LNG
LNG Train Performance in Full Plant Context
Simulytica evaluates refrigeration compression, process systems, controls, utilities and interacting recycles together, determining how their combined behaviour affects LNG throughput, energy efficiency and train availability.
Compression and Refrigeration Systems Operating Across LNG Facilities
Simulytica evaluates refrigeration compression as part of the complete LNG train, relating machinery performance to process conditions, controls, utilities and interacting recycles.
Operators gain current insight into throughput, efficiency and operating limits, while engineers investigate performance, compare operating states and evaluate alternatives across the facility.
Complex LNG Recycles, Automatically Converged
Simulytica coordinates interacting refrigeration, process and control systems while automatically converging complex nested recycles across LNG trains.
Operators and engineers gain a consistent calculated state across interconnected systems, supporting performance analysis, investigation of operating constraints and evaluation of alternative scenarios without manually directing recycle calculations.
Performance Across LNG Compression, Trains and Export
Evaluate compressor casing arrangements, trains, drivers, anti-surge controls and process interactions to determine performance, operating limits and energy use.
Coordinate refrigeration and process recycles with control responses, automatically converging complex interactions as operating conditions change.
Determine how compression performance, process conditions, utilities and controls combine to affect train throughput, efficiency and operating limits.
Evaluate storage, gas compression and export operation alongside changing LNG train conditions and facility demand.
Performance Across Compression-Intensive LNG Operation
LNG facilities are among the most energy-intensive industrial operations, with refrigeration compression directly affecting train throughput, efficiency and operating limits.
Simulytica relates refrigeration duty and machinery performance to process conditions, controls, utilities and wider LNG operation. Operators gain current insight into energy intensity and available throughput, while engineers investigate efficiency losses, compare operating states and evaluate alternative strategies.
Interacting Process, Turbomachinery, and Recycle Systems Across LNG Plant
Supporting refrigeration compression, LNG trains, and process interaction across compression-intensive LNG facilities
LNG Train Availability Through Refrigeration Compression
LNG train availability depends on the continuous operation and performance of refrigeration compression systems. Changing performance, operating constraints or compressor trips can reduce production, force train derates or stop LNG production entirely.
Simulytica determines how refrigeration compression, process conditions, controls, utilities and recycle behaviour affect the complete train. Operators gain early insight into production impact, while engineers investigate constraints, trips and alternative strategies to support availability, energy performance and stable LNG production.
Apply Simulytica to Your LNG Facility
Explore how Simulytica systems built around your facility can evaluate refrigeration compression, complex recycles, energy performance, LNG train availability and alternative operating strategies.