Blog - Post List

  • Flow Blog: Accuracy and Consistency in Multiphase Flow Measurement

    Jim Cahill
    Multiphase flow meters measure the individual flow rates of oil, gas, and water flowing from oil & gas production wells. Expro ’s Ali Abu Ikhzam shares background on their collaborative work with Emerson. Ali Abu Ikhzam Amidst the rapid transition in the energy industry, the challenges of flow management are intensifying. Accuracy and consistency in measurements are essential for effective flow management, and this…

  • Flow Blog: Improved Instrumentation Necessary to Support Fuel Cell Electric Vehicle Refueling Infrastructure

    Jim Cahill
    Many antique collectors love “visible” gasoline pumps that were common roughly a century ago. They’re the tall ones with a large glass graduated cylinder at the top. When filling up, the station attendant would manually pump gasoline into the cylinder, and then allow it to drain via gravity into the customer’s car. The amount charged was the difference between the starting and ending measurements. Obviously, not the most…

  • Flow Blog: Improved Instrumentation Necessary to Support Fuel Cell Electric Vehicle Refueling Infrastructure

    Jim Cahill
    Many antique collectors love “visible” gasoline pumps that were common roughly a century ago. They’re the tall ones with a large glass graduated cylinder at the top. When filling up, the station attendant would manually pump gasoline into the cylinder, and then allow it to drain via gravity into the customer’s car. The amount charged was the difference between the starting and ending measurements. Obviously, not the most…

  • Analytical Experts Blog: Achieving Ethylene Purity Calls for Selecting Right Gas Analyzer

    Jim Cahill
    More than 100 years ago, Ivory Soap started claiming, and still says, its bar of soap is “ninety-nine and forty-four-one-hundredths percent pure.” At the time, that was an astonishing figure, but in much of the chemical manufacturing industry today, 99.44% purity doesn’t cut it. With ethylene manufacturing, producers want 99.99% purity. This sounds like a challenging goal, but with a stable and effective process, it’s…

  • Analytical Experts Blog: Achieving Ethylene Purity Calls for Selecting Right Gas Analyzer

    Jim Cahill
    More than 100 years ago, Ivory Soap started claiming, and still says, its bar of soap is “ninety-nine and forty-four-one-hundredths percent pure.” At the time, that was an astonishing figure, but in much of the chemical manufacturing industry today, 99.44% purity doesn’t cut it. With ethylene manufacturing, producers want 99.99% purity. This sounds like a challenging goal, but with a stable and effective process, it’s…

  • Analytical Experts Blog: Achieving Ethylene Purity Calls for Selecting Right Gas Analyzer

    Jim Cahill
    More than 100 years ago, Ivory Soap started claiming, and still says, its bar of soap is “ninety-nine and forty-four-one-hundredths percent pure.” At the time, that was an astonishing figure, but in much of the chemical manufacturing industry today, 99.44% purity doesn’t cut it. With ethylene manufacturing, producers want 99.99% purity. This sounds like a challenging goal, but with a stable and effective process, it’s…

  • Analytical Experts Blog: Achieving Ethylene Purity Calls for Selecting Right Gas Analyzer

    Jim Cahill
    More than 100 years ago, Ivory Soap started claiming, and still says, its bar of soap is “ninety-nine and forty-four-one-hundredths percent pure.” At the time, that was an astonishing figure, but in much of the chemical manufacturing industry today, 99.44% purity doesn’t cut it. With ethylene manufacturing, producers want 99.99% purity. This sounds like a challenging goal, but with a stable and effective process, it’s…

  • Analytical Experts Blog: How Pure Does Hydrogen Need to Be? And How Do We Measure It?

    Jim Cahill
    One of the interesting aspects of our growing hydrogen economy is the way that it is turning up in all sorts of new places and applications. Ammonia plants and refineries have been handling hydrogen for decades, but the proliferation of electrolyzers, fuel cells, and various residential uses has all sorts of people needing to learn a lot about hydrogen very quickly. For example, one common question: “How pure does hydrogen…

  • Analytical Experts Blog: How Pure Does Hydrogen Need to Be? And How Do We Measure It?

    Jim Cahill
    One of the interesting aspects of our growing hydrogen economy is the way that it is turning up in all sorts of new places and applications. Ammonia plants and refineries have been handling hydrogen for decades, but the proliferation of electrolyzers, fuel cells, and various residential uses has all sorts of people needing to learn a lot about hydrogen very quickly. For example, one common question: “How pure does hydrogen…

  • Analytical Experts Blog: How Pure Does Hydrogen Need to Be? And How Do We Measure It?

    Jim Cahill
    One of the interesting aspects of our growing hydrogen economy is the way that it is turning up in all sorts of new places and applications. Ammonia plants and refineries have been handling hydrogen for decades, but the proliferation of electrolyzers, fuel cells, and various residential uses has all sorts of people needing to learn a lot about hydrogen very quickly. For example, one common question: “How pure does hydrogen…

  • Analytical Experts Blog: How Pure Does Hydrogen Need to Be? And How Do We Measure It?

    Jim Cahill
    One of the interesting aspects of our growing hydrogen economy is the way that it is turning up in all sorts of new places and applications. Ammonia plants and refineries have been handling hydrogen for decades, but the proliferation of electrolyzers, fuel cells, and various residential uses has all sorts of people needing to learn a lot about hydrogen very quickly. For example, one common question: “How pure does hydrogen…

  • Analytical Experts Blog: Laser-based Microleak Detection Improves Aerosol Production Efficiency and Product Safety

    Jim Cahill
    The aerosol manufacturing industry has come a long way since the introduction of “bug bombs” during WWII. To meet today’s high demand for aerosol products, assembly lines must produce copious volumes in a wide variety of packaging, while upholding high standards of safety and quality. Any product defects—including split gaskets in valves, pinholes in cans, molding flash on valve components, and clinch or crimp failures…

  • Analytical Experts Blog: Laser-based Microleak Detection Improves Aerosol Production Efficiency and Product Safety

    Jim Cahill
    The aerosol manufacturing industry has come a long way since the introduction of “bug bombs” during WWII. To meet today’s high demand for aerosol products, assembly lines must produce copious volumes in a wide variety of packaging, while upholding high standards of safety and quality. Any product defects—including split gaskets in valves, pinholes in cans, molding flash on valve components, and clinch or crimp failures…

  • Analytical Experts Blog: Laser-based Microleak Detection Improves Aerosol Production Efficiency and Product Safety

    Jim Cahill
    The aerosol manufacturing industry has come a long way since the introduction of “bug bombs” during WWII. To meet today’s high demand for aerosol products, assembly lines must produce copious volumes in a wide variety of packaging, while upholding high standards of safety and quality. Any product defects—including split gaskets in valves, pinholes in cans, molding flash on valve components, and clinch or crimp failures…

  • Analytical Experts Blog: Laser-based Microleak Detection Improves Aerosol Production Efficiency and Product Safety

    Jim Cahill
    The aerosol manufacturing industry has come a long way since the introduction of “bug bombs” during WWII. To meet today’s high demand for aerosol products, assembly lines must produce copious volumes in a wide variety of packaging, while upholding high standards of safety and quality. Any product defects—including split gaskets in valves, pinholes in cans, molding flash on valve components, and clinch or crimp failures…

  • Flow Blog: Safe, Reliable and Accurate Loading and Unloading Operations

    Jim Cahill
    Loading and unloading operations for chemical producers must be performed safely, reliably, and accurately. I caught up with Emerson’s Martin McDonough on ways to mitigate risks and improve operational performance. These operations can be some of the highest-risk operations within a facility and account for as much as 80% of transport-related incidents. In addition to mitigating risks to personnel and the environment…

  • Level Blog: Safe, Reliable and Accurate Loading and Unloading Operations

    Jim Cahill
    Loading and unloading operations for chemical producers must be performed safely, reliably, and accurately. I caught up with Emerson’s Martin McDonough on ways to mitigate risks and improve operational performance. These operations can be some of the highest-risk operations within a facility and account for as much as 80% of transport-related incidents. In addition to mitigating risks to personnel and the environment…

  • Flow Blog: Safe, Reliable and Accurate Loading and Unloading Operations

    Jim Cahill
    Loading and unloading operations for chemical producers must be performed safely, reliably, and accurately. I caught up with Emerson’s Martin McDonough on ways to mitigate risks and improve operational performance. These operations can be some of the highest-risk operations within a facility and account for as much as 80% of transport-related incidents. In addition to mitigating risks to personnel and the environment…

  • Flow Blog: Safe, Reliable and Accurate Loading and Unloading Operations

    Jim Cahill
    Loading and unloading operations for chemical producers must be performed safely, reliably, and accurately. I caught up with Emerson’s Martin McDonough on ways to mitigate risks and improve operational performance. These operations can be some of the highest-risk operations within a facility and account for as much as 80% of transport-related incidents. In addition to mitigating risks to personnel and the environment…

  • Level Blog: Safe, Reliable and Accurate Loading and Unloading Operations

    Jim Cahill
    Loading and unloading operations for chemical producers must be performed safely, reliably, and accurately. I caught up with Emerson’s Martin McDonough on ways to mitigate risks and improve operational performance. These operations can be some of the highest-risk operations within a facility and account for as much as 80% of transport-related incidents. In addition to mitigating risks to personnel and the environment…

  • Temperature Blog: An Alternative to Traditional Temperature Measurement Solutions

    Jim Cahill
    In our four-part series on temperature measurement, we have reviewed the basics of temperature measurement , the value of using a measurement transmitter , and the ins and outs of a thermowell . In this blog, which is the last in the series, we examine an alternative solution for situations where traditional thermowells may not be the best temperature measurement option. Monitoring process temperatures is one of the…

  • Temperature Blog: An Alternative to Traditional Temperature Measurement Solutions

    Jim Cahill
    In our four-part series on temperature measurement, we have reviewed the basics of temperature measurement , the value of using a temperature transmitter , and the ins and outs of a thermowell . In this blog, which is the last in the series, we examine an alternative solution for situations where traditional thermowells may not be the best temperature measurement option. Monitoring process temperatures is one of the…

  • Temperature Blog: An Alternative to Traditional Temperature Measurement Solutions

    Jim Cahill
    In our four-part series on temperature measurement, we have reviewed the basics of temperature measurement , the value of using a temperature transmitter , and the ins and outs of a thermowell . In this blog, which is the last in the series, we examine an alternative solution for situations where traditional thermowells may not be the best temperature measurement option. Monitoring process temperatures is one of the…

  • Temperature Blog: Advance Process Industry Operations by Harnessing Rosemount™︎ X-well™︎ Technology

    Jim Cahill
    Temperature measurement is a critical parameter in various industries, including the process industry, where precise control of temperature is essential for optimizing efficiency, ensuring product quality, and maintaining safety standards. Traditional temperature measurement methods often require intrusive sensors and thermowells that can lead to operational disruptions and potential contamination risks. The emergence…

  • Temperature Blog: Advance Process Industry Operations by Harnessing Rosemount™︎ X-well™︎ Technology

    Jim Cahill
    Temperature measurement is a critical parameter in various industries, including the process industry, where precise control of temperature is essential for optimizing efficiency, ensuring product quality, and maintaining safety standards. Traditional temperature measurement methods often require intrusive sensors and thermowells that can lead to operational disruptions and potential contamination risks. The emergence…

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