Analytics and Modeling
The best modeling approach
Enabling advanced levels of automation and optimization as part of your digital program heavily depends on selecting the appropriate modeling approach. Depending on the model purpose, the available data and the characteristics of the underlying process, rigorous, data-driven or hybrid modeling approaches can be selected.
IPCOS will at all times consider the simplicity, the effectiveness and maintainability of the various modeling approaches to come up with the best approach for a particular use case.
Download our whitepaper to read about how a Realtime Optimization application is generating benefits on top of an advanced process control application, by capturing the non-linearities of the process and determining the most optimal operating point.
Turnkey models provide in-depth intelligence for improved analysis, troubleshooting, and operation
Integrated Asset Modeling
Cost-effective integration of GAP, MBAL and PROSPER to maximize production across multiple assets.
Machine Learning & Data Science
Data-driven models identify hidden patterns that can lead to increased quality and predictability.
Models based on historical data convert measurements such as temperature, pressure and flow rate to predict variations in production qualities. Softsensor output are used in control to optimize production.
reduction of CO2 emissions
higher revenue due to optimized efficiency
Driving value with Analytics and Modeling
Read in our cases how we solve our customers’ greatest challenges
Better understand your process
Gain better insight into your plant operations by analyzing all historical and real-time data to identify handles for efficiency, throughput or quality.
Infer process parameters
Develop virtual analyzers that give real-time estimates on process characteristics which are not measured directly with sensors or online analyzers.
Understand process interactions
Use thermo-hydraulic fluid models of reservoirs, wells and surface facilities, to simulate interactions between reservoirs, wells and topsides.
Minimize energy use
Machine learning models use data science methods to identify hidden patterns, which can be used to design new procedures and controls systems leading to reduced energy use.
Maximize plant efficiency
Turnkey process models allow targeted simulations to gain in-depth intelligence for improved analysis, troubleshooting, and operational procedures to drive efficiency.