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About the webinar
Shell FRED 2022 replaces the previous version of the software (Shell FRED 2020).
In this webinar, we performed a live software demonstration to show the new major feature updates:
- New models available – analyse the consequence of gas blowdown, missile fragments after vessel burst, LNG flame impingement, and many other models
- Extension to the feature-rich user interface – work simpler and more efficiently with improved result tabs drag/ drop, unit adjustment, scenarios/ fuel filtering, and many more
- Complete migration of models from FRED 7.1 – analyse the consequence of pressure relief valve, Gaussian dispersion, TNO explosion, and smoke models
Shell FRED has been developed and validated through Shell’s extensive program of large-scale experiments, a substantial investment, joint industry projects, and published scientific literature.
About the speakers
Graham Morrison
UK Consulting Director & Shell Software Product Manager @ Gexcon UK
Graham is the Product Manager for the Shell software products: FRED (Fire, Release, Explosion, and Dispersion), Shepherd (Quantitative Risk Assessment), and PIPA (Pre-Incident Planning).
Graham has over 10 years of experience as a consultant using tools such as Shell FRED and Shell Shepherd to conduct modelling and develop risk assessments for clients around the world, including four years in the offshore oil and gas sector in Aberdeen. He brings his experience of using the products to the role of Product Manager, acting as an interface between the users and developers.
Steven Betteridge
Senior Technical Safety Engineer @ Shell
Steven has a PhD in physics from Liverpool University. He has worked for the last 20 years in the Major Hazards group within Shell. During that time he has been involved in all aspects of the design and development of the FRED and Shepherd applications.
Steven has also managed the execution of several large-scale experiments, for LNG and recently LH2, and analyzed the results to develop new models within FRED. He is a subject matter expert on fires, dispersion, and electrostatics within Shell.
