In a manufacturing environment, decisions on what renewable energy integration strategy to adopt or how to manage energy intensive systems are often not straightforward due to a lack of contextualised data coupled to the manufacturing system. The use of proxy metering (i.e. inferred rather than measured consumption) has the potential to complement existing data on energy and resource consumption. Workpackage End Use Integration 1 will improve the transparency of information across the full energy and resource chain in manufacturing sites. In addition, it will explore opportunities for demand management within the factory environment and will examine the impact on the national grid of demand management decisions within the factory.
Development of a data driven FDD approach for building water networks: Water distribution system performance assessment rules
2020; Journal of Building Engineering; Sean Mulligan, Louise Hannon, Paraic Ryan, Sudeep Nair, Eoghan Clifford
Effect of the axial gap on the energy consumption of a single-blade wastewater pump
2020; Journal of Power and Energy; Federico Caruso, Craig Meskell
CFD estimation of damping-controlled fluidelastic instability maps dependence on array pitch ratio
2018; 9th International Symposium on Fluid-Structure Interactions, Flow-Sound Interactions, Flow-Induced Vibration & Noise (FIV2018: FSI2 & FIV+N), Canada; Beatriz de Pedro, Craig Meskell
Quantifying energy losses associated with faults in building water networks using a novel fault detection, diagnosis and optimization approach
2017; 12th Conference on sustainable development of energy, water and environment systems, 4-8 October 2017, Croatia; Nair, S., Mulligan, S., Hashim, H., Ryan, P., Keane, M., Clifford, E. and Hannon, L.
A novel approach to fault detection and diagnosis in industrial water distribution system: A case-study
2021; 12th Eastern European Young Water Professionals Conference, Latvia; Hashim, H., Clifford, E., Ryan, P.
PCA-based fault detection and isolation for building water distribution system: A case-study
2020; Civil Engineering Research Ireland (CERI) 2020, Ireland; Hashim, H., Ryan, P., Clifford, E.
An event-based fault detection and isolation approach for non-residential water distribution systems: A case-study.
2019; 9th International Young Water Professionals Conference 2019, Canada; Hafiz Hashim, Eoghan Clifford
Industrial steam systems: Strategic frameworks with proxy measurements to evaluate the total cost of steam
2019; Journal of Cleaner Production; Dominik Seiler, Dan Donovan, Garret E. O'Donnell
An event-triggered fault detection and diagnosis approach for non-residential water distribution systems: A case-study
2019; Environ 2019: Engagement for Climate Action. 29th Colloquium of Irish Environmental Research, Ireland; Hafiz Hashim, Eoghan Clifford
A perspective on energy and resource measurement strategies in industrial water systems: a basis for analysis, modelling and optimisation
2017; 34th International Manufacturing Conference, Ireland; Seiler, D., Donovan, D. and O'Donnell, G.E.