In this episode I speak with Reliability Engineer Paul Phelan to discuss the practice of IoT Remote Monitoring of Steam Traps within Industry. We investigate the role that steam systems play within industry and the function of the steam trap with the overall system. We discuss the common failures of steam traps and the impact this can have on your overall system from an efficiency perspective, with a focus on the energy losses caused and the monetary value associated with these failures. We delve into current inspection methods as well as various alternative methods that can be used including thermal and Ultrasound methods, finishing up by looking at the modern remote monitoring techniques used and how they work.

In this episode I speak with Brian Flood from EES on how a well-functioning Engineering Stores can align with a best in class Reliability programme. We discuss the evolution of the engineering stores over the years whilst exploring the major benefits a best in class engineering stores can have within industry, talking through various aspects such as Robust Kitting Programs, BOM Accuracy, Vending machine & RFID, and the visibility and accuracy of stock through the CMMS system. We also consider benchmarking through fundamentals such as performance KPI’s, Lean techniques and a high functioning CMMS. The recent challenges of Brexit and COVID-19 are also highlighted as well as other services offered from a modern Engineering stores such as a repair programme and satellite stores.

In this episode I speak with Dr. Darren McDonnell, Director of Engineering of Scri-is Technologies Ltd, about a relatively new discipline within reliability engineering called Through-Life Engineering Services (TES). We explore what Through Life Engineering Services is and what type of industries are using this concept presently and if there is opportunities for this model to be utilised within different sectors around the world. We also talk about the cost to apply this methodology and the advantages to both the end user and the manufacturer and if this model can only be applied to new systems or assets, or can it be utilised on legacy equipment as well as looking at where it sits within industry 4.0/IoT.