Performance Directly Affects Production, Efficiency, and Operational Capability
Turbo-machinery, centrifugal compressors and their drivers are at the heart of oil & gas production facilities, refineries, petrochemical plants, process facilities, and air separation operations.
Their performance influences production rates, operational limits, energy consumption, and overall plant behaviour, which cannot be determined from measurements alone.
Simulytica combines advanced thermodynamics, aerodynamic modelling and intelligent system-level solving across complex compression trains, casings, recycles and interacting plant operation.
Performance Limits and Operational Condition
Compression system behaviour changes continuously with process conditions, controls, recycles, operational demand, and wider plant interaction.
Built on advanced thermodynamics, aerodynamic modelling, and intelligent system-level solving, Simulytica calculates machinery performance, operating limits, efficiency, bottlenecks, and production capability across live and historical operation.
Supporting production optimisation, OPEX and CAPEX planning, maintenance preparation, and future upgrade activities, such as compressor rewheel, across compression-intensive facilities.
Compression Systems in Operation
Performance, efficiency, and operational behaviour across compression systems and trains.
Evaluating surge margins, operating constraints, recycles, and production limitations.
Performance evaluation across both live operating conditions and historical plant behaviour.
Supporting operational response, maintenance planning, bottleneck analysis, and engineering investigations.
Performance Understanding Beyond Plant Measurements
Calculating machinery performance, efficiency, operating limits and production capability across interacting plant systems.
Supporting Better Engineering Decisions
Simulytica delivers ready-to-run continuous monitoring and simulation systems to support investigation of production limitations, operational bottlenecks, machinery deterioration, and future operating constraints across compression-intensive facilities.
Engineering teams can investigate operational scenarios, validate improvement opportunities, evaluate maintenance and upgrade activities, and assess the impact of changing operating conditions across live and historical operation.
Access Plant Performance Across Engineering and Operations
Simulytica supports deployment across plant operations, engineering projects, operational support activities, and remote or unmanned facilities.
Engineering and operational teams can access operational performance, machinery condition, and production capability across live and historical operating environments from any location.
Explore operational performance monitoring with Simulytica
Discuss turbomachinery performance, thermodynamic evaluation, operational limits, bottlenecks, and compression behaviour across engineering and plant operation.