Emerson Exchange 365
Blogs
    • 29 Jun 2017

    Improving Batch Manufacturing Workflows and Recordkeeping

    The pharmaceutical and biotechnology manufacturing industries are challenged with errors in manual entries in the production process, getting batches right the first time, reaching final signoff for batch release, and managing the data accumulated throughout the production process. I caught up with Emerson’s Mary Sowders about some of these challenges and the way they are being addressed. Mary shared with me...
    • 26 Jun 2017

    Improving Pharmaceutical and Biotech Plant Utility Performance

    For pharmaceutical and biotech manufacturers, the use of steam, heating and air conditioning systems, water and other utilities are an important part of the manufacturing process. Efficient and reliable operations for these plant utilities is very important. In a Pharmaceutical Manufacturing article, Monitoring Plant Utilities for Operational Excellence , Emerson’s Michalle Adkins describes how additional measurements...
    • 5 Jun 2017

    Enabling Right-the-First-Time Manufacturing

    Quality and compliance are indispensable in pharmaceutical and biopharmaceutical manufacturing processes. In a Pharmaceutical Manufacturing magazine article, Crazy About Quality and Compliance? , Emerson’s Michalle Adkins shares how organizational engagement, technologies and work practices must come together for safe, efficient and profitable manufacturing. Michalle opens sharing her experiences in pharmaceutical...
    • 4 May 2017

    Improving Raw Material Management Productivity

    For manufacturers in highly-regulated industries, such as pharmaceutical and biopharmaceutical manufacturing, it is critical to keep track of raw materials as part of the production records. To minimize or avoid waste, it’s also important to use the first-to-expire raw materials from inventory. I caught up with Emerson’s Lynn Richard about his experiences to help a manufacturer solve this challenge and...
    • 24 Apr 2017

    Challenge of Designing PCS-Driven MES Architectures for a Greenfield Facility

    Author: Jonathan Lustri I have previously written about a design strategy where the process control system (PCS) is the primary system driving all procedural batch activity within a pharmaceutical process. In this architecture, the PCS ISA-88 procedural model must execute the both automated procedures and call the manufacturing execution system (MES) workflows to be executed when they are needed by the process. The...
    • 17 Apr 2017

    Efficient Technology Transfer across Life Sciences Product Development Lifecycle

    Pharmaceutical and biotech manufacturers are challenged with bringing new medicines and drug compounds efficiently through the development process to provide returns on these investments before exclusivity expires. In a Pharmaceutical Manufacturing article, Tech Transfer: Let’s Take It from the Top , Emerson’s Bob Lenich highlights the importance of a top down approach to technology transfer across the...
    • 5 Apr 2017

    Big Data and Process Analytics for Continued Process Verification

    A biological drug is defined as a: …substance that is made from a living organism or its products and is used in the prevention, diagnosis, or treatment of cancer and other diseases. Biological drugs include antibodies, interleukins, and vaccines. The market for biological drugs continues to rapidly grow. In fact, in China alone, there were 201 Biological New Drug Applications (NDAs) in 2016, a 32% increase...
    • 24 Mar 2017

    Automating Bioprocess Single-Use Systems

    For those not in the pharmaceutical and biotech manufacturing industries, if you ever visit one of these facilities you’ll be struck by the clean, shiny stainless steel vessels and piping. Given the importance of hygiene in the production of medicines, most processes include clean-in-place (CIP) and sterilize-in-place operations (SIP). The capital costs and ongoing time requirements for this stainless-steel equipment...
    • 14 Mar 2017

    Capital Project Efficiency-Operational Flexibility-Product Lifecycle Efficiency at Interphex

    Author: Michalle Adkins At the March 21-23 Interphex 2017 , Emerson exhibitor staff will be discussing three main themes: delivering capital projects on time with lower risk; comprehensive automation solutions for flexible, single-use facilities; and improving efficiency across the product lifecycle. Life Sciences companies are expanding globally in order to provide life-saving or life-enhancing solutions to more...
    • 26 Jan 2017

    Best Practices Specifying MES Workflows for Life Sciences Projects

    Author: Jonathan Lustri Manufacturing Execution System (MES) Life Sciences projects can be costly and be a challenge to keep in control. The biggest contributor to these challenges are the defining and design of manufacturing workflows. A Workflow is an MES procedural object used to replace the paper batch record. And for greenfield projects in particular, this can be a challenge. In order to define best practices...