Activity

  • Engineering Pressure and Temperature Transducers for the Harshest Places on Earth and Beyond

    Jim Cahill
    Pressure and temperature measurement underpins safety and productivity across upstream oil and gas, subsea systems, and aerospace. When a sensor sits next to a perforating charge thousands of feet downhole or rides aboard a satellite, replacing it is either prohibitively expensive or impossible. The post Engineering Pressure and Temperature Transducers for the Harshest Places on Earth and Beyond appeared first on the…

  • Connected Clarity: How Bluetooth and Backlit Displays Improve Pressure & Temperature Measurement – 4 Industrial Use Cases

    Jim Cahill
    This blog presents 4 real-world applications of Bluetooth-integrated & backlit LCD features that present pressure and temperature transmitters across various industries, focusing on improvements in safety, efficiency, and accessibility. Case Study 1: Ammonia Production Facilities Ammonia plants present several safety challenges, including extreme heat, toxic vapors, and confined operational zones. Technicians often operate…

  • Connected Clarity: How Bluetooth and Backlit Displays Improve Pressure & Temperature Measurement – 4 Industrial Use Cases

    Jim Cahill
    This blog presents 4 real-world applications of Bluetooth-integrated & backlit LCD features that present pressure and temperature transmitters across various industries, focusing on improvements in safety, efficiency, and accessibility. Case Study 1: Ammonia Production Facilities Ammonia plants present several safety challenges, including extreme heat, toxic vapors, and confined operational zones. Technicians often operate…

  • Transforming Industrial Operations with Bluetooth and Advanced Display Technology

    Jim Cahill
    In today’s industrial landscape, safety and efficiency are paramount. Bluetooth-integrated, backlit LCDs in pressure and temperature transmitters are revolutionizing operations across various sectors. This blog explores four real-world applications of these advanced technologies, highlighting their contributions to enhanced safety, operational efficiency, and accessibility.   Case Study 1: Ammonia Production Facilities…

  • Transforming Wellhead Monitoring with the Rosemount™︎ 3051S Quick Connect Solution

    Jim Cahill
    In upstream oil and gas operations, maintaining well integrity is a matter of safety, compliance, and production efficiency. A leading provider of integrated well construction solutions in Indonesia faced these challenges head-on and partnered with Emerson to elevate their approach to wellhead pressure monitoring. The Application Wellhead pressure monitoring is essential for the safe and efficient operation of oil…

  • Simplifying Measurement Device Configuration, Operation and Maintenance Podcast

    Jim Cahill
    Excellent process control requires accurate measurements, a robust control strategy, and precise final elements such as control valves, actuators and regulators. Measurement instrumentation is an essential consideration. In this Emerson Automation Experts podcast, Emerson’s John van Gorsel joins me to discuss these considerations in pressure and other measurements. Technology advancements have enabled new capabilities…

  • Advanced Pressure Measurement Technology Reduces Operational Costs Without Compromising Plant Safety

    Jim Cahill
    Advanced instruments such as the Rosemount 3051 Pressure Transmitter from Emerson not only provide outstanding accuracy and reliability but are also easier to install, commission, configure, maintain and use compared to more basic devices. Accurate and reliable pressure measurement is crucial in ensuring safety and process optimization in the chemical industry. Applications are often relatively straightforward in nature…

  • Instrumentation Considerations for Carbon Capture Processes

    Jim Cahill
    If you’re in Minneapolis this week for the Carbon Capture & Storage Summit , make sure to catch Emerson’s Lara Petrishchev’s presentation, Instrumentation Technologies to Address Carbon Capture Challenges. Let me highlight a few points if you can’t make it. Lara will open by showing a typical carbon dioxide (CO 2 ) capture process in hydrogen production. The flue gas from the reformer is cooled and desulfurized…

  • Instrumentation Considerations for Carbon Capture Processes

    Jim Cahill
    If you’re in Minneapolis this week for the Carbon Capture & Storage Summit , make sure to catch Emerson’s Lara Petrishchev’s presentation, Instrumentation Technologies to Address Carbon Capture Challenges. Let me highlight a few points if you can’t make it. Lara will open by showing a typical carbon dioxide (CO 2 ) capture process in hydrogen production. The flue gas from the reformer is cooled and desulfurized…

  • Instrumentation Considerations for Carbon Capture Processes

    Jim Cahill
    If you’re in Minneapolis this week for the Carbon Capture & Storage Summit , make sure to catch Emerson’s Lara Petrishchev’s presentation, Instrumentation Technologies to Address Carbon Capture Challenges. Let me highlight a few points if you can’t make it. Lara will open by showing a typical carbon dioxide (CO 2 ) capture process in hydrogen production. The flue gas from the reformer is cooled and desulfurized…

  • Rosemount 3051 Pressure Transmitter New Capabilities

    Jim Cahill
    Emerson’s Brad Burton and Connor Oberle presented the new capabilities added to Rosemount 3051 pressure transmitters at the recent 2022 Emerson Exchange conference. Here is their session’s abstract: The world’s most popular transmitter has just been elevated to address some of the most relevant challenges that users face today with pressure instrumentation. The new capabilities on the 3051 focus on key issues relating…

  • Rosemount 3051 Pressure Transmitter New Capabilities

    Jim Cahill
    Emerson’s Brad Burton and Connor Oberle presented the new capabilities added to Rosemount 3051 pressure transmitters at the recent 2022 Emerson Exchange conference. Here is their session’s abstract: The world’s most popular transmitter has just been elevated to address some of the most relevant challenges that users face today with pressure instrumentation. The new capabilities on the 3051 focus on key issues relating…

  • Rosemount 3051 Pressure Transmitter New Capabilities

    Jim Cahill
    Emerson’s Brad Burton and Connor Oberle presented the new capabilities added to Rosemount 3051 pressure transmitters at the recent 2022 Emerson Exchange conference. Here is their session’s abstract: The world’s most popular transmitter has just been elevated to address some of the most relevant challenges that users face today with pressure instrumentation. The new capabilities on the 3051 focus on key issues relating…

  • Hygienic Pressure Measurement for Pharmaceutical and Bioprocess Applications

    Jim Cahill
    The tolerance for pharmaceutical and bioprocess manufacturing variations is relatively small to meet the quality requirements of finished medicines and therapeutics. In a Process Instrumentation article, How to ensure reliable pressure transmitter measurement in pharmaceutical applications , Emerson’s Brandon Haschke shares how “Advanced hygienic pressure transmitters can reduce downtime and operating costs thanks to…

  • Hygienic Pressure Measurement for Pharmaceutical and Bioprocess Applications

    Jim Cahill
    The tolerance for pharmaceutical and bioprocess manufacturing variations is relatively small to meet the quality requirements of finished medicines and therapeutics. In a Process Instrumentation article, How to ensure reliable pressure transmitter measurement in pharmaceutical applications , Emerson’s Brandon Haschke shares how “Advanced hygienic pressure transmitters can reduce downtime and operating costs thanks to…

  • Hygienic Pressure Measurement for Pharmaceutical and Bioprocess Applications

    Jim Cahill
    The tolerance for pharmaceutical and bioprocess manufacturing variations is relatively small to meet the quality requirements of finished medicines and therapeutics. In a Process Instrumentation article, How to ensure reliable pressure transmitter measurement in pharmaceutical applications , Emerson’s Brandon Haschke shares how “Advanced hygienic pressure transmitters can reduce downtime and operating costs thanks to…

  • Need to Increase Batch Consistency and Uptime?

    Jim Cahill
    Advanced Hygienic Pressure Transmitters may be the right solution. If yours is a pharmaceutical or food and beverage application, you know well the need for accurate pressure transmitters. Inherent in these types of batch processes, however, are several points at which traditional transmitters fail. High pressure and extreme heat can cause data errors, leading to issues running the gamut from compromised personnel safety…

  • Need to Increase Batch Consistency and Uptime?

    Jim Cahill
    Advanced Hygienic Pressure Transmitters may be your best solution If yours is a pharmaceutical or food and beverage application, you know well the need for accurate pressure transmitters. Inherent in these types of batch processes, however, are several points at which traditional transmitters fail. High pressure and extreme heat can cause data errors, leading to issues running the gamut from compromised personnel safety…

  • Need to Increase Batch Consistency and Uptime?

    Jim Cahill
    Advanced Hygienic Pressure Transmitters may be your best solution If yours is a pharmaceutical or food and beverage application, you know well the need for accurate pressure transmitters. Inherent in these types of batch processes, however, are several points at which traditional transmitters fail. High pressure and extreme heat can cause data errors, leading to issues running the gamut from compromised personnel safety…

  • Why Your Process Needs Better Manifolds Now

    Jim Cahill
    Achieve consistently accurate pressure readings; rely on pressure transmitter damage prevention In the current economy, it’s likely you’re reaching for new ways to realize better process results. The issue is, yesterday’s “better” may not meet today’s rising standards for many chemical, upstream oil and gas, and food and beverage applications. These days, the margins for error are shrinking while production demand is…

  • Why Your Process Needs Better Manifolds Now

    Jim Cahill
    Achieve consistently accurate pressure readings; rely on pressure transmitter damage prevention In the current economy, it’s likely you’re reaching for new ways to realize better process results. The issue is, yesterday’s “better” may not meet today’s rising standards for many chemical, upstream oil and gas, and food and beverage applications. These days, the margins for error are shrinking while production demand is…

  • Why Your Process Needs Better Manifolds Now

    Jim Cahill
    Achieve consistently accurate pressure readings; rely on pressure transmitter damage prevention In the current economy, it’s likely you’re reaching for new ways to realize better process results. The issue is, yesterday’s “better” may not meet today’s rising standards for many chemical, upstream oil and gas, and food and beverage applications. These days, the margins for error are shrinking while production demand is…

  • Pump Health Monitoring Interactive Virtual Webinar

    Jim Cahill
    While processes have been monitored with sensors for many decades, advancements in technology, especially with the Industrial Internet of Things (IIoT) , has made monitoring for improved safety, efficiency, and reliability much more achievable than in the past. For example, in many plants, pumps that are considered non-critical are not monitored. These are either infrequently manually inspected or run to failure. Today…

  • Pump Health Monitoring Interactive Virtual Webinar

    Jim Cahill
    While processes have been monitored with sensors for many decades, advancements in technology, especially with the Industrial Internet of Things (IIoT) , has made monitoring for improved safety, efficiency, and reliability much more achievable than in the past. For example, in many plants, pumps that are considered non-critical are not monitored. These are either infrequently manually inspected or run to failure. Today…

  • Pump Health Monitoring Interactive Virtual Webinar

    Jim Cahill
    While processes have been monitored with sensors for many decades, advancements in technology, especially with the Industrial Internet of Things (IIoT) , has made monitoring for improved safety, efficiency, and reliability much more achievable than in the past. For example, in many plants, pumps that are considered non-critical are not monitored. These are either infrequently manually inspected or run to failure. Today…

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