We provide complete boiler O&M services including the deployment of trained boiler operators and supervisors. Our team manages daily boiler operations, safety compliance, performance monitoring and routine maintenance to ensure smooth and efficient boiler functioning.
Boiler Operations and Maintenance (O&M) at Tejaswi Renewable Energy provides industries with comprehensive, performance-driven management of steam-generation systems to ensure uninterrupted operations, optimal fuel efficiency and compliance with industrial safety and environmental standards.
This service covers all aspects of boiler functionality, including equipment monitoring, combustion optimization, preventive and predictive maintenance, safety inspections, performance analytics and round-the-clock technical support tailored to the demands of steam-intensive industrial environments.
The O&M framework begins with a detailed operational assessment of the client’s existing boiler system, evaluating steam-load patterns, fuel-consumption efficiency, heat-transfer characteristics, mechanical wear conditions and safety-performance metrics. Based on this evaluation, a customized maintenance strategy is developed incorporating both preventive schedules and real-time monitoring interventions.
These strategies are designed to reduce unplanned downtime, extend equipment lifespan, improve combustion stability and maintain consistent thermal performance essential for industrial production processes. Daily O&M activities include controlled startup and shutdown procedures, pressure and temperature regulation, feed-water treatment oversight, ash-handling management, soot-blowing cycles, combustion-air adjustments and real-time anomaly detection.
Fuel-feed calibration and burner–grate system optimization maintain consistent steam pressure while minimizing heat losses and emission spikes. Boiler operators utilize performance dashboards and data logs to track efficiency parameters, enabling quick corrective actions when deviations occur.
Preventive maintenance includes component inspections, refractory condition checks, lubrication schedules, pump and valve servicing, safety interlock verifications, instrumentation calibration and heat-exchanger cleaning. Predictive maintenance uses vibration analysis, temperature profiling, thermal-imaging diagnostics and sensor-based alerts to identify early signs of system fatigue or component failure. These predictive interventions significantly reduce breakdown frequency and operational risk.