(Spanish version below) Gexcon’s Dr. Franz Zdravistch presented on the importance of understanding hazards and maintaining safety in the hydrogen industry. On October 15th, Dr. Franz Zdravistch, Gexcon’s Chief Training Officer, spoke about hydrogen safety during Mexico’s Business and Energy Forum 2020 held virtually by the Anáhuac University. Dr. Zdravistch

We are pleased to announce that Shell FRED 2020 is now live and available for download. Based on 40 years of operator development, Shell FRED 2020 generates fast and reliable predictions with validation credentials unrivaled in the market. Developed in collaboration with users, the software update offers a new, updated interface

Gexcon US’s Business Development Director, Mr. Miguel Navarro, and Gexcon AS’s Principal Engineer and Chief Training Officer, Dr. Franz Zdravistch, will be presenting at Anáhuac University Mexico’s Business and Energy Forum 2020 that will be held from October 12th to 16th. This year’s forum’s main topic is “Compliance with SDG 7: Towards a Transition to Affordable and Non-Pollutant Energy”. The

The Shell FRED (Fire, Release, Explosion, and Dispersion) tool is a well-validated software tool for the prediction of the hazardous effects of accidental or intentional releases and is supported by over 40 years of physical testing and validation. A paper released in the July 2020 edition of the Journal of

Gexcon is set to launch a major update to its flagship consequence modelling software later this year to offer users greater flexibility, digitalisation and integration capabilities. FLACS-CFD 20 will replace FLACS 10.9 from this autumn and represents a significant software upgrade, building on more than 40 years of industrial safety

Gexcon and Shell are excited to announce that we are working on a new version of Shell FRED for 2020. Shell FRED allows safety professionals to predict the consequences of Fire, Release, Explosion, and Dispersion from accidental and design releases of products from the process, storage, transport, and distribution operations.