Upcoming Webinars
Digital Twins for Mechanical Integrity: Use Cases
Presented with Inspectioneering
A digital twin is a virtual replica of a physical asset that allows engineers and inspectors to monitor, predict, and optimize its performance in real-time. By integrating sensors, machine learning algorithms, and predictive analytics, a digital twin provides insights into the behavior and health of an asset, enabling proactive maintenance and reducing downtime. For mechanical integrity programs, this provides contextualized visualization of vast amounts of data.
As a concept, digital twins seem novel. But what are its realistic applications? What are the practical applications in operations and maintenance? How does it impact daily workflows? This webinar seeks to answer those questions.
Join us on Wednesday, June 26th at 1:00 PM CDT as we team up with Inspectioneering for an informative webinar, “Digital Twins for Mechanical Integrity: Use Cases.” In this webinar, we will examine the definition, functionality, and practical use cases for digital twins in mechanical integrity (MI) programs. You will learn how digital twins work, their benefits and limitations, and how they are utilized in day-to-day applications to enhance MI programs.
The discussion will conclude with a brief Q&A session to address any questions submitted during the presentation.
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On-Demand Webinars
Dynamic Risk Based Inspection: How to Achieve “RBI on the Fly”
Hosts:
Floyd Baker, Vice President, Joel Chapman, CEP and Angela Saldivar, AIM & RBI Specialist
Outline:
Join us for an exclusive webinar examining the latest cutting-edge technologies transforming conventional risk based inspection (RBI) into dynamic, proactive strategies with the power of IIoT. Led by industry experts with decades of experience, this webinar examines the journey of RBI from conventional, manual methods to the real-time, dynamic possibilities of today. Discover how to leverage technology to access real-time data at your own facilities –enabling “RBI on the Fly” for enhanced risk management and cost savings.
What you’ll learn:
- A history and background on conventional RBI practices
- The difference between conventional RBI and dynamic RBI
- The role of IIoT in enabling “RBI on the Fly”
- The benefits and considerations of dynamic RBI
- The power of dynamic Integrity Operating Windows (IOW)
- Best practices for implementation at your facilities
Predictive Analytics for Heat Exchanger Bundles:
How to Optimize RBI, Lifespan, and Inspection Strategies
Hosts:
Floyd Baker, Vice President, Antea Americas
Justin Daarud, Asset Integrity Director, Cognascents
Outline:
Discover the power of predictive analysis in determining the remaining life of your heat exchanger bundles and tubes. In these webinar, asset integrity experts Floyd Baker, VP of Antea Americas, and Justin Daarud, Asset Integrity Director of Cognascents, examine new strategies for the inspection of heat exchanger bundles to predict wall loss and prolong asset lifespans.
Join us for an informative, educational discussion on groundbreaking inspection strategies that can enhance risk based inspection (RBI) parameters and improve overall maintenance and inspection strategies – helping you upgrade your mechanical integrity programs with data-driven decisions to enable predictive maintenance.
This webinar is now available for on-demand rewatch.
How to Improve Risk Based Inspection (RBI) with Corrosion Under Insulation (CUI) Monitoring
What if you could continuously monitor the corrosion and moisture conditions of your assets? What if that data was linked to risk based inspection software with digital twin — enabling you to visualize the real-time external corrosion status of your assets? Industry experts Floyd Baker, VP Antea Americas, and Dr. Prafull Sharma, Chief Technology Officer of CorrosionRADAR, present an educational webinar that answers these questions and more.
They discuss the latest technology for predictive analytics with corrosion under insulation (CUI) monitoring, and how, when integrated with RBI software and digital twin, it can enable true predictive corrosion management (PCM). Featuring a Q & A session!
How to Achieve Autonomous Real-Time Visual Inspection Using Digital Twin 2.0
Presented by: Antea and Clean Connect AI
What if you could achieve real-time, autonomous visual inspections, tank monitoring, LDAR, and more from your AIM software? That is now a reality with the launch of the first ever Digital Twin 2.0. And this webinar unveils everything you need to know about it!
Join Floyd Baker and Mark Smith for a deep dive into the ways that merging EPA-certified optical gas imaging and AI machine models with AIM software enables real-time visual monitoring of your assets.
Asset Integrity and Digital Twin: Deep Dive
Presented by: Antea and Geoffrey Cann
One of the most useful discussions you’ll find on digital twin as it applies to asset integrity management (AIM). Floyd is an AIM expert, and Geoffrey an expert (and renowned author) in digital Oil & Gas. Together, they examine real case studies and proven results to break down how to use digital twin for AIM.
Upgrading Inspection Software to Mechanical Integrity Database
Are you aware of the differences between inspection software and a mechanical integrity program? Are you getting the most from your database, or are you finding it difficult to maintain or to retrieve critical asset information? Is it time to transition or upgrade — and if so, what are your options?
Join Antea and Lotte chemical for an engaging webinar that answers all of these questions. Learn how to identify when it’s time to upgrade from your inspection software, and the best tips for transitioning when you do.
Mobile Asset Integrity Management
Presented by: Antea and Telepresenz
Join us for an informative webinar between Antea and Telepresenz examining the latest mobile technologies to enhance asset integrity management. Did you know that hands-free inspection reporting is a thing? That you can remotely collaborate with, mentor, or train personnel at the asset — from your desk in another city? Discover how mobile-enabled mechanical integrity software, coupled with the latest in wearable technology, combine to make these concepts a reality.