Journal Articles

Walker, N. L., Norton, A., Harris, I., Williams, A. P. & Styles, D. (2019) Economic and environmental efficiency of UK and Ireland water companies: Influence of exogenous factors and rurality, Journal of Environmental Management, 241(December 2018), pp. 363–373.

García, I.F., Novara, D. & McNabola, A., 2019. ‘A model for selecting the most cost-effective pressure control device for more sustainable water supply networks’. Water, 11(6), pp.1297.

Spriet, J. & McNabola, A., 2019. 'Decentralized drain water heat recovery from commercial kitchens in the hospitality sector', Energy and Buildings, 194, pp. 247–259.

Spriet, J. & McNabola, A., 2019. 'Decentralized drain water heat recovery: A probabilistic method for prediction of wastewater and heating system interaction', Energy and Buildings, 183, pp. 684-696.

Novara, D., Carravetta, A., McNabola, A. & Ramos, H.M., 2019. 'Cost model for pumps as turbines in run-of-river and in-pipe microhydropower applications', Journal of Water Resources Planning and Management, 145(5), pp. 04019012.

Novara, D. & McNabola, A., 2018. 'A model for the extrapolation of the characteristic curves of pumps as turbines from a datum best efficiency point', Energy Conversion and Management, 174, pp. 1-7.

Gallagher, J., Coughlan, P., Williams, A.P. & McNabola, A., 2018. 'Innovating for low‐carbon energy through hydropower: Enabling a conservation charity's transition to a low‐carbon community', Creativity and Innovation Management, 27(4), pp. 375-386.

Power, C., Coughlan, P., & McNabola, A., (2017). 'Micro-Hydropower Energy Recovery at Waste Water Treatment Plants: Turbine Selection and Optimisation', Journal of Energy Engineering, 143(1), pp. 1-7

Lydon, T., Coughlan, P. & McNabola, A., 2017. 'Pressure management and energy recovery in water distribution networks: Development of design and selection methodologies using three pump-as-turbine case studies', Renewable energy, 114, pp.1038-1050.

Lydon, T., Coughlan, P. & McNabola, A., 2017. 'Pump-as-turbine: Characterization as an energy recovery device for the water distribution network', Journal of Hydraulic Engineering, 143(8), pp. 1-10.