Managing Process Safety Risks During Organizational Change
- Type: Archived Webinar
- Level: Intermediate
- Duration: 1 hour
- PDHs: 1.00
It has long been acknowledged that when not properly evaluated and controlled, changes to physical equipment in a facility can lead to serious incidents with potentially severe consequences. Management of change (MOC) systems, replete with a variety of electronic systems, flow charts, and checklists, have been developed by a number of reliable organizations throughout the world to manage these physical changes. It is less commonly recognized that other types of changes such as changes in job responsibilities, loss of key personnel, or even changes in shift hours can have an adverse impact on process safety. These and other non-physical changes collectively referred to as Organizational Changes, can lead to incidents with potentially severe consequences. Due to their focus on managing physical changes, most MOC systems have overlooked or only superficially addressed organizational change management (OCM) and the impact of organizational changes that affect process safety.
Organizational change is an unavoidable aspect of doing business. There is a large variety of changes which fit under this umbrella of organizational change. Any of these types of changes could result in catastrophic consequences if the changes are not successfully administered. Effective OCM procedures must include a system for managing potential modifications to a variety of organizational aspects.
John Wincek has 20 years experience in Safety and Process Safety, working the last 13 years as a Process Safety Specialist for Croda, Inc. in the specialty chemical business. He is an accomplished presenter and author sharing expertise through publications in Process Safety Progress, contributions to CCPS Guidelines and Concept books, and presentations at both the Global Congress for Process Safety in the USA and the Loss Prevention Symposium in Europe. Areas of expertise include Quantitative Risk Analysis, Consequence Analysis, and Chemical Reaction Safety. His most recent work...Read more
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