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Engineering Thermowells Successfully
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Pressure Blog:
How to Setup Plugged Impulse Line Diagnostics
Jim Cahill
Let’s start the week with a nice “how-to” video, How to Configure the Rosemount 3051S Plugged Impulse Line Diagnostic . Emerson’s Megan Wiens shows how to configure the Rosemount 3051S Plugged Impulse Line Diagnostic to help prevent this plugging condition which can lead to reduced measurement accuracy, plant efficiency, and product quality. Megan opens the video showing the Interactive Plant Environment in Emerson…
14 May 2018
Pressure Blog:
How to Setup Plugged Impulse Line Diagnostics
Jim Cahill
Let’s start the week with a nice “how-to” video, How to Configure the Rosemount 3051S Plugged Impulse Line Diagnostic . Emerson’s Megan Wiens shows how to configure the Rosemount 3051S Plugged Impulse Line Diagnostic to help prevent this plugging condition which can lead to reduced measurement accuracy, plant efficiency, and product quality. Megan opens the video showing the Interactive Plant Environment in Emerson…
14 May 2018
Pressure Blog:
How to Setup Plugged Impulse Line Diagnostics
Jim Cahill
Let’s start the week with a nice “how-to” video, How to Configure the Rosemount 3051S Plugged Impulse Line Diagnostic . Emerson’s Megan Wiens shows how to configure the Rosemount 3051S Plugged Impulse Line Diagnostic to help prevent this plugging condition which can lead to reduced measurement accuracy, plant efficiency, and product quality. Megan opens the video showing the Interactive Plant Environment in Emerson…
14 May 2018
Pressure Blog:
How to Setup Plugged Impulse Line Diagnostics
Jim Cahill
Let’s start the week with a nice “how-to” video, How to Configure the Rosemount 3051S Plugged Impulse Line Diagnostic . Emerson’s Megan Wiens shows how to configure the Rosemount 3051S Plugged Impulse Line Diagnostic to help prevent this plugging condition which can lead to reduced measurement accuracy, plant efficiency, and product quality. Megan opens the video showing the Interactive Plant Environment in Emerson…
14 May 2018
Flow Blog:
Multipoint Piecewise Linearization for Coriolis Flow Meters
Jim Cahill
Yesterday, we looked at calibration of Coriolis mass flow meters in natural gas applications and mentioned piecewise linearization (PWL), but did not delve into it. Let’s do with today’s post. I found a presentation by Emerson’s Tonya Wyatt , Fine Tuning Coriolis Flow Meter Calibrations Utilizing Piece-Wise Linearization . The PWL calibration method basically looks at the flow rate at points over its operating range…
10 May 2018
Analytical Experts Blog:
Optimize Flue Gases in Hazardous Locations
Deanna K Johnson
By Sara Wiederoder, Global Product Manager, Rosemount Combustion Analysis, Emerson Automation Solutions The new Rosemount 6888C In-Situ Oxygen Analyzer can help you lower energy consumption and costs while minimizing emissions resulting from combustion processes. The robust Rosemount zirconia sensing cell features an acid-resistant option with catalytic beads to increase cell lifetimes in the presence of sulfur and…
9 May 2018
Flow Blog:
Coriolis Mass Flow Measurement and Calibration in Natural Gas Applications
Jim Cahill
In this 27-minute YouTube presentation video, Custody Transfer Measurement and Calibration Round Robin Testing for Natural Gas with Coriolis Meter , Emerson’s Marc Buttler explains Coriolis meter calibration process and Piece Wise Linearization (PWL). His discussion includes Coriolis meter principles of operations, AGA Report No. 11— Measurement of Natural Gas by Coriolis Meter , conversion of mass to gas standard volume…
9 May 2018
Temperature Blog:
Reducing Thermowell Dynamic Stress Forces
Jim Cahill
Thermowells are traditionally a circular cylinder installed into the piping to protect the temperature sensors from the flow. From an Emerson whitepaper, Thermowell Calculations : As a process fluid passes around the thermowell, low pressure vortices are created on the downstream side in laminar, turbulent, and transitional flow. The combination of stresses, generated by the static in-line drag forces from fluid…
27 Apr 2018
Temperature Blog:
Reducing Thermowell Dynamic Stress Forces
Jim Cahill
Thermowells are traditionally a circular cylinder installed into the piping to protect the temperature sensors from the flow. From an Emerson whitepaper, Thermowell Calculations : As a process fluid passes around the thermowell, low pressure vortices are created on the downstream side in laminar, turbulent, and transitional flow. The combination of stresses, generated by the static in-line drag forces from fluid…
27 Apr 2018
Temperature Blog:
Reducing Thermowell Dynamic Stress Forces
Jim Cahill
Thermowells are traditionally a circular cylinder installed into the piping to protect the temperature sensors from the flow. From an Emerson whitepaper, Thermowell Calculations : As a process fluid passes around the thermowell, low pressure vortices are created on the downstream side in laminar, turbulent, and transitional flow. The combination of stresses, generated by the static in-line drag forces from fluid…
27 Apr 2018
Temperature Blog:
Reducing Thermowell Dynamic Stress Forces
Jim Cahill
Thermowells are traditionally a circular cylinder installed into the piping to protect the temperature sensors from the flow. From an Emerson whitepaper, Thermowell Calculations : As a process fluid passes around the thermowell, low pressure vortices are created on the downstream side in laminar, turbulent, and transitional flow. The combination of stresses, generated by the static in-line drag forces from fluid…
27 Apr 2018
Temperature Blog:
Reducing Thermowell Dynamic Stress Forces
Jim Cahill
Thermowells are traditionally a circular cylinder installed into the piping to protect the temperature sensors from the flow. From an Emerson whitepaper, Thermowell Calculations : As a process fluid passes around the thermowell, low pressure vortices are created on the downstream side in laminar, turbulent, and transitional flow. The combination of stresses, generated by the static in-line drag forces from fluid…
27 Apr 2018
Temperature Blog:
Reducing Thermowell Dynamic Stress Forces
Jim Cahill
Thermowells are traditionally a circular cylinder installed into the piping to protect the temperature sensors from the flow. From an Emerson whitepaper, Thermowell Calculations : As a process fluid passes around the thermowell, low pressure vortices are created on the downstream side in laminar, turbulent, and transitional flow. The combination of stresses, generated by the static in-line drag forces from fluid…
27 Apr 2018
Analytical Experts Blog:
Measuring and Analyzing Gas Components Across Broad Range
Jim Cahill
Many applications including emissions monitoring, ethylene purity, ammonia slip, hydrocarbon gas composition, and more require the measurement of the concentration of various components in a gas mixture. One technology used to perform this measurement is tunable diode lasers and laser absorption spectrometry (TDLAS). This fast, high resolution detects and identifies a range of molecules in the mid-infrared wavelength…
26 Apr 2018
Analytical Experts Blog:
Measuring and Analyzing Gas Components Across Broad Range
Jim Cahill
Many applications including emissions monitoring, ethylene purity, ammonia slip, hydrocarbon gas composition, and more require the measurement of the concentration of various components in a gas mixture. One technology used to perform this measurement is tunable diode lasers and laser absorption spectrometry (TDLAS). This fast, high resolution detects and identifies a range of molecules in the mid-infrared wavelength…
26 Apr 2018
Flow Blog:
Flow Measurement Analytics in Action!
Taylor Scott
Flow Measurement Accuracy and Flow Meter Integrity Over the last few weeks in a series of blogs, we have featured the unique capabilities of Micro Motion’s Smart Meter Verification (SMV) diagnostics and its’ impact across plants in the food & beverage... Read the full text.
26 Apr 2018
Flow Blog:
Flow Measurement Analytics in Action!
Taylor Scott
Flow Measurement Accuracy and Flow Meter Integrity Over the last few weeks in a series of blogs, we have featured the unique capabilities of Micro Motion’s Smart Meter Verification (SMV) diagnostics and its’ impact across plants in the food & beverage... Read the full text.
26 Apr 2018
Analytical Experts Blog:
Measuring and Analyzing Gas Components Across Broad Range
Jim Cahill
Many applications including emissions monitoring, ethylene purity, ammonia slip, hydrocarbon gas composition, and more require the measurement of the concentration of various components in a gas mixture. One technology used to perform this measurement is tunable diode lasers and laser absorption spectrometry (TDLAS). This fast, high resolution detects and identifies a range of molecules in the mid-infrared wavelength…
26 Apr 2018
Analytical Experts Blog:
Measuring and Analyzing Gas Components Across Broad Range
Jim Cahill
Many applications including emissions monitoring, ethylene purity, ammonia slip, hydrocarbon gas composition, and more require the measurement of the concentration of various components in a gas mixture. One technology used to perform this measurement is tunable diode lasers and laser absorption spectrometry (TDLAS). This fast, high resolution detects and identifies a range of molecules in the mid-infrared wavelength…
26 Apr 2018
Analytical Experts Blog:
Measuring and Analyzing Gas Components Across Broad Range
Jim Cahill
Many applications including emissions monitoring, ethylene purity, ammonia slip, hydrocarbon gas composition, and more require the measurement of the concentration of various components in a gas mixture. One technology used to perform this measurement is tunable diode lasers and laser absorption spectrometry (TDLAS). This fast, high resolution detects and identifies a range of molecules in the mid-infrared wavelength…
26 Apr 2018
Analytical Experts Blog:
Measuring and Analyzing Gas Components Across Broad Range
Jim Cahill
Many applications including emissions monitoring, ethylene purity, ammonia slip, hydrocarbon gas composition, and more require the measurement of the concentration of various components in a gas mixture. One technology used to perform this measurement is tunable diode lasers and laser absorption spectrometry (TDLAS). This fast, high resolution detects and identifies a range of molecules in the mid-infrared wavelength…
26 Apr 2018
Analytical Experts Blog:
New GC Webinar Series to Help You Optimize Analyzer Performance
Deanna K Johnson
By Khadra Helminski, Global Integrated Marketing Manager, Rosemount Gas Analysis, Emerson Automation Solutions Gas chromatographs perform critical measurements in a wide range of process and natural gas industries. In many applications like natural gas production and custody transfer, these measurements translate directly into profitability, process efficiency, and regulatory and contract compliance. That’s why optimizing…
23 Apr 2018
Flow Blog:
Applying Density Meters in Liquid Hydrocarbon Measurement
Jim Cahill
We often discuss aspects of some of the basic measurements in process control—flow, temperature, pressure, level, etc. Some other very important measurements in applications such as custody transfer, liquid interface detection, blending, separating, evaporating and product change—are density and viscosity—due to the changing composition of hydrocarbon liquids. In a whitepaper, Application of Density Meters to Liquid…
20 Apr 2018
Analytical Experts Blog:
Reduce False Alarms by Matching Flame Detection Technology to Your Application and Environmental Requirements
Deanna K Johnson
By Udi Tzuri, Director of Product Management, Flame & Gas Detection, Emerson Automation Solutions There’s no perfect flame detection system for every application. Matching optical flame detector options – including single wavelengths of UV and IR, integrated UV/IR sensors, and more advanced units that offer triple wavelength IR sensors – to your requirements is everything. If you understand the type of flame to be detected…
16 Apr 2018
Flow Blog:
Addressing the Elephant in the Plant: Is IIoT Slowing You Down?
Taylor Scott
IIoT and Plant Operations Today There’s no doubt that the Industrial Internet of Things (IIoT) is already realizing benefits and providing huge future potential for plant operators today. Industry analysts, IDC predict that the IIoT market will grow... Read the full text.
16 Apr 2018
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