Pavilion’s Process Perfecter software solution was the first commercially available dynamic, non-linear, multi-variable Model Predictive Controller (MPC) and is widely applied in a number of multi-variable manufacturing environments. Process Perfecter combines steady-state optimization with model predictive control to deliver an advanced process control solution capable of managing process setpoints and transitions.

Process Perfecter works for single and multi-unit problems and can easily scale to develop a consolidated control strategy for an entire process train. The non-linear capabilities of Process Perfecter make it applicable to even the most complex control problems. The steady-state solver provides move-by-move optimization of process variables.

Process Perfecter features variable dynamics, end-point, and path planning modes to enable production to tailor the operation of the unit to current business conditions. Our parametric approach to the process models means a lower lifecycle cost and reduced model maintenance while avoiding the black box approach to modeling.

Customer Benefits

Increased quality
Decreased process variability
Decreased process transition time
Increased production
Lower total cost of ownership (TCO)
Features

Non-linear MIMO modeling capabilities
Supports variable dynamics
End-point and path planning for trajectory control
Unmatched data preprocessing capabilities
Rich set-point and what-if simulation capabilities
Online, real-time, high availability
Fully integrated with existing distributed control systems and plant historians