Mr. Lomax has over 5 years of experience focused on pressure relief and flare system design and analysis for large chemical and petrochemical companies in Europe, the Middle East, and the United States. He has conducted many PSV stability analysis using force balances and critical line length analysis, as well as advanced 1-D dynamic flow models. Mr. Lomax is experienced with the development of relief system mitigation options and provides advice to clients.
Mr. Lomax also manages business development for ioMosaic's process safety software, used by engineers and risk analysts to calculate and assess hazards and risks. He provides comprehensive training and product demonstrations to enhance users' understanding of the benefits and distinguishing features of our software. He is bilingual in English and French.
Emergency relief system (ERS) design for petrochemical and public utilities companies
Steady-state and dynamic simulations on vessels, column systems, and reactors based on API and DIERS standards for single and multiphase flow
Used chemical reactivity data and thermal analysis to complete PRFS designs and mitigation for reactive systems
Analyzed dynamic relief requirements such as tube rupture, runaway reaction, and external fire cases where it was desired to calculate the wall temperature history
Conducts training on pressure relief and flare systems mitigation, artificial intelligence, SuperChems™, and PSMPro™, both virtually and in person
Institute of Chemical Engineers (IChemE)
University of Bath MEng., (Hons), Chemical Engineering with Industrial Placement