He is currently co-supervising 2 International PhD students besides involvement in teaching heat transfer, renewable energy engineering and particulate technology subjects at the Institute of Chemical Engineering and Technology, University of the Punjab. He has also delivered lectures at the University of Sheffield, UK in the subjects of fuel and energy utilisation, catalysis, combustion theory and design, carbon capture utilisation and storage, global energy systems to the undergraduates and postgraduate students. He has contributed significantly to the group activity in co-authorship of research articles and successful completion of research projects.
generation of fundamentaland pilot-scale research data in the field of renewable engineering, catalysis, thermo-chemicalmetal corrosion, carbon capture and utilisation, emission reduction, chemical reactionengineering, liquid-liquid extraction and waste to heat/power generation. Investigationinterests also include troubleshooting of process-based engineering anomalies related toadditive based industries.
Royal Academy of Engineering funded project (Newton: £50,000): Waste to EnergyInvestigation of municipal solid waste blending effect on reactivity of coals in circulating fluidized bed combustion and gasification processes (2016-2019).
British Council Pakistan and Higher Education Commission funded project (£29,000): Researcher links UK-PK. (2017-Jan 2019).
Industrial grants (#143293-145495 £40,000, £16,739): Thermo-chemical corrosion degradation research project on fire-side corrosion of the boiler tubes (Feb 2015- Nov 2017).
British Council Pakistan / High Education Commission funded project (#143295: £86,000): International Strategic Partnership in Research & Education Project involving the University of Leeds, PIEAS, University of the Punjab and British Council (2011-2015).
TSB Knowledge Transfer Partnership (TSB/KTP008393: £137,000): Development of fuel enrichment technology (2012-2014)
Daood SS, Yelland TS, Szuhanszki J, Pourkashanian M & Nimmo W (2019) Experimental investigation of NO reburning during oxy-coal burner staging. Energy and Fuels.
Morris J, Daood SS, Chilton S & Nimmo W (2018) Mechanisms and Mitigation of Agglomeration during Fluidized Bed Combustion of Biomass: A Review. Fuel, 230, 452-473.
Daood SS, Yelland T & Nimmo W (2017) Selective non-catalytic reduction – Febased additive hybrid technology. Fuel, 208, 353-362.
Bai X, Lu G, Hossain MM, Szuhanszki J, Daood SS, Nimmo W, Yan Y & Pourkashanian M (2017) Multi-mode combustion process monitoring on a pulverised fuel combustion test facility based on flame imaging and random weight network techniques. Fuel, 202, 656-664.
Daood SS, Ottolini M, Lu G, Taylor S, Ogunyinka O, Hossain MM, Yan Y & Nimmo W (2017) Pollutant and Corrosion Control Technology and Efficient Coal Combustion. Energy & Fuels, 31(5), 5581-5596.
Rizvi AH, Daood SS, Javed MT, Munir S, Pourkashanian M & Nimmo W (2015) Reactivity Analysis of Pakistani Thar Lignite Reserves in Oxidizing Thermogravimetric Analysis Atmospheres. Energy & Fuels, 29(8), 5349-5360.
Rizvi T, Xing P, Pourkashanian M, Darvell LI, Jones JM & Nimmo W (2015) Prediction of biomass ash fusion behaviour by the use of detailed characterisation methods coupled with thermodynamic analysis. Fuel: the science and technology of fuel and energy, 141, 275-284.
