Food, Water, Waste Research Group

Publications

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OLIVER J. FISHER, NICHOLAS J. WATSON, LAURA PORCU, DARREN BACON, MARTIN RIGLEY and RACHEL L. GOMES, 2022. Data-driven modelling for resource recovery: Data volume, variability, and visualisation for an industrial bioprocess Biochemical Engineering Journal. 185, 108499

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FOURNIE, T., RASHWAN, T. L., SWITZER, C. and GERHARD, J. I., 2022. Phosphorus recovery and reuse potential from smouldered sewage sludge ash: Waste Management Waste Management. 137, 241-252

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FOURNIE, T., RASHWAN, T. L., SWITZER, C., GRANT, G. P. and GERHARD, J. I., 2022. Exploring PCDD/Fs and potentially toxic elements in sewage sludge during smouldering treatment: Journal of Environmental Management Journal of Environmental Management. 317, 115384

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MIRY, SEYED ZIAEDIN, ZANONI, MARCO A. B., RASHWAN, TAREK L., TORERO, JOSÉ L. and GERHARD, JASON I., 2022. Investigation of multi-dimensional transfer effects in applied smouldering systems: A 2D numerical modelling approach: Combustion and Flame Combustion and Flame. 246, 112385

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RASHWAN, TAREK L., ASAD, MD ABDULLAH, MOLNAR, IAN L., BEHAZIN, MEHRAN, KEECH, PETER G. and KROL, MAGDALENA M., 2022. Exploring the governing transport mechanisms of corrosive agents in a Canadian deep geological repository: Science of The Total Environment Science of the Total Environment. 828, 153944

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ROBINSON, B. L., JEWITT, S., CLIFFORD, M. J. and HEWITT, J., 2021. Understanding the current market enablers for Nepal’s biomass cookstove industry: Development in Practice Development in Practice.

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ROBINSON, B. L., CLIFFORD, M. J. and JEWITT, S., 2021. Time to change: An evaluation of practical action nepal’s results based finance program: Energies Energies. 14(10),

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BUGAJE, B., RUTHERFORD, P. and CLIFFORD, M., 2021. A systems dynamics approach to the bottom-up simulation of residential appliance load: Energy and Buildings Energy and Buildings. 247,

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BUGAJE, B., RUTHERFORD, P. and CLIFFORD, M., 2021. A systems dynamics approach to the bottom-up simulation of residential appliance load: Energy and Buildings Energy and Buildings. 247,

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STANISTREET, D., PHILLIP, E., KUMAR, N., ANDERSON DE CUEVAS, R., DAVIS, M., LANGEVIN, J., JUMBE, V., WALSH, A., JEWITT, S. and CLIFFORD, M., 2021. Which biomass stove(s) capable of reducing household air pollution are available to the poorest communities globally? International Journal of Environmental Research and Public Health. 9226

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KUMAR, N., PHILLIP, E., COOPER, H., DAVIS, M., LANGEVIN, J., CLIFFORD, M. and STANISTREET, D., 2021. Do improved biomass cookstove interventions improve indoor air quality and blood pressure? A systematic review and meta-analysis: Environmental Pollution Environmental Pollution. 290,

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RYAN, J., ELSMORE, M. T., BINNER, E. R., DE FOCATIIS, D. S. A., IRVINE, D. J. and ROBINSON, J. P., 2021. Solvent-free manufacture of methacrylate polymers from biomass pyrolysis products: Reaction Chemistry and Engineering Reaction Chemistry and Engineering. 6(2), 335-344
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Food, Water, Waste Research Group

Faculty of Engineering
The University of Nottingham
Nottingham, NG7 2RD


telephone: +44 (0)115 82 32502
email:FWW@nottingham.ac.uk