Determination of gas emissions during FPSO operation
| Determination of gas emissions during FPSO operation | Dynamic Simulation Study | Malaysia – 2021 |
Detailed Depressuring Study for an FPSO offshore Brazil (Marlim field)
| Detailed Depressuring Study for an FPSO offshore Brazil (Marlim field) | Dynamic Simulation Study | Brazil – 2022 |
Depressurization and re-pressurization dynamic study for a gas export sealine
| Depressurization and re-pressurization dynamic study for a gas export sealine | Dynamic Simulation Study | Ghana – 2019 |
CO2 Compression Blow down Study for FPSO
| CO2 Compression Blow down Study for FPSO | Dynamic Simulation Study, Flare Systems Analysi |
Brazil – 2012 |
Holistic Process Digital Twins: Benefits of integrating pipeline and top-side process models
Inprocess oral contribution to SLB Digital Forum 2022 held in September 2022. This presentation conducted by Dr. Michael Brodkorb explains how to analyze the dynamic behavior and interaction between wells, remote stations,
“Hydrogen Network Management for refineries and petrochemical plants”
Inprocess has extensive experience in the development and implementation of online hydrogen network management tools that have helped the petrochemical industry and refineries achieve operational savings without capital investment.
Developing Inferentials based on Digital Twins: Distillation Cases Studies
Inprocess oral contribution to ACOWUG 2022 held in June 2022. This presentation introduces the Digital Twins and the particular use case of creating inferentials for APC.
Modelado del sistema de procesamiento de gases de escape Tokamak en un simulador comercial para fines de monitoreo de procesos
Contribution showing the modeling procedure of a critical tritium processing system such as the Tokamak Exhaust Processing using a commercial simulator typically used in the process industry.
Flare Systems Analysis
Is the current equipment size appropriate for safe plant operation?
Save CapEx without compromising safety by benefiting from previously oversized flare networks.
