Chemical Engineering Magazine’s Post

https://lnkd.in/dX4DPHe3 Did you miss our latest CANNED MOTOR PUMP WEBINAR? Access our latest recorded webinar at your convenience. Just follow the instructions in the link below. You will find Hayward Tyler engineers exhibit for a 60-minute technical presentation as they you walk through sectional drawings and discuss key design and maintenance aspects of canned motor pumps. The webinar explores fundamental questions like: - What does canned mean? - How are canned motor pumps different from traditional mechanically sealed and coupled pumps? - What are the design limitations of canned motor pumps? - How to handle challenging fluids? - How are canned motor pumps serviced and when? This presentation is intended for: - Engineers designing or modifying fluid systems where pressure boundary is critical - Maintenance personnel responsible for canned motor pumps or looking to improve issues with problematic seals - Procurement Category Managers focused on rotating equipment packages If you need our support on a project, please reach out to us. We will be happy to assist. Hayward Tyler #freewebinar #pumpsolutions #pumps #cannedmotorpumps #ammonia #SMR #chemicalindustry #processindustry #leakproof #api685 #ondemandpresentation #oilandgasindustry #refrigerationindustry #coolingsystems #ccus #carboncapture #transitionindustry #nuclearpower

Want to learn more about process #cooling equipment, keywords and definitions? Visit our website's resource center, which has a variety of information about heat transfer terminology provided by our #glossary: https://lnkd.in/e4JhcPwe #industrialchillers #processcooling #heattransfer #coolingsystems #coolingsolutions #refrigeration #manufacturer #refrigerationsystems #manufacturing #engineering

https://lnkd.in/dYhwfMdn DON'T MISS OUT !!!!!!! Free Webinar: Introduction to Canned Motor Pumps February 21st- Free Webinar: Introduction to Canned Motor Pumps Day and Time: February 21st 11am-12:00 EST Join Hayward Tyler engineers for a 60-minute technical presentation as we walk through sectional drawings and discuss key design and maintenance aspects of canned motor pumps. We explore fundamental questions like: - What does canned mean? - How are canned motor pumps different from traditional mechanically sealed and coupled pumps? - What are the design limitations of canned motor pumps? - How to handle challenging fluids? - How are canned motor pumps serviced and when? This presentation is intended for: - Engineers designing or modifying fluid systems where pressure boundary is critical. - Maintenance personnel responsible for canned motor pumps or looking to improve issues with problematic seals. - Procurement Category Managers focused on rotating equipment packages Reserve your place in our free Introduction to Canned Motor Pumps webinar through the link below: #webinar #pumpsolutions #pumpsystems #cannedmotorpumps Hayward Tyler #leakproof #processengineering #processindustry #hydrocarbons #chemicalindustry #chemicalsafety #petrochemicalindustry #oilandgas #ammonia #methane #carboncapture #hydrogeneconomy #refrigeration #cryogenic

Understanding the performance of valve packing and the pivotal role friction plays in their operation is fundamental to ensuring optimal functionality and longevity in industrial processes. Learn more in this article from Teadit Group. https://lnkd.in/gg8-kptW

Answer for day 2 Process Engineering Questions I can reply Hydraulic horsepower : is Net power acquired by Process liquid to raise its head from Ps(Suction Pressure) to Pd (Discharge Pressure). Brake Horsepower = Shaft Power = Hydraulic Power/ Pump efficiency Electric Motor Power = Brake Horsepower/ motor efficiency Overloaded vs non overloaded is When you need Electric Motor horsepower = 5.7 hp And as per standard On shelf items 5hp and 7.5 hp The 5 hp is overloaded as it is less than needed and will run on overloaded till damage. While 7.5 hp is non overloaded when you run at full capacity, motor will not be overloaded. Optimum pressure drop in line at pump suction A) for bubble point fluid = 0.11 bar/100m B) for subcooled fluid =0.454 bar/100m Finally, I hope these answers add value to all

Proper maintenance of process valves is essential to ensure their optimal functioning and prevent downtime in industrial processes.   Save this post to reference the next time you need to maintain your process valve. #Valves #ProcessIndustry #IndustrialValves

Topic: "Solving Long-Term Reliability Failures of Critical STM Turbine-Driven Lubrication Pumps: Insights for Industrial Efficiency and Safety" #ReliabilityEngineering #IndustrialMaintenance #RotatingEquipment #Turbomachinery #ProcessSafety #LubricationSystems #PlantEfficiency #MechanicalEngineering #RootCauseAnalysis #SteamTurbines #OilAndGas #ManufacturingExcellence #MachineryOptimization #mechanical #failures #stm #turbine #criticalanalysis #inspection #rca #rootcauseanalysis #troubleshooting

What are the advantages of Körting systems with liquid ring vacuum pumps? Liquid ring vacuum pumps are mechanical vacuum pumps. They use electricity to create a vacuum and therefore stand apart for low operating costs. They are used to convey gas or steam mixes. As an independent system supplier, Körting can select from a range of components made by diverse manufacturers. Learn more here: https://lnkd.in/e9uBVSZ9 #hybridsystem #process #engineering #koerting

Split Range Control:👇 In process control, a split-range control loop is a strategy where a single manipulated variable influences two or more control valves in opposite directions. This allows for the control of two separate processes or variables using a single controller. For example, in a heating and cooling system, a split-range control loop might use one valve to increase heat while simultaneously using another valve to decrease cooling, maintaining a balance and achieving better overall control. This approach is valuable in situations where two opposing actions need coordination for effective process regulation. 👉 Follow: Core Engineering 👈 Hashtags: #controlvalve #chemicalengineering #instrumentationengineering #instrumentationandcontrol #refinery #chemicalplant #petroleumindustry #dcs #controlloop

Smart Maintenance Engineering Solutions - to be one step before failure. Total Preventive Maintenance - Lubricating Flow Sensor