Owner operators of asset-intensive corporations are starting to realise the operational and profit potential of harnessing new technologies, namely the Industrial Internet of Things (IIoT). IIoT refers to the phenomenon of utilising technology to connect a series of physical assets to measure and/or enhance industrial processes. Essentially, it equates to digitalisation.
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In the world of asset integrity management (AIM), this means intelligent analytics to modernise the plant to an asset-control environment. Adopting IIoT helps owner operators to automate, improve and transform their processes for increased profitability, enhanced safety, and reduced loss of containment.
For too long, owner operators have manually managed operational maintenance and equipment integrity (safe uptime = profitability) using paper-based processes or monthly reporting cycles. In the new technological climate, this approach has been proven to be less effective. Variables that affect key business decisions are no longer changing once every 30 - 90 days. Now, they can change in minutes.
When many assets are at play (each with its own large set of constantly changing data), the old system makes it impossible to keep up, or for operators to garner the most from their data. This leads to an operational strategy of reactive maintenance – constantly playing catch up as you finally aggregate enough information to form actionable intelligence. Unplanned outages occur more frequently due to the inability to predict and prevent loss of primary containment. This places the plant’s operational profitability at risk.
With IIoT, operators can bridge that data gap. They can deploy digital platforms that can aggregate, centralise, store and analyse all data from disparate sources into one database. They can utilise intelligent data analytics such as risk based inspection (RBI) and integrity operating windows (IOW) to garner actionable intelligence from their data in real time, making it possible to stay on top of asset performance and adopt predictive maintenance before costly loss of containment or unplanned shutdowns occur.
Utilising IIoT for AIM
It all starts with the health and maintenance of the asset(s). Visualise the equipment maintenance maturity lifecycle model.
The journey to IIoT begins in the earliest stages of the lifecycle, namely with how the data is collected and the analytics applied to it. By digitalising processes at the inspection data management (IDMS) stage, you are equipped with the ability to garner actionable intelligence from your data in real time. This enables you to apply sophisticated analytics at the MI and AIM stages, which then improves the artificial intelligence (AI) potential of later stages. Data is data: you have to apply some AI to it in order to turn it into knowledge and verify that it’s repeatable and scalable. Only then can you turn that into intelligence that would be the baseline for machine learning and cognitive learning.If dated, paper-based, cyclical reporting schedules are the basis for the formative stages of your lifecycle model, you will never be able to capitalise on the benefits of IIoT. The most crucial factor in digitalisation is adoption of emerging IIoT technologies at the earliest stages (IDMS/MI/AIM) in order to facilitate the intelligence required for continued evolution via AI later on.
Implementing software platforms to digitalise IDMS, MI and AIM processes will facilitate greater insight into the operational health of assets. If a plant operator is alerted to possible equipment failure, he can immediately respond to reduce that from happening while re-investigating the equipment’s inclusion in the next planned shutdown or TAR. In the short term, that helps prevent costly unplanned outages. In the long term, that affords the company time to develop a permanent solution to the issue at hand. Based on the size and complexity of the process/plant, this is potentially millions of dollars in savings.
Digitalisation via comprehensive software can help businesses:
- Access useable, intelligent data at the right time: actionable intelligence.
- Achieve near real-time visibility of equipment health in a centralised platform (analytics of all equipment types and locations).
- Improve asset integrity strategies, set smarter inspection intervals, and allow capital allocation for critical resources.
- Readily retrieve all historical data for regulatory compliance.
- Access a single version of the truth for all assets.
- Reduce issues with succession planning and information silos.
- Mitigate risk and prevent equipment failure.
- Enhance project ROC by directly impacting project completion time and overall profitability.
How to embark on the IIoT journey
The process of undergoing digitalisation might seem daunting. It is a journey, not a plug and play. These days, digitalised technologies are more affordable than ever. In fact, early ROI and productivity gains being reported are much more significant than initially thought.
It is no longer a process that requires companies to rip apart legacy equipment and start from scratch. Modern technology offers cloud-based (hosted) software as a service to enhance the connectivity of existing systems. This makes it possible to work with and improve what you already have, requiring less initial capital investment than before – all while delivering more rapid ROI.
It’s also possible to adopt an approach that is more gradual. The best approach is to hire consultants with experience implementing these technologies. They will perform a full analysis on the company’s current system, identifying the areas most in need of improvement. They will then help implement tailored strategies, identifying the areas of the maintenance lifecycle that could benefit from new technology in order to hasten the IIoT journey.
Further steps that owner operators can take is to choose a software solution that is scalable. This allows the company to start small with a basic Inspection Data Management Solution (IDMS) and then to grow as they need to at a pace they can handle. Look for solution providers that offer multi-levelled, extensible and scalable product options.
Next, to stay ahead of the curve, look for a system that is available both on the premises and software as a service hosted on “the cloud.” This allows critical data to be exchanged anywhere, in real-time, between the office and the field. To maximise time and access, seek a product that offers “on the go” field work order management from a mobile device.
With companies all over the globe modernising their industrial processes, the time to invest is now. Don’t waste capital resources on short-term fixes to problems. It is much more prudent to invest in digitalisation technologies for long-term profitability, allowing you to be competitive.
Implementing IIoT with trusted experts
Metegrity delivers quality and asset integrity management software for plants, pipelines and facilities. Its products help you leverage IIoT for vastly improved profitability and enhanced ROI. The company’s strategic implementation team and partners can help assess your current state, needs and implement tailored strategies for modernisation. Metegrity currently protects over US$550 billion in assets across 850 facilities worldwide.
Read the article online at: https://www.worldpipelines.com/special-reports/07082018/leveraging-the-industrial-internet-of-things-iiot-for-pim/