Aidan Roche, BSc, MSc, IEng, Suez UK
Technical Manager, Technical Team – Engineering
Mechanical engineer with a first-class honours degree from Sunderland and an MSc in Advanced Mechanical Engineering from Strathclyde.
Aidan leads the SUEZ R&R UK's rotating machinery team across steam turbine generator maintenance and condition monitoring of critical rotating plant.
Connect with Aidan Roche on LinkedIn for insights and updates.
Presentation
EfW Plants – Challenges in adopting condition monitoring and reliability strategies
Abstract
Aidan's presentation explores the practical challenges of applying condition monitoring and reliability strategies across energy-from-waste plants. Drawing on real-world plant examples, the session looks at how vibration monitoring, data quality, training and clearer ownership can support the move from reactive maintenance towards more informed, condition-led decision making.
SUEZ UK
SUEZ is a global leader in environmental services, operating across water, waste and resource management. In the UK, SUEZ Resource Recovery and Waste provides a wide range of services to local authorities and businesses, including energy recovery, recycling and waste processing.
Within its operations, SUEZ UK maintains a significant portfolio of critical rotating plant, including steam turbine generators, where robust condition monitoring is essential to asset reliability and performance. The company's rotating machinery team works across maintenance and monitoring programmes to keep the plant running safely and efficiently.
Effective vibration monitoring and machinery diagnostics are central to how SUEZ UK manages the health of its rotating assets, ensuring availability and reducing the risk of unplanned outages across its energy recovery operations.
At Beran Conference 2026, Aidan Roche, Technical Manager, Technical Team – Engineering at SUEZ UK, brings that operational perspective to the programme. His presentation will draw on practical experience of managing condition monitoring across complex rotating plant in a demanding industrial environment.
