Simulytica Confluent®
Coordinated Engineering Runtime Across the Plant
Confluent is Simulytica’s proprietary runtime engine for continuously executing plant systems, coordinating process, control, mechanical and electrical connections while preserving the distinct engineering behaviour of each. Adaptive solvers automatically converge complex equipment interactions and recycles.
One Runtime Across the Facility
Confluent® represents and executes the plant within one engineering system, coordinating complex equipment, system hierarchies, interacting recycles and independent thermodynamic systems.
Confluent’s plant-first execution preserves equipment and connection behaviour, maintains engineering state and scales calculations in parallel across the facility, supporting demanding turbomachinery and process systems while powering simulation, monitoring, operational intelligence and engineering investigation.
Resolving Change Across the Plant
Changes in process conditions propagate through compression trains, controls, anti-surge systems and recycle networks. Confluent maintains the engineering state of these interactions and continuously determines their combined effect across the plant.
Adaptive solvers use maintained engineering and solver state to provide fast, stable automatic convergence as operating conditions change.
Core Execution Capabilities
Maintains a plant-first representation across equipment hierarchies and process, control, mechanical and electrical connections.
Intelligently selects adaptive solvers to converge extensive networks of interacting recycles automatically.
Coordinates casings, trains, anti-surge systems and surrounding process interactions as complete turbomachinery systems.
Executes independent thermodynamic and engineering systems in parallel, providing the scale required for viable digital twins and agentic investigation.
From Individual Assets to Complete Facilities
Confluent® scales one execution architecture from individual assets and compression trains to process plants and complete facilities. Engineering scope can expand without replacing the runtime or rebuilding the underlying foundation.
Independent thermodynamic and engineering systems execute in parallel while Confluent maintains coordinated engineering state across the represented scope.
Deep, Parallel Plant Investigation
Confluent’s real-time APIs provide AI agents with deep access to facility state, UnitOps, plant interactions and solver behaviour. Agents can investigate operating conditions, test possible causes and evaluate alternatives against the facility-specific engineering system.
Scalable, parallel execution allows multiple agents to test possible causes and compare scenarios concurrently, with independent engineering state maintained for each. Learn More
One Engineering System. Not an Integration Project.
Confluent® represents and executes process, control, mechanical and electrical behaviour, complex equipment and interacting recycles within one coordinated plant system.
The Runtime Powering Simulytica Engineering Systems
Confluent® powers Simulytica Origin and Prism, maintaining the plant representation, engineering state and coordinated behaviour used by operational, engineering and visual applications.
Thermolytica® provides scalable multiphase thermodynamics through independent, state-holding systems. Confluent coordinates these calculations with UnitOps, controls, equipment hierarchies and recycle convergence across the facility.
Apply Simulytica Confluent® to Your Plant, Project or Application
See how Simulytica Confluent® can provide the foundation for a continuously executing system built around your facility, support an engineering project or power a dedicated application.