Blog - Post List

  • Flow Blog: Multiphase Flow and Virtual Flow Metering

    Jim Cahill
    Flow measurement is critical in oil & gas production operations to measure the oil, gas and water content of producing wells for fiscal allocation, well maintenance, and regulatory reporting. In an Oilfield Technology article, A Sense of What is to Come , Emerson’s Stian Engebretsen , Aurore Plougoulen and Lars Anders Ruden describe technology advancements driving improvements in these flow measurements. They open highlighting…

  • Flow Blog: Multiphase Flow and Virtual Flow Metering

    Jim Cahill
    Flow measurement is critical in oil & gas production operations to measure the oil, gas and water content of producing wells for fiscal allocation, well maintenance, and regulatory reporting. In an Oilfield Technology article, A Sense of What is to Come , Emerson’s Stian Engebretsen , Aurore Plougoulen and Lars Anders Ruden describe technology advancements driving improvements in these flow measurements. They open highlighting…

  • Flow Blog: Multiphase Flow and Virtual Flow Metering

    Jim Cahill
    Flow measurement is critical in oil & gas production operations to measure the oil, gas and water content of producing wells for fiscal allocation, well maintenance, and regulatory reporting. In an Oilfield Technology article, A Sense of What is to Come , Emerson’s Stian Engebretsen , Aurore Plougoulen and Lars Anders Ruden describe technology advancements driving improvements in these flow measurements. They open highlighting…

  • Flow Blog: The Industry’s Top Subsea Wetgas Meter

    Jim Cahill
    We must marvel at the ingenuity of the first oil and gas producers to tackle subsea production – pioneers who completed the first subsea well on the ocean floor, offshore in California in 1961. Building a wellsite on the seabed invokes a whole new set of difficulties, presenting operators with specific requirements and unique challenges. Fortunately, technology has advanced from those early days to modern, sophisticated…

  • Flow Blog: The Industry’s Top Subsea Wetgas Meter

    Jim Cahill
    We must marvel at the ingenuity of the first oil and gas producers to tackle subsea production – pioneers who completed the first subsea well on the ocean floor, offshore in California in 1961. Building a wellsite on the seabed invokes a whole new set of difficulties, presenting operators with specific requirements and unique challenges. Fortunately, technology has advanced from those early days to modern, sophisticated…

  • Flow Blog: The Industry’s Top Subsea Wetgas Meter

    Jim Cahill
    We must marvel at the ingenuity of the first oil and gas producers to tackle subsea production – pioneers who completed the first subsea well on the ocean floor, offshore in California in 1961. Building a wellsite on the seabed invokes a whole new set of difficulties, presenting operators with specific requirements and unique challenges. Fortunately, technology has advanced from those early days to modern, sophisticated…

  • Flow Blog: How the Rosemount 8800 MultiVariable Vortex Flow Meter Integrates Pressure Measurement

    Jim Cahill
    In introducing our Rosemount 8800 Series Vortex flow meters, we’ve talked about how this technology is uniquely suited for superheated steam applications , delivering better control in these challenging environments than anything else on the market today. More specifically, we designed our 8800 MultiVariable Vortex flow meter to pair with an independent pressure transmitter to provide the ultimate multivariable vortex…

  • Flow Blog: How the Rosemount 8800 MultiVariable Vortex Flow Meter Integrates Pressure Measurement

    Jim Cahill
    In introducing our Rosemount 8800 Series Vortex flow meters, we’ve talked about how this technology is uniquely suited for superheated steam applications , delivering better control in these challenging environments than anything else on the market today. More specifically, we designed our 8800 MultiVariable Vortex flow meter to pair with an independent pressure transmitter to provide the ultimate multivariable vortex…

  • Flow Blog: How the Rosemount 8800 MultiVariable Vortex Flow Meter Integrates Pressure Measurement

    Jim Cahill
    In introducing our Rosemount 8800 Series Vortex flow meters, we’ve talked about how this technology is uniquely suited for superheated steam applications , delivering better control in these challenging environments than anything else on the market today. More specifically, we designed our 8800 MultiVariable Vortex flow meter to pair with an independent pressure transmitter to provide the ultimate multivariable vortex…

  • Flow Blog: Vodka Distillery Flow Verification and Calibration

    Jim Cahill
    It’s always good to come across a story how automation technology improves the food and beverages we consume—especially in my personal opinion, the adult beverages. In a ProFood article, Passing the Test , Absolut Vodka shares their story of using diagnostics to assess the health and performance of their flow measurement devices. Their plant 100 million liter per annum plant in Sweden [hyperlinks added]: …uses Emerson…

  • Flow Blog: Vodka Distillery Flow Verification and Calibration

    Jim Cahill
    It’s always good to come across a story how automation technology improves the food and beverages we consume—especially in my personal opinion, the adult beverages. In a ProFood article, Passing the Test , Absolut Vodka shares their story of using diagnostics to assess the health and performance of their flow measurement devices. Their plant 100 million liter per annum plant in Sweden [hyperlinks added]: …uses Emerson…

  • Flow Blog: Vodka Distillery Flow Verification and Calibration

    Jim Cahill
    It’s always good to come across a story how automation technology improves the food and beverages we consume—especially in my personal opinion, the adult beverages. In a ProFood article, Passing the Test , Absolut Vodka shares their story of using diagnostics to assess the health and performance of their flow measurement devices. Their plant 100 million liter per annum plant in Sweden [hyperlinks added]: …uses Emerson…

  • Level Blog: Solving Level Measurement Challenges in Tough Process Conditions in the Chemical Industry

    Jim Cahill
    According to OSHA, the chemical industry has one of the most stringent safety regulations. Regular inspections, servicing, and maintenance work are required due to the intense stress that is often placed on the equipment due to exposure to very aggressive substances and extremely high temperatures and pressures. Depending on the size and type of plants and operations concerned, maintenance often involves a complete shutdown…

  • Level Blog: Solving Level Measurement Challenges in Tough Process Conditions in the Chemical Industry

    Jim Cahill
    According to OSHA, the chemical industry has one of the most stringent safety regulations. Regular inspections, servicing, and maintenance work are required due to the intense stress that is often placed on the equipment due to exposure to very aggressive substances and extremely high temperatures and pressures. Depending on the size and type of plants and operations concerned, maintenance often involves a complete shutdown…

  • Level Blog: Solving Level Measurement Challenges in Tough Process Conditions in the Chemical Industry

    Jim Cahill
    According to OSHA, the chemical industry has one of the most stringent safety regulations. Regular inspections, servicing, and maintenance work are required due to the intense stress that is often placed on the equipment due to exposure to very aggressive substances and extremely high temperatures and pressures. Depending on the size and type of plants and operations concerned, maintenance often involves a complete shutdown…

  • Level Blog: Solving Level Measurement Challenges in Tough Process Conditions in the Chemical Industry

    Jim Cahill
    According to OSHA, the chemical industry has one of the most stringent safety regulations. Regular inspections, servicing, and maintenance work are required due to the intense stress that is often placed on the equipment due to exposure to very aggressive substances and extremely high temperatures and pressures. Depending on the size and type of plants and operations concerned, maintenance often involves a complete shutdown…

  • 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…

  • 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…

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