Thermolytica®
Multiphase Thermodynamics for Modern Engineering Systems
Thermolytica is Simulytica’s proprietary thermodynamics technology for executing multiple independent, state-holding systems concurrently. It provides scalable thermodynamics for continuously executing plant systems, engineering applications, viable digital twins and parallel agentic investigations.
Developed for Real Plant Applications
Simulytica develops Thermolytica’s thermodynamic models, calculation methods and numerical solvers as one technology designed for demanding oil & gas and Process Industry applications.
Advanced equations of state, multiphase flash, trusted engineering data and configurable binary interaction parameters provide the flexibility required across gas processing, compression, LNG and equipment-specific applications.
Configurable thermodynamic execution across real plant systems
Multiple equations of state and extensible thermodynamic models support diverse fluids, phase behaviour and operating conditions.
Highly tested component properties, established thermodynamic sources and validated engineering datasets provide a reliable basis for calculation.
Determines phase equilibrium and thermodynamic state across complex mixtures and changing operating conditions.
Configurable binary interaction parameters, fluid definitions and thermodynamic settings align calculations with specific fluids, equipment and applications.
Thermodynamic State Across the Plant
Thermolytica runs multiple independent, state-holding engines throughout the engineering system. Each applies the equation of state required by its UnitOp or application, with high-performance flash and property calculations executing in parallel as operating conditions change.
Within Simulytica systems, Confluent coordinates Thermolytica calculations with equipment, controls and interacting recycles, allowing compression, LNG and process systems to be evaluated within the wider plant.
Thermodynamics at Operational Scale
From individual equipment to complete plant systems, Thermolytica executes independent thermodynamic engines in parallel as operating conditions change.
High-Performance Thermodynamics at Scale
Thermolytica combines trusted engineering data, extensively tested thermodynamic models and automated, safeguarded numerical solving across complex fluids, phase regions and operating conditions.
High-performance flash and property calculations execute in parallel across independent, state-holding thermodynamic engines, providing the speed and scale required for engineering applications, continuously executing systems and viable digital twins.
Engineering Capability for Applications and Agentic AI
Thermolytica’s extensive real-time API provides direct access to thermodynamic state, flash and property calculations, model configuration and solver behaviour. Simulytica, customer and OEM applications can work directly with the thermodynamic technology behind every result.
Multiple AI agents can initiate and compare independent thermodynamic investigations concurrently, with each investigation maintaining its own calculated state and engineering context.
Thermodynamics Configured for the Application
Thermolytica supports extensible component data, configurable binary interaction parameters, multiple trusted data sources and application-specific thermodynamic configurations.
Thermolytica provides extensive customisation of thermodynamic models and datasets to match specific fluids, equipment and operating requirements across compression, LNG, gas processing and OEM applications. Its extensible architecture supports specialised engineering methods and customer-specific configurations.
Apply Thermolytica® to Your System or Application
See how Thermolytica® can provide scalable, application-specific thermodynamics for a continuously executing plant system, engineering project, dedicated application or agentic platform