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  • Detect, Distinguish and Defend with Flame and Gas Detection

    Manufacturing and production facilities with hazardous locations due to the possibility of combustible and/or toxic gases require effective flame and gas detection systems. It’s important to develop and implement a sound strategy to keep personnel and plant assets safe. Click to view Developing a risk mitigation strategy that enables the different response levels needed to support your site is critical for the health…
  • Greg McMillan’s pH Measurement Best Practices

    Greg McMillan presented pH Measurement Best Practices at the recent Mary Kay O’Connor Safety & Risk Conference as part of the 79th Annual Instrumentation and Automation Symposium For the Process Industries. Here is the abstract from the pH Measurement Best Practices paper that Greg also submitted. pH measurement has the greatest sensitivity and rangeability by far of any ion composition measurement. However, there are…
  • How To Video—Calibrating pH Sensors with Two Buffer Solutions

    Last week we featured a “How to” video on smart antenna installations and here you can find other “How to” videos we done throughout the years. An Emerson colleague, Charu Pandey , alerted me to one published this week. In the video, How to Calibrate pH Sensors with Two Buffer Solutions | Emerson (run-time 4:01), Charu demonstrates this calibration process. It’s recommended that before you begin, you have the Rosemount…
  • Achieving Ethylene Purity Calls for Selecting Right Gas Analyzer

    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…
  • Achieving Ethylene Purity Calls for Selecting Right Gas Analyzer

    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…
  • Achieving Ethylene Purity Calls for Selecting Right Gas Analyzer

    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…
  • Achieving Ethylene Purity Calls for Selecting Right Gas Analyzer

    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…
  • How Pure Does Hydrogen Need to Be? And How Do We Measure It?

    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…
  • How Pure Does Hydrogen Need to Be? And How Do We Measure It?

    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…
  • How Pure Does Hydrogen Need to Be? And How Do We Measure It?

    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…
  • How Pure Does Hydrogen Need to Be? And How Do We Measure It?

    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…
  • Laser-based Microleak Detection Improves Aerosol Production Efficiency and Product Safety

    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…
  • Laser-based Microleak Detection Improves Aerosol Production Efficiency and Product Safety

    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…
  • Laser-based Microleak Detection Improves Aerosol Production Efficiency and Product Safety

    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…
  • Laser-based Microleak Detection Improves Aerosol Production Efficiency and Product Safety

    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…
  • Reducing Emergency Response Times

    This week at the EHS (Environmental, Health & Safety) Seminar in Galveston, Texas, Emerson’s Michael Machuca had two presentations to give. In today’s post, I’ll cover the first, Digital Solutions to Reduce Emergency Response Time. He opened by noting how response time is critical in an emergency. Injuries are reduced the quicker people are out of harm’s way. Location awareness mustering digital technology can help…
  • Reducing Emergency Response Times

    This week at the EHS (Environmental, Health & Safety) Seminar in Galveston, Texas, Emerson’s Michael Machuca had two presentations to give. In today’s post, I’ll cover the first, Digital Solutions to Reduce Emergency Response Time. He opened by noting how response time is critical in an emergency. Injuries are reduced the quicker people are out of harm’s way. Location awareness mustering digital technology can help…
  • Reducing Emergency Response Times

    This week at the EHS (Environmental, Health & Safety) Seminar in Galveston, Texas, Emerson’s Michael Machuca had two presentations to give. In today’s post, I’ll cover the first, Digital Solutions to Reduce Emergency Response Time. He opened by noting how response time is critical in an emergency. Injuries are reduced the quicker people are out of harm’s way. Location awareness mustering digital technology can help…
  • Reducing Emergency Response Times

    This week at the EHS (Environmental, Health & Safety) Seminar in Galveston, Texas, Emerson’s Michael Machuca had two presentations to give. In today’s post, I’ll cover the first, Digital Solutions to Reduce Emergency Response Time. He opened by noting how response time is critical in an emergency. Injuries are reduced the quicker people are out of harm’s way. Location awareness mustering digital technology can help…
  • Continuous Emissions Monitoring with Quantum Cascade Laser Technology

    At the 4C Health, Safety & Environmental Conference , Emerson’s Keith Linsley presented, New Developments in CEMS Analysis using Quantum Cascade Laser Spectroscopy. Here’s the session abstract: The application of Quantum Cascade Laser based analyzers to CEMS [Continuous Emissions Monitoring Systems] provides improved analyzer availability and reduced maintenance.  The stability of QCL and TDL semiconductor Lasers and…
  • Continuous Emissions Monitoring with Quantum Cascade Laser Technology

    At the 4C Health, Safety & Environmental Conference , Emerson’s Keith Linsley presented, New Developments in CEMS Analysis using Quantum Cascade Laser Spectroscopy. Here’s the session abstract: The application of Quantum Cascade Laser based analyzers to CEMS [Continuous Emissions Monitoring Systems] provides improved analyzer availability and reduced maintenance.  The stability of QCL and TDL semiconductor Lasers and…
  • Continuous Emissions Monitoring with Quantum Cascade Laser Technology

    At the 4C Health, Safety & Environmental Conference , Emerson’s Keith Linsley presented, New Developments in CEMS Analysis using Quantum Cascade Laser Spectroscopy. Here’s the session abstract: The application of Quantum Cascade Laser based analyzers to CEMS [Continuous Emissions Monitoring Systems] provides improved analyzer availability and reduced maintenance.  The stability of QCL and TDL semiconductor Lasers and…
  • Continuous Emissions Monitoring with Quantum Cascade Laser Technology

    At the 4C Health, Safety & Environmental Conference , Emerson’s Keith Linsley presented, New Developments in CEMS Analysis using Quantum Cascade Laser Spectroscopy. Here’s the session abstract: The application of Quantum Cascade Laser based analyzers to CEMS [Continuous Emissions Monitoring Systems] provides improved analyzer availability and reduced maintenance.  The stability of QCL and TDL semiconductor Lasers and…
  • What Is Emerson’s Rapid Engineered Solutions Program?

    Rapid Engineered Solutions help analytical and medical equipment manufacturers accelerate the fluid handling design and engineering phase of new product development. Are you an analytical or medical OEM design engineer struggling with compressed product development timelines? Do you need a rapid solution to complex fluidic system challenges? The Rapid Engineered Solutions program from Emerson is the perfect solution…
  • New Challenges for Gas Analyzer Designers

    Household waste, industrial emissions, and automobile exhaust are some of the pollutants that can contribute to climate change. They can also make you feel under the weather. In addition, these emissions contribute to the depletion of the Earth’s ozone layer. Due to the threat of these environmental issues, countries around the world have enacted strict legislation aimed at reducing emissions. In the U.S., the EPA…
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