pp. 298-308)

The improved energy efficiency of applied smouldering systems with increasing scale (2021-10)
Rashwan, Tarek L.; Torero, José L. and Gerhard, Jason I.
International Journal of Heat and Mass Transfer, 177, Article 121548

Heat losses in applied smouldering systems: Sensitivity analysis via analytical modelling (2021-06)
Rashwan, Tarek L.; Torero, José L. and Gerhard, Jason I.
International Journal of Heat and Mass Transfer, 172, Article 121150

Heat losses in a smouldering system: The key role of non-uniform air flux (2021-05)
Rashwan, Tarek L.; Torero, José L. and Gerhard, Jason I.
Combustion and Flame, 227 (pp. 309-321)

Processes defining smouldering combustion: Integrated review and synthesis (2020-11)
Torero, José L.; Gerhard, Jason I.; Martins, Marcio F.; Zanoni, Marco A.B.; Rashwan, Tarek L. and Brown, Joshua K.
Progress in Energy and Combustion Science, 81, Article 100869

Application of self-sustaining smouldering combustion for the destruction of wastewater biosolids (2016-04)
Rashwan, Tarek; Gerhard, Jason I. and Grant, Gavin P.
Waste Management, 50 (pp. 201-212)

Measuring Key Parameters Governing Anion Transport Through Mx-80 Bentonite (2023)
Chowdhury, F.; Rashwan, T. L.; Papry, S. A.; Behazin, M.; Keech, P. G.; Mondal, P.; Sharma, J. and Krol, M.
In : Canadian Society of Civil Engineering Annual Conference 2021 (26-29 May 2021, Online) (pp. 547-558)