Overview of Software

This article discusses how a technology coupled with API 1177 allows construction crews, inspectors, and pipeline integrity engineers to quickly analyze inspection, NDT, and commissioning data in near real-time, as well as problem solve in the field.

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This article outlines current and future challenges for asset owners and operators in the energy and marine industries and how technology will change the way knowledge is captured, stored, and used across organizations for the better.

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Take advantage of every reasonable opportunity to properly organize your databases. As the information moves toward High Fidelity, you can achieve improved effectiveness and efficiency in your reliability and mechanical integrity programs.

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This article describes how an international oil and gas company built an inspection data management program for its U.S. operations yielding improved confidence in decision-making information, cost savings through increased efficiency, and an overall improvement in the asset integrity program’s performance.

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Whether implementing a comprehensive AIM strategy for the first time or looking for ways to create overlap between AIM activities and documents that historically have acted as information silos, consider utilizing CCDs. They serve as a useful initiation point for centralizing all known material selection, degradation, process plant circuitization, known risks, recommendations, and inspection best practices.

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AIM systems should ensure that the your facility’s MI software is accurately performing the calculations needed to calculate minimum thickness, long/short term corrosion rates and remaining life used to predict future inspection intervals. They should evaluate your MI software’s basic design and corrosion monitoring variables.

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In the fifth and final blog of this 5-part series, readers will learn the key obstacles faced in an implementation project and what measures can be taken to help prevent and mitigate their impact.

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In this article, the author discusses how standardizing IDMS usage can help integrity teams perform more efficiently and effectively.

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Advancements in technology offer organizations huge opportunities for improvement. However, adoption of new tools can change the way an organization functions. If not properly managed, these changes can lead to wasted time and money and ultimately, failed initiatives.

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This article discusses Asset Performance Management (APM) software implementation strategies and the challenges owners face when upgrading their software to the newest version.

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Software implementation, including RBI, comes with a lot of ad-hoc challenges and pitfalls. There are numerous options for RBI software currently available, and they may differ by design, purpose, function, scope and capabilities. This article highlights several key integrity-related aspects to consider when selecting RBI software.

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How long does it take for you to receive reports after an inspection has been completed? A week? A month? Does the data come from multiple sources with no way of knowing if it has been manipulated? Traditional inspection contractors do not have the ability to provide reliable and real-time data once an inspection is complete. The only way to ensure accurate, reliable data is with technology.

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There are cases where selecting the best IDMS application for the company means that the end users will not immediately obtain all desired functionality. In some instances, users must forgo desirable features to satisfy more valuable requirements of the company. In this article, readers will learn what to do when critical functionality is sacrificed and why in-house customization is not always a great option. When addressing functionality gaps, there are generally only four paths one can take.

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In the industry today, there are numerous applications being used to manage asset integrity information, i.e. data and records associated with design, construction, corrosion, inspection, process chemistry, and degradation remediation. In the second blog of this 5-part series, the author covers the most prominent steps in an IDMS selection process and the key areas beyond core functionality that must be considered to ensure that the right IDMS is selected.

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This article demonstrates how the use of APM software can help prevent unplanned downtime by quickly identifying potential hidden failures.

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Last November, Inspectioneering and PinnacleART hosted a roundtable discussion for a select group of leading mechanical integrity experts. This forum explored how the MI field will have to prepare for the impending loss of knowledge resulting from the “Great Crew Change.”

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In the industry today, there are numerous applications being used to manage asset integrity information, i.e. data and records associated with design, construction, corrosion, inspection, process chemistry, and degradation remediation. As the first article in a 5-part series, this is intended to provide readers with an overview of inspection data management systems (IDMS), how they help support mechanical integrity assessments, and some common challenges that users face.

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Our proprietary furnace tube inspection system, FTIS™, is an ultrasonic inspection technology capable of rapid, automated fired heater coil inspection in refinery fired heaters. The data captured by our furnace tube inspection system is exceptionally powerful when combined with our LifeQuest™ remaining life assessment capabilities, providing an integrated solution set for refinery fired heaters in the refining and chemical industries.

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Inspection data is vulnerable to flaws in collection and retention. For example, data might be inaccurate, duplicate, or incomplete due to procedural breakdowns. This article introduces Digital Data Management Systems (DDMS) as a response to these widespread data inaccuracies.

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APM implementation is anything but a pain-free process. Blame tends to fall on vendors, but there are oftentimes activities that do not get completed that tend to have a larger effect on the success of implementation. This article addresses some of those activities.

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This article covers where to start, what to look for, and how to execute a data and systems-focused performance improvement project that can drive large overhead savings.

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Today’s intelligent technology can provide is interoperability, mobile data collection, cascading questions, picture referencing, photo annotation, data funneling and cost savings. Take a closer look at some of the benefits intelligent technology can provide.

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This article highlights the evolution of corrosion monitoring from conventional ultrasonic to ultrasonic phased array manual and automated solutions and their use for both general purposes and complex applications.

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LOTIS utilizes laser profilometry to conduct internal steam reformer tube inspections. The data captured by LOTIS is exceptionally powerful when combined with our LifeQuest™ remaining life assessment capabilities, providing an integrated solution set for the process and syngas industries.

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The objective of this article is to demonstrate the inherent value of an interactive and detailed GIS landscape, emphasize the importance of industry standardization, and encourage regulatory agencies and operators to systematize and incorporate these technologies to produce a standardized basis of observation for these independently operated systems.

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You probably already know that inspection apps for tablets and smart phones exist, and have notions of how these technologies can improve efficiencies in the field and beyond.

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Pipeline management remains fraught with safety risks for operators and the environment. Last year, the Ontario Energy Board determined that a $12 billion oil pipeline proposed by TransCanada Corp. would pose more risks than rewards for the province.

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We at Inspectioneering would like to take this opportunity to thank all of our subscribers, followers, clients, and industry partners for a great 2015, and wish every member of the Inspectioneering community a happy and healthy 2016!

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Offshore platforms pipelines, terminals and downstream facilities, are costly to build, operate and maintain, so it’s imperative that operators keep tight control over the total life-cycle cost of all associated equipment.

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Let Pro-Surve identify corrosion on your flange raised faces while your unit remains in operation. Using phased array TFM, custom transducers and proven procedures Pro-Surve technicians identify corrosion on flange raised faces from the flange outside diameter. Identify scope for pipe spools for turnaround pre-fabrication using this technique. Identify flanges needing replacement or re-machining.

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Machine-to-Machine connectivity combined with advanced computing capabilities and industry-focused software enable a wide range of new capabilities. From smart homes controlled over the internet, to smart electric grids with smart meters, sensors and controls that continually monitor the performance of electric distribution and can self-adjust to demand and outage conditions to optimize uptime across the whole network or a combination of networks, the Industrial Internet has opened the door to a new era of efficiency, productivity, and safety for the industrial world.

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While performing visual inspections with a pen and notepad is the traditional way to record data, there are now more efficient ways to complete inspections out in the field. Investing in a mobile inspection application can be a great way to save time, reduce cost, and improve safety over traditional methods.

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With the advancements in today’s technology and improvements to Enterprise Asset Management (EAM) systems and Computerized Maintenance Management Systems (CMMS), if we deploy them properly and in line with best practices, it is possible to reach previously unreachable levels of efficiency, data quality, and meaningful reports.

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Avoiding cracking under pressure when managing high-energy piping systems is common subject matter in the power industry. Just as high-energy piping can give way to pressure, stress and fatigue, so can the people in charge of operating them when trying to determine what to inspect, where to inspect, and what to do with those inspection results once they have them.

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Now that the stage has been set (via parts 1 and 2 of this series), let’s see what we can do to improve the efficiencies and effectiveness of the work execution processes through situation awareness. Who knows? Maybe even cut a few days off the turnaround in the process.

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If you are developing a mechanical integrity program, or you would like to optimize your existing mechanical integrity program, do you have qualified MI consultants to meet your regulatory needs? If you already have a sound, defensible MI inspection system in place, do you have qualified and experienced personnel maintaining your program?

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Recently developed RFID best practices provide an opportunity for pipeline businesses to transform their asset management and pipeline integrity management processes away from traditional paper-based systems to more efficient, highly-integrated electronic data solutions.

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This blog post is the second in a series about situation awareness (SA). The first part of this series introduced SA (defined as the gathering and utilization of data in real time and using it to improve work processes) and introduced an example of how real-time SA can be applied to plant turnarounds to better achieve your turnaround objectives.

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After spending decades in plants and assisting operators in developing mechanical integrity programs, something has become very apparent to me; owner-operators face serious challenges with situation awareness (SA). What do I mean by SA?

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Several catastrophic spills over the past few years have sparked significant interest in oil spill prevention across the industry. Not only do facilities with large amounts of oil want to prevent environmental damage, loss of product, and civil lawsuits, but, assuming their operations are based in the United States, they must also comply with the U.S. Environmental Protection Agency’s (EPA) Spill Prevention, Control, and Countermeasure (SPCC) regulations.

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Is it possible to develop an internal RBI program without depending on third-party/commercial software?

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Turnarounds are costly in terms of lost production. In many respects a turnaround can be even more complicated than the initial construction of the facility, so a carefully designed plan will reduce overall costs. After execution, safety reviews, Corrosion Monitoring Program updates, MOC documentation, and PHA Revalidations are a must.

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This article is Part 3 of a 3-Part series. The articles in this series provide a step-by-step example of utilization of API RP 581 and build off of each other. This article (Part 3) will cover the final risk analysis, inspection planning, provide a very helpful table of calculated results for each step to check your calculations against, and a glimpse of the future direction of API RP 581.

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Facilities are often content in compiling event data, entering thickness measurements, assigning a system description, tracking work requests and recommendations in their databases. These are certainly valuable data points but using your database for performing just these tasks relegates a valuable resource to nothing more than a ledger of inspection events. The value of these systems becomes more apparent when they are utilized to show you where you should be inspecting.

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The Shell Martinez Refinery has been in operation since 1915, and is located 30 miles northeast of San Francisco on about 1,000 acres of land. The refinery combines state-of-the-art facilities and equipment to convert approximately 165,000 barrels of crude oil a day into many products including automotive gasoline, jet fuel, diesel, petroleum coke, industrial fuel oils, liquefied petroleum gas, asphalt, sulfur, and lubricants. The Shell Martinez Refinery has grown into a sprawling yet efficient assemblage of sophisticated processing equipment; modern control rooms; environmental protection facilities; shipping and receiving terminals for marine, rail, and truck cargoes; maintenance shops; office buildings; quality assurance laboratories; storage tanks; and warehouses. In some ways it resembles a small city with its own utilities, medical facilities, and fire department.

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Data management is an important issue in today's world. We have data all over the place. Every manager is looking for ways to migrate data from platform to platform to save on the cost of re-gathering data and ways to share output from various platforms to better schedule and coordinate activities.

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Many engineers are still performing their inspection and service activities and daily tasks using manual, paper-based forms. However, applying appropriate technology and providing simple-to-use automation tools can increase productivity, improve utilization of resources, and improve profitability. By combining easy to use but sophisticated software and handheld devices, organizations can save time and money while improving operational efficiencies and minimizing downtime.

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In Part 1 of my article that appeared in the previous edition of the IJ, I focused on several issues that are vital to the successful application of any inspection information management system. In Part 2 of my article, I will concentrate on several additional important issues.

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This task though tedious and exasperating is a key part of the operation. Plant personnel often find ingenious uses and filing systems for key data such as UW 1 forms. The more remote the plant site is, the more extraordinary the hiding places. In addition, the adage "garbage in = garbage out" keenly applies. To avoid this concern, it is vital to quality assurance check the data prior to input.

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Regulatory requirements such as OSHA 1910, industry codes and practices coupled with an international drive for more cost-effective preventative maintenance are leading the industry toward data information management systems to assist in organizing and prioritizing preventive maintenance strategies. This shift coincides with the movement toward a risk-based inspection approach to plant condition management. This approach ranks units or individual equipment according to criticality or risk, allowing inspection efforts to be focused where they can have the greatest effect in risk reduction. There are a number of points to bear in mind when planning to implement a plant condition management system.

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The U.S. Department of Energy recently announced an $8 million investment in innovative approaches to enhance the reliability and resilience of the nation’s energy infrastructure.

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AsInt is excited to announce the launch of CORE Inspection, a mobile Inspection Data Management System (IDMS) that will change the way the industry performs inspections.

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E2G|The Equity Engineering Group, Inc. (E2G) has been given exclusive rights for SIMFLEX-III, Pipe Stress Analysis Software. SIMFLEX-III will complement the proprietary programs the company has spent years authoring, developing, and managing to meet current industry needs and ensure compliance with newest regulations, codes, and standards.

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PinnacleART is now an official Implementation Service Provider (ISP) for the aspenONE® Asset Performance Management (APM) software suite from Aspen Technology, Inc. PinnacleART will utilize aspenONE APM solutions to measure, optimize and maximize asset uptime for its oil and gas, specialty chemical, and wastewater customers.

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PK Technology’s personnel are ready to help with any need a facility may have. PK Technology is offering temporary access to their technology free of charge for damage assessments to all Houston-area facilities.

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AIM systems should ensure that the your facility’s MI software is accurately performing the calculations needed to calculate minimum thickness, long/short term corrosion rates and remaining life used to predict future inspection intervals. They should evaluate your MI software’s basic design and corrosion monitoring variables.

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Quest Integrity, a global leader in the development and delivery of advanced inspection, engineering assessment services and software products, today announced the strategic alliance with Metegrity, Inc., providing extensive software capabilities to succeed Quest Integrity’s Reliability Maintenance System (RMS™) software platform.

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Quest Integrity Group, a global leader in the development and delivery of advanced inspection and engineering assessment services and software products, announces Pacifica™, a new software solution to perform pressure cycle fatigue analysis on seam crack flaws in pipelines.

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Quest Integrity Group, a global leader in the development and delivery of advanced inspection and engineering assessment services and software products, introduces a new animation of its LOTIS (Laser Optic Tube Inspection System) technology.

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