OEM Collaboration
OEM Technology in Full Plant Context
Simulytica combines OEM equipment expertise with process conditions, controls and recycles, enabling plant-aware engineering and operational applications around oil & gas and process facilities.
OEM Equipment Performance in Full Plant Context
Simulytica extends OEM machinery and compression technologies through continuously executing engineering systems. Intelligent solvers coordinate process conditions, controls, utilities, recycles and connected equipment to determine machinery performance, operating limits and production impact in full plant context.
Simulytica provides OEMs with a modern, scalable foundation for delivering facility-specific engineering and operational applications, including agentic AI investigations grounded in established machinery models, data and expertise.
Extend OEM Capability Across the Operating Plant
Represent compressor casing arrangements, trains, drivers, anti-surge controls and recycles using OEM machinery expertise within full plant context.
Evaluate how changing process conditions, controls, utilities and connected equipment affect machinery performance, operating limits and production.
Automatically converge complex machinery, process and recycle interactions through scalable, continuously executing engineering systems.
Power OEM and customer software through deep engineering APIs, parallel execution and agentic investigations grounded in machinery calculations and plant context.
Equipment Expertise Across Plant Operation
Simulytica extends OEM machinery software with continuously executing plant systems, intelligent solvers and preserved plant connection semantics. Equipment calculations operate within the process, control, mechanical and recycle interactions that determine facility performance.
Simulytica provides a direct route to plant-aware engineering, operational and agentic AI applications without replacing established machinery technology, models or expertise.
Determine Machinery Performance and Plant Impact
Simulytica evaluates compression systems as part of the process plant, representing compressor casing arrangements, train configurations, drivers, anti-surge controls and recycles within complete facility context. Measured operation is combined with a continuously maintained, intelligently solved engineering state.
Developed from the ground up for scalable execution, flexible deployment and deep software integration, Simulytica’s modern engineering technology is particularly well suited to embedded OEM solutions across wider plant engineering and operation.
OEM Expertise. Plant-Wide Engineering Capability.
Simulytica extends machinery technology with continuously executing systems, intelligent solvers and plant-aware engineering and operational applications.
A Modern Engineering Foundation for OEM Solutions
Simulytica develops thermodynamics, plant execution, intelligent solving and operational applications as one modern architecture. Comprehensive APIs enable OEM machinery models and data to be applied directly within facility-specific engineering systems, preserving established methods and expertise.
Simulytica’s embedded-system APIs enable direct integration with OEM software. The technology can be deployed as a dedicated customer system or power new engineering, operational and agentic AI applications, supported by flexible deployment options.
Extend Your OEM Offering with Simulytica
Discuss how Simulytica engineering technology can be embedded within machinery software or deployed in dedicated customer systems across plant engineering, operations and agentic AI.