A refinery needed to verify surge pressures in its crude unloading, transfer and storage network under abnormal operating conditions, ensuring compliance with pressure limits and industry standards.

The risk of exceeding the Maximum Allowable Temperature was identified in a new biorefinery unit. To assess the potential for material failure or loss of containment, Inprocess developed a dynamic custom model and evaluated five critical emergency scenarios to obtain a realistic process response.

An Oil&Gas facility needed to address the inefficiencies caused by frequent flaring events resulting from pressure fluctuations at the inlet separator, controlled by a flare valve.

A petrochemicals facility in a refinery needed to optimize two propane-propylene splitter columns with the objective of minimizing propylene losses at the bottom of the second column. With Inprocess, the client drafted a strategy focused on analyzing and optimizing different areas of the processing complex.

A refinery planned a major unit revamp with extensive flare system modifications based on the results from conventional hydraulic studies. Inprocess was requested to deliver a rigorous analysis of the flare network requirements during a General Power Failure (GPF) using dynamic simulation.