Engineering Systems Built Around How Facilities Operate
Simulytica applies operations-driven, plant-first engineering technology across oil & gas, LNG and process industry facilities. Its systems represent and continuously evaluate the equipment, controls, utilities and recycles that determine performance, operating constraints and production capability.
Understanding Performance Across the Complete Facility
Oil & gas, LNG and process facilities operate through continuous interaction between process systems, complex equipment, controls, utilities and recycles. Changes in one area can affect performance, operating constraints and production across the facility.
When simulation, monitoring, machinery and engineering applications operate separately, no single system maintains how these interactions combine as conditions change.
Simulytica maintains an operations-driven engineering representation of the facility, continuously calculating plant state and intelligently resolving interconnected behaviour. Operators and engineers gain a facility-specific basis for understanding performance, investigating change, evaluating alternatives and making digital twins viable.
Production and Compression in Full Plant Context
Simulytica evaluates separation, compression, gas lift, injection, utilities and export as an interconnected production system, determining how equipment performance, controls and recycle behaviour affect operating limits and production capability.
Operators gain current insight into facility performance and constraints, while engineers investigate operating events, compare plant states and evaluate alternatives across existing facilities and new developments.
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Compression Across Distributed Midstream Infrastructure
Midstream operations balance gas processing, compressor stations, storage and injection against changing network demand. Simulytica evaluates turbomachinery and gas compression systems within this operating context, including compressor casing arrangements, compression trains, anti-surge controls and interacting recycles.
Simulytica identifies changing performance and its impact across distributed infrastructure, helping operators maintain stable throughput, availability and reliable gas delivery. Engineers can investigate operating events, equipment response, controls and recycle operation remotely, reducing unnecessary site visits.
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Performance in Full Plant Context
Simulytica evaluates equipment, compression and process performance within full facility context, determining how changing conditions, constraints and control responses affect production and operation.
Performance Across Refining and Process Operations
Refineries and petrochemical plants depend on continuous interaction between process units, compression systems, utilities, controls and energy demand. Simulytica determines how these interactions affect throughput, efficiency, operating constraints and wider plant performance.
Operators gain current insight into performance and production impact, while engineers investigate operating events, evaluate plant improvements and assess alternative operating strategies within full facility context.
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Compression and Recycle Systems Across LNG Operation
LNG production depends on the continuous operation of refrigeration systems, compression trains, controls and interacting recycles. Constraints, performance loss or compressor trips can reduce production, force train derates or stop LNG operation.
Simulytica represents LNG trains and their compression systems within full plant context, intelligently converging nested recycles and control interactions. Compression performance, operating limits and process response are evaluated against their effect on energy use, availability and production.
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Extending Machinery Technology into Plant Operation
Simulytica provides OEMs with a modern engineering foundation for extending machinery applications into full process-plant context. Compressor casing arrangements, trains, drivers, anti-surge controls and recycles are evaluated alongside process conditions and production demand.
Built from the ground up for integration and flexible deployment, Simulytica technology can be embedded within OEM software, deployed as a dedicated customer system or used to power new engineering, operational and agentic AI applications.
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Industrial Applications Built on One Engineering Architecture
Simulytica develops the core technologies behind its systems, carrying plant representation, maintained engineering state and intelligent solving across operational applications, engineering investigation and agentic AI.
One Architecture Across Engineering and Operations
Simulytica Confluent® compiles and executes the plant-first facility representation, preserving connection behaviour, maintaining engineering state and intelligently resolving plant interactions. Thermolytica® provides scalable, state-holding thermodynamic systems throughout the execution architecture.
SimulyticaOrigin Operations® presents measured operation alongside calculated facility state for plant performance, operating conditions and constraints. Simulytica Origin Engineering® provides engineers with ready-to-run applications for investigating events, comparing plant states and evaluating alternatives.
Parallel AI Investigation Across Plant Operations
Simulytica Reticula® is Simulytica’s agentic AI framework, coordinating networks of specialised agents across facility-specific investigations. Multiple agents can examine performance, efficiency, possible causes and alternative operating strategies concurrently.
Through Simulytica Confluent® and Thermolytica®, agents work directly with calculated plant state, engineering calculations and intelligent solvers. Engineers can explore what-if scenarios and examine the engineering evidence behind each conclusion.
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Apply Simulytica Across Engineering and Operations
Talk to our engineers about applying Simulytica to an operating facility, engineering project or OEM application across oil & gas, LNG and the process industry.