OUR SERVICES
Practical engineering from the first performance assessment to implementation in your plant.
FOUR DISCIPLINES / ONE INTEGRATED APPROACH
The four petals of our X represent
the core pillars of our consulting.
Find the gap between current operation and what your control system can deliver.
Review loop behaviour, plant data and operating constraints to identify where control performance is limiting production. Prioritise the improvements that matter to your operation.
Discuss your operationMake complex processes more stable, responsive and productive.
Develop control strategies and process models around the way your plant actually behaves. Bring simulation, data modelling and practical implementation together.
Discuss your operationTurn process understanding into better operating decisions.
Use model-based optimisation to anticipate process response and work within operating constraints. Align control objectives with throughput, recovery and product quality.
Discuss your operationGive your automation investment a clear direction.
Connect business priorities with a practical process control roadmap. Define where to focus, how to implement and how to evaluate the value delivered.
Discuss your operationFROM CONCEPT TO OPERATION
Define the objectives and develop the control approach.
Test process response and control behaviour before implementation.
Integrate and commission within the plant control environment.
Assess performance against the operating and business objectives.
APPLICATION AREAS
Select an area to explore
the engineering focus.
Control and optimisation for SAG mills, ball mill circuits and grinding systems, including supervisory control and cyclone pressure control.
Discuss a grinding applicationAdvanced control for flotation circuits, thickeners and other solid–liquid and solid–solid separation processes.
Discuss a separation applicationUnderstand how process constraints affect plant utilisation, and connect control priorities to material flow through the operation.
Explore DYNMICAModel-based control strategies for reduction cells, developed around process behaviour and the operating objective.
Discuss a reduction cell application
THE NEXT OPPORTUNITY