Combustion Control Systems
Optimizing efficiency, safety, and emissions compliance through advanced automation.
Why Combustion Control Matters
Modern industrial burner performance hinges on advanced combustion controls that optimize efficiency, safety, and emissions compliance. Effective control systems manage modulation, fuel delivery, air supply, and real-time monitoring—critical for both steady-state operations and dynamic load changes.
Key Control System Components
Burner Automation & Safety
Burner Management Systems (BMS)
Centralized safety logic that ensures proper startup, operation, and shutdown sequences, preventing unsafe combustion conditions.
Safety Instrumented Systems (SIS)
Redundant safety layers to handle critical shutdowns and interlocks.
Air-Fuel Ratio & Modulation
Advanced systems use electronic sensors and actuators to continuously adjust the air-fuel ratio, providing:
- Improved combustion efficiency
- Lower fuel costs
- Adaptability to load variation
Integrated Digital Combustion Architecture
These systems not only ensure safe and efficient combustion but also provide actionable insights through data analytics and performance optimization workflows.
- Modular and fault tolerant
- Capable of complex logic sequencing
- Integrated with enterprise systems (SCADA / PKS)
Benefits of Advanced Combustion Control
| Capability | Value |
|---|---|
Improved Efficiency | Reduces fuel use and operational cost |
Enhanced Safety | System interlocks prevent unsafe operating states |
Emission Reduction Support | Better control enables low-NOx strategies |
Remote Monitoring | Predictive maintenance & system visibility |
Low-NOx & Emission Reduction Technologies
Exploring how staged combustion, flue gas recirculation (FGR), and lean premixed techniques help meet modern environmental standards while maintaining high thermal performance.