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Headed to Spring MUWG 2025? Let’s Talk Maximo Upgrades. Upgrading to Maximo Application Suite (MAS) is a strategic move—but doing it right is just as important as doing it fast. At Spring MUWG, we’ll show you how our proven 2-phased implementation process ensures a smooth transition, minimal risk, and maximum ROI. Don’t miss this opportunity — schedule time with our experts! #Maximo #IBMMaximo #MaximoUpgrade #EnterpriseAssetManagement

When is chemical corrosion a problem, and when is it simply a factor to manage? ?? ?? Chemical Corrosion Control Chemical corrosion can destroy the containment materials in contact with a process. Means exist to mitigate and even prevent chemical corrosion while considering process conditions. Industrial Training - BIN95 ?? Acceptable Corrosion At times chemical?corrosion?is acceptable and one need only allow for it by using thicker materials. An example is the storage of sulphuric acid in mild steel tanks at ambient conditions and concentrations higher than 80%. Though the acid attacks the metal, the rate of corrosion is extremely slow. Using thick-walled steel tanks with a corrosion allowance which takes decades to thin can be a cost-effective option. ?? Select Corrosion-Resistant Materials Using more resistant materials will reduce the effect of chemical attack. Specialist metals and nonmetals to contain aggressive environments are available. These can be expensive, and their use is based on their cost effectiveness. In particular, select low corrosion rate metals for diaphragms used in process instrumentation. ?? Compatible Linings and Coatings Prevent chemical attack by coating in a material unaffected by the chemical. Rubber lining of hydrochloric acid storage tanks and plastic lining of process piping are examples. Teflon coating can protect a stainless steel sparge feeding sulphuric acid into a mixing vessel. Rubber linings normally fail at joins. Check the correct procedure is used when they are mounted in place. Always test the coating to prove there are no holes. High voltage spark testing is used on thick coatings and linings while the low voltage ‘wet sponge’ method is used on thin coatings. ?? Changed Material Properties Heat from welding processes alters the metal properties at the heat-affected zone (HAZ) of the weld. Stresses are introduced into the metal and grain microstructures are altered. Consideration of the welding method, weld procedure and use of stress relief can mitigate the effects. The effect of welding is particularly evident when hot caustic solutions are contained in mild steel vessels. Unless stress relieved, chemical attack can occur at the HAZ of the welds. Full article on Maintenance World #chemicalcorrosion #corrosioncontrol #corrosion

??Are you registered? LAST CHANCE ?? Make sure you have registered for Maintenance World's webinar "Embracing Digital Transformation in Maintenance and Plant Operations. In today’s rapidly evolving industrial landscape, digital transformation is reshaping the way we approach maintenance and plant operations. Don't miss your chance to be in on this exciting webinar where leading industry experts,?Torbjorn Idhammar (IDCON INC), Jeff Winter (Critical Manufacturing), and John Q. Todd (Total Resource Management), will unpack the power of Industry 4.0 technologies and their impact on reliability and maintenance. REGISTER HERE: https://lnkd.in/e5-AYHKi This panel discussion will explore how the latest advancements in operational technology and digital tools are driving efficiency, extending equipment life, and enhancing overall plant productivity. Don’t?miss this opportunity to hear from industry experts on transforming maintenance practices to meet the challenges of tomorrow. #webinar #lastchance #FOMO

How is ?? infrastructure maintenance handled in your plant? Many production facilities face a so-called infrastructure maintenance gap, where they don’t focus solely on building infrastructure capabilities while still investing in machinery and equipment. Research conducted by the?Government Office for Science in the UK shows that over 90% of manufacturing respondents?stated that energy (infrastructure) costs are essential to investment. So, we can clearly see that growing energy costs are the first gap manufacturing companies face while investing in new machinery. Everyone is solely focused on increasing production, but to do it properly, it is essential to consider all other factors that align with properly exploiting the machinery. So, next to it is also essential the maintenance of these installations. As a result, companies today are also heavily investing in rebuilding the infrastructure of production halls. Here is the case of energy capacity, including solar panels on the roofs of warehouses. However, many more production plant components need to serve problems as a whole infrastructure, allowing machinery to keep running. There are many more components, such as air pressure installations, systems for providing technical water, and even fire protection systems. All these components require maintenance and often form a vast part of the job of the maintenance workers responsible for the entire facility. In this article, QRmaint shares what elements, systems, and installations require maintenance in the whole manufacturing facility infrastructure. We also share how a?CMMS system?helps keep critical infrastructure in good condition to prevent downtime. Thus, you can learn that your CMMS system can serve not only as maintenance management software for the production line but also as an effective facility management system. Read the article on Maintenance World #CMMS #infrastructuremaintenance #facilitymaintenance Pawe? B??

It's Maintenance Appreciation Day!! ?? Thank you to ALL Maintenance Peeps!! ?? You ALL keep this world turning (sure, it's gravity and stuff)!! ?? We would be LOST without you!! ?? "Maintenance Appreciation Day is celebrated on?March 7th.?It's a day to recognize and thank the people who keep buildings and grounds in good condition." Thank your maintenance folks today, and every day, because they're getting it done, keeping things running, and doing the work we cannot do ourselves!! #MaintenanceAppreciationDay #maintenance #MaintenanceTech #MaintenanceManagement #RealPros #CMRP #CMRT

How Does Maintenance Data Management Work? ????? A single ?? click in SCADA, ERP, or CMMS systems sets off a chain reaction—triggering applications, APIs, processing, and storage. But what about the data behind that click? Where does it go, and why does it matter? For many maintenance professionals, data is an afterthought. You enter details into a work order or failure report, maybe glance at a KPI dashboard, and move on. In the old days, that data would gather dust in a filing cabinet. Today, it fuels reports, AI-driven insights, and predictive analytics that shape maintenance decisions. The key takeaway? Your ???? CMMS, ERP, or AI tools are only as good as the data they rely on. The same applies when crafting a manual report from accumulated data—whether digital or on paper. Understanding how data is structured, connected, and processed can unlock smarter maintenance strategies—no data science degree required. In this article (read on Maintenance World), Ahmed Rezika of SimpleWays OU uncovers the hidden architecture of data in maintenance: how it’s stored, linked, and transformed into valuable insights. Whether you’re ??♂? hands-on with wrenches or fine-tuning digital systems, a deeper look at data management will help you get the most out of your tools. Must-Know Jargon: ?? Metadata:?Information that describes data (e.g., Work Order ID, Asset Condition). ?? Schema:?The blueprint of a database, defining tables, fields, and data types. ?? Primary/Foreign Keys:?Unique identifiers that link related data across tables. ?? Indexes:?Tools that speed up data retrieval by acting like a book index. ?? Relational Database:?A structured system using tables and relationships (e.g., MySQL). ?? Non-Relational Database:?A flexible system for unstructured or high-volume data (e.g., MongoDB). ?? Query:?A request to retrieve or analyze data from a database. ?? Normalization:?Organizing data to reduce redundancy and improve efficiency. By mastering these concepts, you’ll not only improve your data management skills but also bridge the gap between hands-on maintenance and the data-driven tools shaping the future of the industry. This article helps to uncover the building blocks of the digital world and equip you with the knowledge to navigate it confidently. #CMMS #datamanagement

??????Is spring cleaning part of your plant's reliability and maintenance program? No matter the type of organization, regularly maintaining the cleanliness of equipment is essential to operational excellence and safety. ?? This newsletter breaks down what the experts have to say about well-cleaned equipment and why it is important in your reliability and maintenance program. A clean and organized plant isn’t just about appearances - it plays a crucial role in safety, efficiency, and equipment longevity: ? Reduce downtime and costly repairs ? Improve worker safety and productivity ? Extend equipment lifespan and maintain compliance From cleaning up spills to scheduling regular maintenance, small actions add up to big operational wins. How does your team tackle cleanliness in your plant? Share your best tips in the comments! ?? #Reliability #Maintenance #OperationalExcellence #SpringCleaning

?? How can organizations ensure their Lean initiatives don't lose sight of overarching business goals? Project7 Consultancy's recent article, "Mastering Lean: Balancing Detail and Business Strategy," emphasizes that while focusing on waste reduction and process efficiency is vital, aligning these efforts with the company's strategic objectives is crucial for sustainable improvement. By viewing micro-level enhancements through the lens of broader goals, businesses can achieve true operational excellence. Focus on the Core of Lean: Waste Reduction The foundation of the Lean process is the?elimination of waste?in all forms, whether that is time, materials, motion, or energy. Waste reduction is at the core of everything Lean aims to accomplish, and while this might seem like a series of small, tactical improvements, it should always be viewed through the lens of a larger organizational strategy. Every small, detailed process improvement, from reducing the time spent on unnecessary steps to re-organising a workstation for greater efficiency, is part of an overarching plan to improve throughput, lower costs, and enhance product quality. But without continuously evaluating these micro-level improvements within the context of the company’s broader goals, there is a risk of becoming too focused on incremental changes without achieving true and sustainable ‘big picture’?operational excellence. For example, in a packaging manufacturer the impact of a change made in the department assembling the dies can have a negative impact on the folder gluer machines, if not clearly communicated. Maintain Alignment with Organisational Goals While Lean is primarily associated with operational efficiency, it must always align with the company’s broader strategic objectives. Whether your organisation is focused on customer satisfaction, product innovation, market expansion, or profitability, your Lean initiatives must directly contribute to these goals. The details matter, whether it is improving the takt time, optimizing inventory management, or streamlining workflows. But these efforts must be viewed as part of a larger strategy that ultimately supports long-term growth and competitive advantage. Successful Lean practitioners ask themselves: “How does this change fit into our bigger vision?” For example, improving production efficiency at a particular workstation might reduce costs, but if it does not contribute to the broader strategic goal of faster time-to-market or higher customer satisfaction, its impact will be limited. Therefore, before diving deep into operational change, it is critical to assess how those actions will help the company achieve its big-picture goals. The object of Lean is not to change for the sake of change, but should be for the sake of business improvement, business efficiency and customer satisfaction. Visit Maintenance World to read the rest of the article. Dr. Anthony Kenneson-Adams. FIoL #leanmanufacturing #leanmaintenance

?? WEBINAR DATE AND TIME CHANGE ?? Embracing Digital Transformation in Maintenance & Plant Operations Date:?March 13,?2025? Time:?10:00 AM EST Place: Zoom Thank you to all who have registered so far for our upcoming webinar! We wanted to inform you of a?date change?to ensure you don’t miss this valuable discussion with industry experts?Torbjorn Idhammar (IDCON INC), Jeff Winter (Critical Manufacturing), and John Q. Todd (Total Resource Management). We apologize for any inconvenience this may cause and appreciate your flexibility. Your registration remains valid, and you’ll receive updated calendar details soon. We appreciate your understanding and look forward to seeing you there! If you aren't registered, click here! https://lnkd.in/e5-AYHKi #digitaltransformation #webinar #manufacturingexcellence

?? The Differences Between APM, EAM, and CMMS - and What you Really Need Confused about APM, EAM, and CMMS? You're not alone! In this article, John Q. Todd of Total Resource Management breaks down the key differences between these asset management solutions and help you determine what your organization really needs. (Link: https://lnkd.in/eE4zEmsh) No matter your situation, managing assets has long ago moved away from simply performing your maintenance tasks and hoping for the best. It is now a professionally recognized and key operational competency for large and small organizations. Whether you're focused on predictive maintenance, enterprise-wide asset tracking, or optimizing your maintenance operations, this guide will help you make the right choice. No time to read? Watch the video: https://lnkd.in/eRqnN_73 #APM #EAM #CMMS #assetmanagement #reliabilityengineer