An Innovative Advancement in Vibration-Assisted Steam Sensing Technology (VASST)

This paper focuses on the design and development of a novel condensation detection system to improve energy efficiency and operational reliability in steam piping infrastructures. The proposed system utilizes a non-invasive approach, combining vibration and temperature sensors, to detect and analyze condensation events in real time. By addressing the limitations of traditional detection methods, such as invasiveness and lack of sensitivity, this study introduces a compact and energy-efficient device capable of seamless integration into existing piping systems. The prototype design is tailored for lab-scale experiments, with key parameters optimized for availability and suitability. Detailed theoretical analysis and future experimental testing are considered within this paper. The provided design from this phase will undergo further development and testing, contributing to a scalable solution for industrial applications and predictive maintenance strategies