Blog - Post List

  • Flow Blog: Emerson Technologies Supporting the Future of Digitalization within the Oil & Gas Measurement Instrumentation

    Jim Cahill
    At Emerson we pride ourselves in continually listening to our customers and striving to meet their instrumentation needs.  We are delighted to highlight the core software features and its functionality for the Roxar 2600 Multiphase Flow Meter , Rapid Adaptive Measurement. Scalable Software Architecture for Exactly What You Need Each of our customers has their own unique requirements. That’s why we’ve built a tiered…

  • Flow Blog: Emerson Technologies Supporting the Future of Digitalization within the Oil & Gas Measurement Instrumentation

    Jim Cahill
    At Emerson we pride ourselves in continually listening to our customers and striving to meet their instrumentation needs.  We are delighted to highlight the core software features and its functionality for the Roxar 2600 Multiphase Flow Meter , Rapid Adaptive Measurement. Scalable Software Architecture for Exactly What You Need Each of our customers has their own unique requirements. That’s why we’ve built a tiered…

  • Level Blog: Selecting the Right Point Level Switch to Prevent Dangerous Spills of Solids Materials from Vessels and Silos

    Jim Cahill
    If you have vessels and silos containing solids materials such as cement, grains, wood chips and plastic pellets, it is vital to prevent overfills. Should an overfill result in a spill, the consequences can be extremely serious, with falling materials having the potential to cause injuries or even fatalities. In addition, product can be wasted, production time lost, environmental fines incurred, and the vessel or silo…

  • Level Blog: Selecting the Right Point Level Switch to Prevent Dangerous Spills of Solids Materials from Vessels and Silos

    Jim Cahill
    If you have vessels and silos containing solids materials such as cement, grains, wood chips and plastic pellets, it is vital to prevent overfills. Should an overfill result in a spill, the consequences can be extremely serious, with falling materials having the potential to cause injuries or even fatalities. In addition, product can be wasted, production time lost, environmental fines incurred, and the vessel or silo…

  • Level Blog: Selecting the Right Point Level Switch to Prevent Dangerous Spills of Solids Materials from Vessels and Silos

    Jim Cahill
    If you have vessels and silos containing solids materials such as cement, grains, wood chips and plastic pellets, it is vital to prevent overfills. Should an overfill result in a spill, the consequences can be extremely serious, with falling materials having the potential to cause injuries or even fatalities. In addition, product can be wasted, production time lost, environmental fines incurred, and the vessel or silo…

  • Level Blog: Selecting the Right Point Level Switch to Prevent Dangerous Spills of Solids Materials from Vessels and Silos

    Jim Cahill
    If you have vessels and silos containing solids materials such as cement, grains, wood chips and plastic pellets, it is vital to prevent overfills. Should an overfill result in a spill, the consequences can be extremely serious, with falling materials having the potential to cause injuries or even fatalities. In addition, product can be wasted, production time lost, environmental fines incurred, and the vessel or silo…

  • Flow Blog: Deliver better control, reliability, and safety in today’s demanding steam operations with Rosemount 8800 MultiVariable Vortex Flow Meter

    Jim Cahill
    Vortex flow measurement is uniquely adaptive when it comes to handling difficult applications. By virtue of its science, utilizing the von Kármán effect, these instruments are accurate across a wide operating range and effective at withstanding high process pressures and temperatures. In this post, we’re highlighting the latest in our 8800 Flow Meter product portfolio – the MultiVariable Vortex Flow Meter. Designed with…

  • Flow Blog: Deliver better control, reliability, and safety in today’s demanding steam operations with Rosemount 8800™︎ MultiVariable Vortex Flow Meter

    Jim Cahill
    Vortex flow measurement is uniquely adaptive when it comes to handling difficult applications. By virtue of its science, utilizing the von Kármán effect, these instruments are accurate across a wide operating range and effective at withstanding high process pressures and temperatures. In this post, we’re highlighting the latest in our 8800 Flow Meter product portfolio – the MultiVariable Vortex Flow Meter. Designed with…

  • Flow Blog: Deliver better control, reliability, and safety in today’s demanding steam operations with Rosemount 8800™︎ MultiVariable Vortex Flow Meter

    Jim Cahill
    Vortex flow measurement is uniquely adaptive when it comes to handling difficult applications. By virtue of its science, utilizing the von Kármán effect, these instruments are accurate across a wide operating range and effective at withstanding high process pressures and temperatures. In this post, we’re highlighting the latest in our 8800 Flow Meter product portfolio – the MultiVariable Vortex Flow Meter. Designed with…

  • Flow Blog: Upgrading Safety and Reliability of Coker Heaters with Rosemount 8800 Dual Vortex Meter

    Jim Cahill
    When a large-scale refinery needed to make Safety Instrumented System (SIS) improvements on their coker furnace on-line spalling operation, the Rosemount 8800 Dual Vortex Flow Meter proved to be the perfect solution. Initially, the refinery had installed 12 vortex flow meters on each of the four feed lines for each of their three furnaces. The new SIS required additional flow measurement redundancy, but they needed to…

  • Flow Blog: Upgrading Safety and Reliability of Coker Heaters with Rosemount™︎ 8800 Dual Vortex Meter

    Jim Cahill
    When a large-scale refinery needed to make Safety Instrumented System (SIS) improvements on their coker furnace on-line spalling operation, the Rosemount 8800 Dual Vortex Flow Meter proved to be the perfect solution. Initially, the refinery had installed 12 vortex flow meters on each of the four feed lines for each of their three furnaces. The new SIS required additional flow measurement redundancy, but they needed to…

  • Flow Blog: Upgrading Safety and Reliability of Coker Heaters with Rosemount™︎ 8800 Dual Vortex Meter

    Jim Cahill
    When a large-scale refinery needed to make Safety Instrumented System (SIS) improvements on their coker furnace on-line spalling operation, the Rosemount 8800 Dual Vortex Flow Meter proved to be the perfect solution. Initially, the refinery had installed 12 vortex flow meters on each of the four feed lines for each of their three furnaces. The new SIS required additional flow measurement redundancy, but they needed to…

  • Temperature Blog: 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…

  • Pressure Blog: 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…

  • Level Blog: 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…

  • Temperature Blog: 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…

  • Pressure Blog: 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…

  • Level Blog: 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…

  • Temperature Blog: 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…

  • Level Blog: 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…

  • Pressure Blog: 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…

  • Temperature Blog: 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…

  • Pressure Blog: 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…

  • Level Blog: 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…

  • Flow Blog: Automating and Optimizing Copper Heap Leaching Processes

    Jim Cahill
    Our world is dependent on all the copper wire distributing electricity and communications signals over great distances and throughout our homes and businesses. Mining and refining this copper into the purity required poses safety, efficiency and reliability challenges for global miners. That’s why I wanted to revisit the 2018 Mining Engineering magazine article, Improved flow measurement and control are key to efficiency…

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