Proactive maintenance using new-age technology

In the fast-evolving landscape of industrial operations, maintenance has emerged as a critical factor in ensuring smooth and uninterrupted production processes. Traditional maintenance methods, often reliant on scheduled inspections and reactive responses, have proven to be inadequate in preventing downtime and optimising asset utilisation. The article delves into predictive and preventive maintenance, their technological underpinnings and profound impact across various sectors.

- Ranjit Patil

Predictive Maintenance (PdM) and Preventive Maintenance (PM) are twin pillars that elevate manufacturing operations to an unprecedented level of productivity. While PM entails scheduled inspections and interventions to pre-empt equipment failures, PdM harnesses a sophisticated blend of sensors, data analytics and Machine Learning (ML) to forecast potential issues before they cascade into operational disruptions.

Maintenance maturity

Embracing the technological ecosystem

Central to the success of predictive and preventive maintenance in manufacturing is the intricate web of technologies driving this transformation:

• Industrial IoT and sensor fusion for condition monitoring: The convergence of IoT and sensors equips machines with the ability to communicate and share real-time data. Sensors embedded in machinery monitor temperature fluctuations, vibration patterns and energy consumption, offering real-time insights into equipment health. Real-time facility monitoring solutions are proven to play critical role in such scenarios.

• Data analytics and Big Data over Cloud: The proliferation of data from sensors and other sources demands expandable storage and robust analytics solutions. Cutting-edge cloud-based data analytics platforms process massive datasets to unveil patterns, anomalies and trends that hint at impending issues.