Watch globalMOO Master Real-Time Process Control
Real-World Impact: Precision Control Without Trade-offs
The platform maintains stable operation across wide operating ranges, rapidly re-attains optimal conditions after a disruption, and guides the reactor to steady-state from cold-start.
Transforming Complex Chemical Engineering
Input Variables (12)
Feed rates, temperatures, heat input, pressure targets. Dynamic initial conditions from prior operating states. Physical constraints on all process variables.
Objectives (36 criteria)
From cold start, maximize hydrogen production yield within safe parameters. Ensure long-term process stability across all operating conditions.
globalMOO vs. Traditional PID Controllers
Traditional PID controllers handle single variables in isolation. globalMOO orchestrates all 12 input parameters simultaneously, with 36 output parameters monitored and optimized in real-time.
- Inverse problem solving — determines exact inputs needed for desired outputs
- Predictive lookahead — ensures long-term stability by optimizing for future states
- Physical continuity — maintained between control timesteps
Interactive Reactor Explorer
Explore the reactor optimization demo below — see multi-objective process control in action.
Interactive Refinery Explorer
Explore the refinery optimization demo below — see multi-objective refinery control in action.