Understanding Automation’s Place to Enable Continuous Manufacturing Optimization
Bob Lenich explains what you need from an automation perspective to implement continuous manufacturing in a Life Sciences facility to achieve the benefits of increased throughput and reduced change over time.
Optimize Maintenance Costs and Field Operating Practices
With Emerson's well and facility surveillance, you can manage your field by exception, freeing up your personnel to manage more wells with less labr cost. Also, understanding allocated on a per-well basis, allows you to prioritize your resources to
Achieve Production Potential with Well Models and Optimized Lift Systems
Emerson can help you aggregate and analyze relevant operational and financial data to make better and faster decisions to improve the management of your fields, and ultimately your bottom line.
Improving Utility Area Reliability By Addressing Steam System Coordination
Bob Sabin explains how Coordinated Steam Header control solutions help industrial sites stabilize steam supply to processes, reduce trip events, and optimize utility costs – all at the same time.
Industry 4.0 in Life Sciences
Emerson's John Nita describes how Life Sciences manufacturers can use IIoT innovations to improve maintenance and reliability for their operations.
Braskem and main automation contractor Emerson successfully expand Brazil PVC plant
As the main automation contractor for Braskem’s PVC expansion at their Maceió, Brazil facility, the Emerson/Braskem team collaborated on all issues—achieving startup on schedule and on budget.
How to Achieve Efficient Combustion Control on Fired Heaters
Julie Valentine discusses how Emerson can help refiners and petrochemical plants can optimize their fired heater combustion control by utilizing mass flow control instead of volumetric flow or pressure control.