In this session, we have explored how Inprocess applies Steady State and especially Dynamic process simulation techniques to analyze flare loads and flare network behavior. Learn how our expertise has helped clients identify hidden constraints, optimize system performance, and reduce CapEx spending —without compromising the plant safety.
The common solution in industry when a flare system reaches its limits it to increase its capacity: CAPEX solution. As experts of the domain, Inprocess proposes Dynamic Simulation Model for higher accuracy of behavior prediction as well as for alternative solutions for flare capacity issues.
Inprocess oral contribution to MECCE held in May 2023. This presentation conducted by Dr. Miquel Angel Alos explains the benefits of dynamic simulation as an alternative method for defining relief loads and enhancing the understanding of relief processes.
| CO2 Compression Blow down Study for FPSO | Dynamic Simulation Study, Flare Systems Analysi |
Brazil – 2012 |
Is the current equipment size appropriate for safe plant operation?
Save CapEx without compromising safety by benefiting from previously oversized flare networks.
Conozca de primera mano, cómo Inprocess implementa los proyectos de revalidación de sistemas de antorcha en plantas petroquímicas, siguiendo las recomendaciones de la API, con el soporte de herramientas de simulación, tanto en estado estacionario como dinámico.
Discover how Inprocess’ wide experience in dynamic flare analysis can help you to avoid acquiring unnecessary new materials and equipment in flare systems revalidation projects, without ever compromising safety.
During a flare release, the temperature of the flare network has a strong dependence on the relief source and on ambient conditions. During a relief of hot gases, contraction of the gases could occur due to the cool-down to ambient conditions. The rate of contraction velocity is accelerated if cooling leads to condensation of the contained gas components.
Inprocess authors discuss the application of dynamic simulation to analyse potential trips of the HIPPS system at the flare header of a central processing facility during trunkline pigging operations.
Inprocess Technology and Consulting Group, S.L.
Pedro i Pons, 9-11, 13th floor
08034 Barcelona, Spain
Tel: +34 933 308 205
© 2025 Inprocess Technology and Consulting Group, S.L. | All rights reserved
© 2025 Inprocess Technology and
Consulting Group, S.L.
All rights reserved