Thermodynamics Built for Real Engineering Environments
Thermolytica is designed for the thermodynamic demands of oil & gas and process industries, supporting turbomachinery, LNG systems, operational tuning and OEM-aligned engineering environments.
It supports pure-component data, configurable binary interaction parameters, complex equations of state, ACM integration and multi-phase flash calculations within one extensible thermodynamic execution environment.
Unlike isolated thermodynamic libraries and standalone property packages, Thermolytica operates as an integrated operational thermodynamics system designed for continuously executing plant environments.
Configurable thermodynamic execution across real plant systems
Support for advanced equations of state, ACM integration, and extensible thermodynamic models.
Highly tested component data, trusted thermodynamic sources, and validated engineering datasets.
Thermodynamic flash capability across complex phase behaviour and operating conditions.
Binary interaction parameters configurable for specific fluids, equipment, applications, and operational requirements.
Thermodynamics Coordinated Within Plant Execution
Thermolytica provides the physical foundation that allows continuously executing operational systems to represent real plant behaviour accurately.
Thermolytica works with Confluent to provide thermodynamic execution inside interacting plant systems rather than isolated property calculations.
This enables process systems, compression trains, recycles, controls, and operating conditions to use thermodynamics continuously as part of one executable operational architecture.
Confluent enables scalable execution across complex industrial facilities without relying on fragmented models, isolated simulation environments, or disconnected operational workflows.
Thermodynamics Inside Continuously Executing Plant Systems
Thermolytica supports realtime operation across compressors, LNG, process facilities, operational tuning, and OEM-aligned engineering environments.
Designed for Continuous Plant Execution
Thermolytica is built on trusted and tested engineering datasets, supporting realtime operation, parallel processing and multi-threading.
This allows high-performance thermodynamics to operate continuously across live plant environments, engineering analysis, simulation, monitoring, turbomachinery, LNG systems, and complex process interaction without relying on isolated thermodynamic calculations.
Customisable Thermodynamics for Specific Operating Requirements
Real engineering environments often require more than standard property packages. Thermolytica supports extensible component data, configurable binary interaction parameters, multiple data sources, and application-specific thermodynamic configurations.
This supports compressors, LNG systems, process facilities, equipment-specific tuning, and OEM-aligned engineering requirements.
See How Thermolytica Powers Plant Execution
Discuss operational thermodynamics, complex EOS models, multi-phase flash, BIP configuration, trusted data sources, and runtime thermodynamic execution for oil & gas and process facilities.