Combustion management and burner control systems are control systems designed to optimize and manage the combustion processes used in a facility's heating or energy generation systems. These systems are designed to ensure that the combustion process occurs efficiently, safely, and stably.

Combustion Management: Combustion management involves a series of managerial and technical practices aimed at controlling and optimizing the combustion processes used in the energy generation or heating systems of a facility.
The goal is to ensure correct fuel-air mixture, control combustion temperatures, and increase combustion efficiency

Burner Control Systems: Burner control systems are automation systems designed to control and optimize the operational parameters of burners used in facilities. These systems monitor and regulate tasks such as overseeing the combustion process, adjusting fuel and air flows, controlling combustion temperatures, and implementing safety protocols.

These systems typically perform the following functions;
Fuel and Air Mixture Control: Ensuring a correct mixture of fuel and air.
Combustion Temperature Control: Maintaining temperatures within specified ranges during the combustion process.
Emission Control: Monitoring and controlling emissions in compliance with environmental regulations.
Safety Control: Implementing measures for explosion prevention and emergency shutdown.
Performance Monitoring: Continuous monitoring and reporting on the performance of the combustion process.

These systems are commonly used in energy plants, industrial furnaces, boilers, and other combustion applications. Effectively controlling and optimizing combustion processes increases energy efficiency, reduces costs, and minimizes environmental impacts.