Aonghus McNabola

Professor in Energy and the Environment

Trinity College Dublin School of Engineering

Ireland

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Professor Aonghus McNabola is a faculty member in the School of Engineering at Trinity College Dublin, Ireland. His research focuses on energy systems and environmental management, with recent publications addressing air pollution modeling, wastewater heat recovery, and optimization in hybrid energy systems. He actively engages with sustainability goals and innovative energy solutions, contributing to both local and global discussions on environmental challenges.

Aonghus McNabola

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Articles (25)

Identifying air pollution characteristics, source apportionment methods, and air quality modeling approaches in transport hub settings: State-of-play and future directions

Techno-economic analysis of wastewater heat recovery in the hospitality sector: A case study of a commercial kitchen’s grease interceptor

Optimization and Machine Learning in Modeling Approaches to Hybrid Energy Balance to Improve Ports’ Efficiency

Assessing wastewater heat resources in Zambian food and beverage processing: Case studies, regional assessment, and implications

Enhancing ventilation in street canyons using adjustable roof-level wind flow deflectors

Detection of Cavitation in a Centrifugal Pump-as-Turbine Using Time-Domain-Based Analysis of Vibration Signals

Long-term assessment of energy consumption reduction in a building ventilation system with passive particulate matter control technology in the fresh air intake

Assessment of hygrothermal performance and mould growth risk in roofs of post-retrofitted non-dormer and dormer attic rooms with reduced ventilation

Energy savings potential and life cycle costs of deep energy retrofits in buildings with and without habitable style loft attic conversions: A case study of Irelands residential sector

Conceptual hybrid energy model for different power potential scales: Technical and economic approaches

Responding to the UN sustainability goals in transdisciplinary partnership through network action learning

Detecting and quantifying PM<inf>2.5</inf> and NO<inf>2</inf> contributions from train and road traffic in the vicinity of a major railway terminal in Dublin, Ireland

Hybrid Renewable Systems for Small Energy Communities: What Is the Best Solution?

Thermal performance of a wooden pipe-embedded building envelope using a low-grade heat source in extreme cold climate conditions

Reducing the Energy and Environmental Impact of Commercial Kitchen Water Use: Assessment of Wastewater Heat Recovery in a Grease Interceptor and Its Impact on Fat, Oil, and Grease Removal Capabilities

Experimental and numerical investigation of drain water heat recovery in a grease interceptor

Exploring the Optimal Location of Pumps as Turbines Within Branched Irrigation Networks by Global Optimization

Design of a Hybrid Grease Trap for Reduced Energy Consumption and Improved Fog Retention in Hot Wastewater

Design and Long-Term Performance of a Pilot Wastewater Heat Recovery System in a Commercial Kitchen in the Tourism Sector

Generalizing the Design of PAT Hydropower Plants in Water Networks

Energy Efficiency Enhancement in Pressurized Irrigation Networks through Optimal Location of Pumps-as-Turbines: A Case Study in Spain

The Role of Micro-Hydropower Energy Recovery in the Water-Energy-Food Nexus

The Social Return Potential of Micro Hydropower in Water Networks Based on Demonstrator Examples

Design and Year-Long Performance Evaluation of a Pump as Turbine (PAT) Pico-Hydropower Energy Recovery Device in a Water Network

Socio-Technical Viability Framework for Micro Hydropower in Group Water-Energy Schemes

Collaborators (6)

Annum Rafique

Kemi Adeyeye

Juan Antonio Rodríguez Díaz

John Gallagher

Jorge García Morillo

Oreste Fecarotta

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