Why We Started Simulytica
Industrial facilities have become increasingly complex, yet the technologies used to understand them have remained fragmented. Simulation supports engineering. Monitoring supports operations. OEM tools focus on individual equipment. Historians collect data. Dashboards display trends. Engineers operators are left to connect these technologies themselves.
Simulytica was founded in 2018 to change that.
Rather than providing another software tool, we build engineering systems around each customer's facility, giving engineers and operators one coordinated understanding of how the plant actually operates.
Extensive Experience Across Real Operating Facilities
Simulytica combines decades of experience across turbomachinery, compression systems, process facilities, thermodynamics, performance monitoring, simulation within the oil & gas and process industry.
Our engineers have worked alongside operators, OEMs, and engineering teams across Europe, the Middle East, Asia, Africa, and South America, supporting production facilities, compressor stations, gas processing, LNG, and other complex industrial operations.
This experience spans both modern and legacy facilities, providing practical insight into plant behaviour, production capability, equipment performance, operational constraints, and the engineering challenges faced throughout the operational life of industrial assets.
Working Alongside Engineering and Operational Teams
Simulytica supports customers across engineering studies, operational analysis, production improvement, plant-performance evaluation, compression-system understanding, and facility-wide operational visibility across oil & gas and process facilities.
Using plant design information, operating data, process interaction, controls, recycles, and compression-system configuration, Simulytica develops engineering systems aligned with real plant operation.
The platform integrates with existing operational environments including historians, OEM technologies, engineering workflows, plant infrastructure, and third-party operational systems across both modern and legacy facilities.
Supporting Oil & Gas and Process Facilities
Simulytica combines engineering and operational expertise with advanced industrial technologies to help operating companies better understand plant behaviour, machinery performance, operational efficiency, and production capability.
Understanding Real Plant Behaviour Requires One Engineering System
Traditional industrial technologies were developed independently as monitoring systems, simulators, controls, OEM tools, dashboards, and engineering applications.
Simulytica was founded to develop a fundamentally different approach capable of continuously representing and coordinating real plant behaviour across simulation, monitoring, thermodynamics, compression systems, controls, recycles, and interacting process operation within one executable plant architecture.
This allows operators and engineers to better understand plant response, machinery performance, efficiency, production capability, and operating limits while simplifying deployment across engineering and operational environments. Rather than relying on disconnected monitoring systems, simulations, dashboards, and OEM tools, Simulytica delivers one engineering system built around the facility itself.
Beyond Fragmented Industrial Systems
Traditional industrial environments often rely on disconnected monitoring systems, isolated simulations, dashboards, OEM tools, and engineering applications operating independently across facilities.
Simulytica was developed as one coordinated operational system capable of continuously representing plant behaviour, machinery interaction, thermodynamics, simulation, monitoring, and wider operational response across complex industrial facilities, making digital twins viable.
Discuss Plant Performance, Engineering, and Operations
Discuss engineering projects, operational visibility, plant-performance understanding, compression-system behaviour, and coordinated plant operation across oil & gas and process facilities.