Blog - Post List
  • Operations Management Blog: Manufacturing Execution Systems in Drug Research and Development

    The U.S. Food & Drug Administration (FDA) outlines the drug development process in five steps: Discovery and development Preclinical research Clinical trials FDA review FDA post-market safety monitoring Zuwei Jin I caught up with Emerson’s Zuwei Jin whom you may recall from earlier posts on the role of automation in the drug development process . Zuwei explained to me how manufacturing execution systems…
  • Operations Management Blog: Manufacturing Execution Systems in Drug Research and Development

    The U.S. Food & Drug Administration (FDA) outlines the drug development process in five steps: Discovery and development Preclinical research Clinical trials FDA review FDA post-market safety monitoring Zuwei Jin I caught up with Emerson’s Zuwei Jin whom you may recall from earlier posts on the role of automation in the drug development process . Zuwei explained to me how manufacturing execution systems…
  • Operations Management Blog: Manufacturing Execution Systems in Drug Research and Development

    The U.S. Food & Drug Administration (FDA) outlines the drug development process in five steps: Discovery and development Preclinical research Clinical trials FDA review FDA post-market safety monitoring Zuwei Jin I caught up with Emerson’s Zuwei Jin whom you may recall from earlier posts on the role of automation in the drug development process . Zuwei explained to me how manufacturing execution systems…
  • Safety Instrumented Systems Blog: Integrated versus Separate Control and Safety

    Panelists at a session at the 2019 ARC Industry Forum , Safety Systems: Integrated versus Not? Does It Really Matter?, set out to discuss the pros and cons of the approaches and how they accommodate different risk factors. ARC Advisory Group’s Mark Sen Gupta moderated this panel which included executives from Air Products & Chemicals, Dow Chemical, Chevron Energy Technology, and exida. Mark covers the process safety…
  • Safety Instrumented Systems Blog: Integrated versus Separate Control and Safety

    Panelists at a session at the 2019 ARC Industry Forum , Safety Systems: Integrated versus Not? Does It Really Matter?, set out to discuss the pros and cons of the approaches and how they accommodate different risk factors. ARC Advisory Group’s Mark Sen Gupta moderated this panel which included executives from Air Products & Chemicals, Dow Chemical, Chevron Energy Technology, and exida. Mark covers the process safety…
  • Safety Instrumented Systems Blog: Simplifying Safety Instrumented System Modernization Projects

    One of my first assignments as a newly minted Electrical Engineer was to tend to a triple modular redundant (TMR) safety instrumented system (SIS) on an offshore Gulf of Mexico oil & gas gathering facility. This was back in the 1980s when these systems were introduced. Many manufacturers and producers have these older safety systems that have been in operation for decades. I mention this since I received a note from…
  • Safety Instrumented Systems Blog: Simplifying Safety Instrumented System Modernization Projects

    One of my first assignments as a newly minted Electrical Engineer was to tend to a triple modular redundant (TMR) safety instrumented system (SIS) on an offshore Gulf of Mexico oil & gas gathering facility. This was back in the 1980s when these systems were introduced. Many manufacturers and producers have these older safety systems that have been in operation for decades. I mention this since I received a note from…
  • Safety Instrumented Systems Blog: Simplifying Safety Valve Proof Testing

    A safety instrumented function (SIF) within a safety instrumented system (SIS) consists of a sensor, logic solver, and final element. As part of the IEC 61511 global safety standard, these elements within the SIF must be tested during the operational phase of the safety lifecycle. Of the 3 elements, the final control element, typically a safety valve, has mechanical movement which must be tested. In a Processing magazine…
  • Safety Instrumented Systems Blog: Simplifying Safety Valve Proof Testing

    A safety instrumented function (SIF) within a safety instrumented system (SIS) consists of a sensor, logic solver, and final element. As part of the IEC 61511 global safety standard, these elements within the SIF must be tested during the operational phase of the safety lifecycle. Of the 3 elements, the final control element, typically a safety valve, has mechanical movement which must be tested. In a Processing magazine…
  • DeltaV Blog: Creating a Digitally-Enabled Workforce

    Edition #14 of Innovations in Process Automation is now available. And it’s available not only in English, but also in German , Italian , Spanish and French . This latest edition includes articles about: Emerson’s commitment to training and education is closing the skills gap STEM initiatives inspire next generation of innovators The business case for gender balance is clear Training solutions help maximise…
  • DeltaV Blog: Creating a Digitally-Enabled Workforce

    Edition #14 of Innovations in Process Automation is now available. And it’s available not only in English, but also in German , Italian , Spanish and French . This latest edition includes articles about: Emerson’s commitment to training and education is closing the skills gap STEM initiatives inspire next generation of innovators The business case for gender balance is clear Training solutions help maximise…
  • Safety Instrumented Systems Blog: Partial Stroke Test for Final Elements—Diagnostic Coverage Factors

    Author: Riyaz Ali Partial stroke test is one of the viable means to check mechanical integrity of Final Element of Safety Instrumented Function (SIF) loop. Generally, end users struggle on question of credit of PST for improvement in SIL (Safety Integrity Level). IEC 61508 and IEC 61511 define diagnostic coverage factors (DCF), but do not provide a prescriptive way to estimate the number applied in real process…
  • Safety Instrumented Systems Blog: Partial Stroke Test for Final Elements—Diagnostic Coverage Factors

    Author: Riyaz Ali Partial stroke test is one of the viable means to check mechanical integrity of Final Element of Safety Instrumented Function (SIF) loop. Generally, end users struggle on question of credit of PST for improvement in SIL (Safety Integrity Level). IEC 61508 and IEC 61511 define diagnostic coverage factors (DCF), but do not provide a prescriptive way to estimate the number applied in real process…
  • Operations Management Blog: Tracking Cell Therapy Chain of Identity

    Cell therapy is when: …cellular material is injected into a patient; [1] this generally means intact, living cells . For example, T cells capable of fighting cancer cells via cell-mediated immunity may be injected in the course of immunotherapy . For manufacturers in the Life Sciences industry, making these therapies poses challenges since each batch is specific to a given patient. In this 2:25 YouTube video…
  • Operations Management Blog: Tracking Cell Therapy Chain of Identity

    Cell therapy is when: …cellular material is injected into a patient; [1] this generally means intact, living cells . For example, T cells capable of fighting cancer cells via cell-mediated immunity may be injected in the course of immunotherapy . For manufacturers in the Life Sciences industry, making these therapies poses challenges since each batch is specific to a given patient. In this 2:25 YouTube video…
  • Operations Management Blog: Tracking Cell Therapy Chain of Identity

    Cell therapy is when: …cellular material is injected into a patient; [1] this generally means intact, living cells . For example, T cells capable of fighting cancer cells via cell-mediated immunity may be injected in the course of immunotherapy . For manufacturers in the Life Sciences industry, making these therapies poses challenges since each batch is specific to a given patient. In this 2:25 YouTube video, Address…
  • Operations Management Blog: Tracking Cell Therapy Chain of Identity

    Cell therapy is when: …cellular material is injected into a patient; [1] this generally means intact, living cells . For example, T cells capable of fighting cancer cells via cell-mediated immunity may be injected in the course of immunotherapy . For manufacturers in the Life Sciences industry, making these therapies poses challenges since each batch is specific to a given patient. In this 2:25 YouTube video, Address…
  • Operations Management Blog: Tracking Cell Therapy Chain of Identity

    Cell therapy is when: …cellular material is injected into a patient; [1] this generally means intact, living cells . For example, T cells capable of fighting cancer cells via cell-mediated immunity may be injected in the course of immunotherapy . For manufacturers in the Life Sciences industry, making these therapies poses challenges since each batch is specific to a given patient. In this 2:25 YouTube video, Address…
  • Operations Management Blog: Tracking Cell Therapy Chain of Identity

    Cell therapy is when: …cellular material is injected into a patient; [1] this generally means intact, living cells . For example, T cells capable of fighting cancer cells via cell-mediated immunity may be injected in the course of immunotherapy . For manufacturers in the Life Sciences industry, making these therapies poses challenges since each batch is specific to a given patient. In this 2:25 YouTube video, Address…
  • DeltaV Blog: Better Decisions with Intelligent Mobile Access

    The rise of smart phone and tablets has enabled businesses to completely rethink workflows and access to information. Within the world of manufacturing, this is even true for supervising and managing the process. In a Chemical Engineering article, Engineering Challenges? There’s a Mobile Application for That , Emerson’s Mariana Dionisio describes how the DeltaV Mobile application: …allows users, such as operations…
  • DeltaV Blog: Better Decisions with Intelligent Mobile Access

    The rise of smart phone and tablets has enabled businesses to completely rethink workflows and access to information. Within the world of manufacturing, this is even true for supervising and managing the process. In a Chemical Engineering article, Engineering Challenges? There’s a Mobile Application for That , Emerson’s Mariana Dionisio describes how the DeltaV Mobile application: …allows users, such as operations…
  • DeltaV Blog: Collaboration for Cybersecurity Resiliency and Robustness

    Maintaining robust defenses from cyber-attacks is a priority for manufacturers. They rely on their automation suppliers to provide security-hardened technologies and cybersecurity services to help defend against new attacks and maintain resiliency and robustness over time. One key element in robustness is quickly finding, fixing and distributing patches for newly discovered vulnerabilities. Industrial control systems…
  • DeltaV Blog: Collaboration for Cybersecurity Resiliency and Robustness

    Maintaining robust defenses from cyber-attacks is a priority for manufacturers. They rely on their automation suppliers to provide security-hardened technologies and cybersecurity services to help defend against new attacks and maintain resiliency and robustness over time. One key element in robustness is quickly finding, fixing and distributing patches for newly discovered vulnerabilities. Industrial control systems…
  • Ovation Blog: Enabling Seamless and Scalable Distributed Control and SCADA Solutions at Photovoltaic Power Stations

    Authors: Tom Snowden , Greg Schirm Photovoltaic power stations (or solar parks) have traditionally used PLCs as their preferred control devices. Size, ruggedness, and cost are often cited as reasons for using PLCs. With the release of the Ovation Compact Controller , Emerson is merging the scalability of PLCs with the power of the Ovation distributed control system on photovoltaic (PV) solar projects. The compact…
  • Ovation Blog: Enabling Seamless and Scalable Distributed Control and SCADA Solutions at Photovoltaic Power Stations

    Authors: Tom Snowden , Greg Schirm Photovoltaic power stations (or solar parks) have traditionally used PLCs as their preferred control devices. Size, ruggedness, and cost are often cited as reasons for using PLCs. With the release of the Ovation Compact Controller , Emerson is merging the scalability of PLCs with the power of the Ovation distributed control system on photovoltaic (PV) solar projects. The compact…