A clear baseline
Map the equipment, control architecture, recurring stops and current operating constraints before recommending new technology.
Give your production team more control over the line.
From a troublesome machine to a wider controls upgrade, start with the process, the failure modes and the people who keep production moving.
Discuss this serviceProduction equipment often works in isolation. Operators rely on workarounds, recurring faults are difficult to trace, and a controls change can create a new problem downstream. An automation project needs to account for the whole production process.
Map the equipment, control architecture, recurring stops and current operating constraints before recommending new technology.
Document PLC, HMI and SCADA requirements, interfaces, alarm priorities and the acceptance criteria for each change.
Plan testing, shutdown windows, recovery procedures and operator handover around the realities of an operating plant.
For Nigerian plants, review power quality, restart behaviour, spare-parts availability, connectivity and maintenance capability early. The right design is one that the team can operate and support after commissioning.
Not necessarily. Begin with an assessment of existing controls, supportability, process limitations and risk. Targeted changes may be more appropriate than a complete replacement.
Production windows, access constraints and rollback requirements should be part of the project scope. The delivery plan is agreed after the equipment and risks are understood.
Tell us what is happening on your factory floor.
We’ll start with the right questions.