The CALDON LEFM 280CiRN has been utilized worldwide for over a decade in critical fiscal and custody transfer applications. Developed to address challenges in the deployment of ultrasonic meters, the 280CiRN is backed by performance data on high viscosity fluids and validated tools for prover sizing and performance evaluation. The eight-path 280CiRN CALDON LEFM ultrasonic flowmeter is designed with a reduced bore and a special nozzle-shaped entry in which the velocity profile is stabilized. Repeatability is improved to levels suitable for direct proving, making this meter the ideal replacement for turbine and positive-displacement flowmeters. The velocity-profile related problems of transitional flow at Reynolds numbers below 10,000 are overcome. High viscosity fluids are measured without compromising performance. Reducing Nozzle Inlet configuration for optimized measurement performance A reduction of up to 6.5 times in proving volume versus a full-bore ultrasonic meter No Reynolds number limitation for viscosities up to 3,000 cSt per OIML R117 Class 0.3 Requires a minimum of 5D upstream with no requirement for flow conditioning Available in 6" and larger ±0.10% linearity over 15:1 nominal flow range for all sizes OIML R 117-1 Edition 2019 (E); Accuracy Class 0.3 Discover more in our latest product deep dive https://loom.ly/MQ85_v8 #OilGas #Innovation #Digitalization
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The eight-path 280CiRN CALDON LEFM ultrasonic flowmeter is designed with a reduced bore and a special nozzle-shaped entry in which the velocity profile is stabilized. Repeatability is improved to levels suitable for direct proving, making this meter the ideal replacement for turbine and positive-displacement flowmeters. The velocity-profile related problems of transitional flow at Reynolds numbers below 10,000 are overcome. High viscosity fluids are measured without compromising performance. Reducing Nozzle Inlet configuration for optimized measurement performance A reduction of up to 6.5 times in proving volume versus a full-bore ultrasonic meter No Reynolds number limitation for viscosities up to 3,000 cSt per OIML R117 Class 0.3 Requires a minimum of 5D upstream with no requirement for flow conditioning Available in 6" and larger ±0.10% linearity over 15:1 nominal flow range for all sizes OIML R 117-1 Edition 2019 (E); Accuracy Class 0.3 Discover more in our latest product deep dive https://loom.ly/MQ85_v8 #OilGas #Innovation #Digitalization
The CALDON LEFM 280CiRN has been utilized worldwide for over a decade in critical fiscal and custody transfer applications. Developed to address challenges in the deployment of ultrasonic meters, the 280CiRN is backed by performance data on high viscosity fluids and validated tools for prover sizing and performance evaluation. The eight-path 280CiRN CALDON LEFM ultrasonic flowmeter is designed with a reduced bore and a special nozzle-shaped entry in which the velocity profile is stabilized. Repeatability is improved to levels suitable for direct proving, making this meter the ideal replacement for turbine and positive-displacement flowmeters. The velocity-profile related problems of transitional flow at Reynolds numbers below 10,000 are overcome. High viscosity fluids are measured without compromising performance. Reducing Nozzle Inlet configuration for optimized measurement performance A reduction of up to 6.5 times in proving volume versus a full-bore ultrasonic meter No Reynolds number limitation for viscosities up to 3,000 cSt per OIML R117 Class 0.3 Requires a minimum of 5D upstream with no requirement for flow conditioning Available in 6" and larger ±0.10% linearity over 15:1 nominal flow range for all sizes OIML R 117-1 Edition 2019 (E); Accuracy Class 0.3 Discover more in our latest product deep dive https://loom.ly/MQ85_v8 #OilGas #Innovation #Digitalization
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If Viscosity Index is your concern, SVM 4001 is the ideal choice. With simultaneous measurements at 40°C and 100°C, you instantly obtain the accurate VI 😎 Moreover, it provides combined measurements of Density and Kinematic Viscosity in a single operation 🥸
Viscosity? Yes you can! Measuring different sample types can be tedious, especially as different specifications require different temperatures. Old fashioned capillary viscometers meant having different baths set to different temperatures but with the quick temperature changes of the SVM viscometers, one instrument does it all. 📌 Learn more in our latest SVM video! #Antonpaar #labequipment #laboratoryequipment #petrochem #oilandgasindustry #oilindustry #oilandgas #viscosity #ASTM #D445 #D7042
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Viscosity? Yes you can! Measuring different sample types can be tedious, especially as different specifications require different temperatures. Old fashioned capillary viscometers meant having different baths set to different temperatures but with the quick temperature changes of the SVM viscometers, one instrument does it all. 📌 Learn more in our latest SVM video! #Antonpaar #labequipment #laboratoryequipment #petrochem #oilandgasindustry #oilindustry #oilandgas #viscosity #ASTM #D445 #D7042
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Viscosity? Yes you can! Measuring different sample types can be tedious, especially as different specifications require different temperatures. Old fashioned capillary viscometers meant having different baths set to different temperatures but with the quick temperature changes of the SVM viscometers, one instrument does it all. 📌 Learn more in our latest SVM video! #Antonpaar #labequipment #laboratoryequipment #petrochem #oilandgasindustry #oilindustry #oilandgas #viscosity #ASTM #D445 #D7042
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Viscosity? Yes you can! Measuring different sample types can be tedious, especially as different specifications require different temperatures. Oldfashioned capillary viscometers meant having different baths set to different temperatures but with the quick temperature changes of the SVM viscometers, one instrument does it all. 🌐 Learn more in our latest SVM video: https://loom.ly/XHEuOiY #labequipment #laboratoryequipment #petrochem #oilandgasindustry #oilindustry #oilandgas #viscosity #ASTM #D445 #D7042
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#Heatexchanger analysis is regarded to be challenging due to the numerous parameters influencing the overall #heat transfer coefficient. Errors in estimating convective heat transfer coefficients often arise from the geometric complexity of heat exchangers and varying flow regimes.
Associate Professor of Mechanical Engineering | CFD | Fluid-Structure Interaction | Thermal Engineering | Heat Exchangers | Optimization | Waste Heat Recovery | Energy Efficiency | Renewable Energy
I am pleased to inform my peers and colleagues in the field of heat transfer that our recent work titled "Innovative Algorithmic Approach of Determining the Overall Heat Transfer Coefficient of Concentric Tube Heat Exchangers" is now available in the journal of International Communications in Heat and Mass Transfer (ICHMT). The current work proposes a novel iterative method for calculating the overall heat transfer coefficients of concentric tube heat exchangers based on the Reynolds number of the two fluid streams. You can access and read the full article here: https://lnkd.in/e-j4sAiu #HeatTransfer #HeatExchangers #ICHMT #CFDSimulations #ANSYSFLUENT #ReynoldsNumber #ThermalEngineering #ResearchPublication #FluidMechanics #ThermalAnalysis
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Cla Val - 50 Series Pressure Relief Valve is designed to maintain constant upstream pressure within close limits. In operation, the valve is actuated by line pressure through a pilot control system, opening fast to maintain steady line pressure but closing gradually to prevent surges. In addition to surge relief, this valve can be used for pressure relief, pressure sustaining, back pressure or unloading functions in a by-pass system. #oilandgas #industrial #fpso #watermanagement #petrochemical #marineindustry #epcprojects 50-01 & 650-01 Pressure Relief and Sustaining Valve
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Sales/Marketing/Consultant/Digitalization/Business Development/Digital Maketing Entusiast
Ultrasonic Clamp-on Flowmeter
Ultrasonic clamp-on flow meters measure fluid flow in main applications. By using sound waves to determine the transit time of a gas or liquid, ultrasonic flow meters can accurately monitor any changes in flow, both upstream and downstream. Easy to install without process shutdown, these meters are accurate and versatile for a variety of industries, fluids, and pipe thicknesses. Whether chain, wire rope, Velcro® strap, or a magnetic, bolt-on, or weldable steel yoke with metal band, our clamp-on meters make installation and removal a breeze, enabling your team to work more efficiently, and spot check flow at virtually any section of pipeline. Learn more about Panametrics’ clamp-on flow meters clicking below. https://bit.ly/3KjnP01
COMSERT SRL
3wEl mejor medidor ultrasónico único de 8 haces y especialmente diseñado para medir líquidos viscosos. Este medidor esta instalado en Santa Cruz (YPF SA) en 3(tres) unidades Lacts con petróleo viscoso desde hace mas de 7(siete) años y calibrados con un probador bidireccional. No hay en el mercado un medidor con 8 haces (nadie lo tiene) que este midiendo petróleos viscosos sin ningún problema. Es un gran avance en la medición y gracias Caldon (Sensia) por este aporte. Saludos a todos. Francisco (Comsert- Argentina)