A Digital Twin is a high-fidelity virtual replica of your physical process or asset that runs in parallel with real operations: continuously...
A Digital Twin is a high-fidelity virtual replica of your physical process or asset that runs in parallel with real operations: continuously...
Overview
A Digital Twin is a high-fidelity virtual replica of your physical process or asset that runs in parallel with real operations: continuously calibrated with live plant data. AhilyaSoft builds first-principles, data-driven, and hybrid digital twins that enable what-if analysis, scenario optimization, operator training, and process design validation: all without any risk to actual production. From individual equipment models to plant-wide simulations, digital twins accelerate innovation and de-risk operational decisions.
Methodology
Build digital twin using first-principles engineering models, empirical data-driven models, or hybrid approaches: calibrated against actual plant data for high fidelity.
Continuous synchronization with real plant data: the digital twin reflects current operating state, equipment condition, and process dynamics at all times.
Run unlimited scenarios: process changes, feed variations, equipment outages, expansion options: and evaluate outcomes without any production risk.
Use the digital twin as a realistic training simulator: operators can practice startup, shutdown, upset handling, and optimization in a safe virtual environment.
What You Gain
Measurable results within weeks, not quarters.
Risk-free what-if analysis for process changes and optimization
Operator training simulator for complex operational scenarios
Process design validation before capital investment
Real-time soft sensors for unmeasured variables
Support for RTO and APC model development and validation
Deployed across industries where milliseconds and margins matter.
Applications
Refinery: crude unit digital twin for yield prediction and optimization
Power plant: boiler and turbine digital twin for heat rate optimization
Chemical process: reactor digital twin for catalyst performance tracking
Sugar: evaporation and crystallization digital twin for recovery optimization
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