
The Smart Crack Technology Instrument (SCTI™) is an advanced diagnostic tool designed to monitor mechanical damage in real time using Acoustic Emission (AE) technology. It integrates a bespoke Data Acquisition system with sophisticated data filtering algorithms and feature analytics, allowing for the accurate interpretation of induced waveform signals from field environments. This innovation offers significant advantages, such as early detection of mechanical issues, optimised maintenance planning, enhanced equipment utilization, and improved safety measures. Proven in multiple operational environments within PETRONAS plants, SCTI™ empowers asset owners to make informed decisions, enhancing operational efficiency and reducing downtime and maintenance costs.
Industries that rely on heavy equipment face several critical challenges, including unplanned downtime and high maintenance costs due to a lack of predictive maintenance strategies and inaccurate assessments of equipment health. These issues lead to inefficient resource and inventory management and pose significant risks to personnel safety because of unforeseen equipment failures. Additionally, without real-time data and insights, companies struggle to shift from preventive to proactive maintenance approaches. The absence of a reliable system for predicting mechanical failures significantly hampers overall operational efficiency and cost-effectiveness, making it difficult for industries to maintain optimal performance and safety standards.
The innovation lies in its ability to capture non-linear real-time crack occurrence and propagation due to process parameter changes, providing highly accurate monitoring of equipment health. It offers advanced diagnostic capabilities that enable asset owners to make critical plant decisions, such as planned shutdowns or ramping up process parameters to desired levels. By delivering precise information on equipment condition, SCTI™ allows for optimized maintenance resource allocation, accurate repair cost estimation, and a shift from reactive to proactive maintenance cultures. The technology’s success in deployment across various PETRONAS plants showcases its reliability and effectiveness in real-world applications.
SCTI™ uses an innovative approach to predictive maintenance to address key challenges faced by industries. By utilising Acoustic Emission (AE) technology, SCTI™ enables real-time prediction of mechanical damage, allowing for early detection of potential equipment issues before they become critical. This capability helps optimize maintenance resources, estimate repair costs accurately, and transition maintenance strategies from preventive to proactive modes, resulting in smoother operations without interruptions. The system integrates a bespoke Data Acquisition platform, data filtering algorithms, and feature analytics to provide accurate and actionable insights, enabling asset owners to make informed decisions about equipment health.
SCTI™ is rooted in its ability to offer a comprehensive solution for predictive maintenance that is proven in operational environments. It provides early detection of mechanical issues, enabling companies to optimize maintenance schedules, reduce unplanned downtime, and save costs significantly. Enhanced equipment utilization and improved safety through real-time monitoring reduce the risk of accidents and associated costs. SCTI™’s use of data-driven decision-making supports a shift from preventive to proactive maintenance, creating a more efficient and sustainable operational model. Its successful implementation across multiple PETRONAS plants further solidifies its competitive edge in the industry.