Implementation of a Risk Based Inspection (RBI) Program
The immediate cost saving advantages of adopting an RBI approach to asset integrity management are gaining momentum. Corporations are increasingly realizing that RBI, with its ability to intelligently analyze equipment’s probability of failure (POF) vs consequence of failure (COF), is the prudent approach to managing critical assets. Embracing RBI assures that a structured, systematic, and technically defensible approach is used to make decisions. RBI significantly reduces instances of equipment failure and minimizes unplanned shutdowns.
Risk Based Inspection – Why Consider it?
In the realm of asset integrity management, where every moment counts in financial terms, organizations must prioritize strategies that are not only cost-effective but also prioritize safety, regulatory compliance, asset integrity, operational efficiency, and data-driven decision-making. This is particularly crucial for owner operators who are burdened by unnecessary expenses resulting from over inspection, under inspection and outdated inspection methods. Notably, equipment failures annually cost the US refining industry billions, with a significant portion attributed to static equipment loss of containment.
Asset Integrity Management Technology That Solves Real Business Problems
In asset integrity, effective data management is crucial to enable data correlation, the application of risk models and risk-based inspection scheduling. The Oil & Gas, Chemical, Pipeline and other industry sectors with asset numbers in the thousands struggle with handling vast amount of unrelatable (siloed) data.
Ensuring Safe and Reliable Operations: The Power of Coupling Asset Integrity Management with Process Safety Management
In the world of industrial operations, ensuring safety and reliability is of paramount importance. The consequences of asset failures or process safety incidents can be catastrophic, leading to human casualties, environmental damage, and financial losses. To address these concerns, two critical approaches have emerged: Asset Integrity Management (AIM) and Process Safety Management (PSM). While each approach has its merits independently, coupling them together creates a powerful synergy that enhances operational safety and reliability to unprecedented levels.
The Role of Advanced Data Management in Asset Integrity Management: Ensuring Data Integrity and Accessibility
Ensuring that equipment, structures, and systems remain fit-for-purpose throughout their lifecycle demands meticulous attention to detail, informed decision-making, and a robust strategy. At the core of successful Asset Integrity Management (AIM) lies a crucial factor: data. However, the sheer volume and complexity of data generated can pose significant challenges without the right data management approach.