Blog

Control system obsolescence can threaten plant reliability as spare parts become scarce, OEM support declines, and critical technical knowledge disappears. Learn how to recognize warning signs, assess operational risks, and develop a proactive modernization roadmap that minimizes downtime and protects long-term performance.

Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT) are critical checkpoints that help verify control system performance before shipment and after installation. Learn how these complementary tests reduce project risk, prevent costly delays, and support a successful startup.

A control system decision can shape how your turbomachinery is maintained, upgraded, and supported for decades. Learn how open architecture can reduce vendor dependence, simplify modernization, and give plant teams greater control over their equipment’s future.

Better HMI design helps turbomachinery operators identify problems faster, reduce alarm fatigue, and make better decisions under pressure. Learn how alarm management, visual hierarchy, trend data, and intuitive navigation can improve control-room response.

Control system commissioning verifies that installed automation equipment, software, instrumentation, and operator interfaces perform as intended before startup. This guide explains loop checks, acceptance testing, tuning, operator validation, and the steps that help reduce startup risk.

Control panels operating in harsh industrial environments must withstand heat, vibration, moisture, dust, corrosion, and demanding field conditions without compromising reliability. Learn the key design factors reliability teams should evaluate to improve performance, maintainability, and long-term equipment life.