Runaway Reactions
Reactive chemical hazards can lead to runaway reactions with a catastrophic consequence. The hazards in such system are seldom the characteristics of the chemical by itself but are highly dependent on the process conditions and modes of operations. Therefore, identifying the thermal behavior of a reaction system and assessing the hazards for potentially catastrophic scenarios, by considering the exceedance of process variables, reaction components, mixing of incompatible materials or contaminants, are very important.

The Mary Kay O’Connor Process Safety Center and the Texas A&M Engineering Experiment Station will be issuing a certificate of completion for 1 Professional Development Hour for each of the six Process Safety events in 2018. To qualify, attendees must be present during the entire webinar and they must indicate in our poll/survey that they wish to receive a certificate.


Dr. M. Sam Mannan, PE, CSP, DHC
Regents Professor and Director
Mary Kay O'Connor Process Safety Center

Artie McFerrin Department of Chemical Engineering
Texas A&M University System
Learn More about Dr. Mannan...

The need for process safety in the chemical industry is paramount.  Technical knowledge and understanding of hazards and risks associated with operations in addition to the implementation of that knowledge into practice are the keys to keeping workers and the environment safe.  Chemical Processing’s Process Safety webinar series aims to address best practices by covering the major areas within process safety to improve process safety performance.

Dr. M. Sam Mannan, PE, CSP, DHC, regents professor and director, Mary Kay O' Connor Safety Center, worked with the editors of Chemical Processing to create this series. He serves as the expert presenter for each webinar.

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Check out the Chemical Processing 2017 Webinar Series now!

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