Flue gas control system

Flue gas control system — is a set of equipment and sensors designed to monitor and analyze the composition of flue gases coming from boilers, furnaces or other heating installations. The main purpose of such a system is to ensure safe and efficient operation of heating equipment, minimize emissions of harmful substances into the atmosphere and improve the overall energy efficiency of the system.

Flue Gas Control System: Main Functions and Components

1. Measurement of flue gas composition: The control system includes sensors that measure the concentration of various components in the flue gases, such as carbon dioxide (CO2), oxygen (O2), carbon monoxide (CO), nitrogen oxides (NOx), sulfur dioxide (SO2) and others. This data helps to evaluate the efficiency of fuel combustion.
2. Regulation of the combustion process: Based on sensor readings, the control system can adjust the air and fuel supply to optimize the combustion process. This helps reduce emissions and improve the efficiency of the boiler or furnace.
3. Prevention of environmental pollution: Flue gas monitoring systems allow timely detection of increased concentrations of harmful substances and take measures to reduce them. This is especially important for industrial boiler houses and large heating systems, which can significantly affect the environmental situation.
4. Operational safety: The control system may include functions for alerting about exceeding permissible levels of harmful gases. In case of detection of dangerous concentrations, the system may automatically switch off the equipment or give an alarm signal to prevent emergency situations.
5. Documentation and reporting: Modern flue gas monitoring systems are equipped with the ability to record and store equipment operation data. This data can be used to generate reports necessary to comply with environmental regulations and standards.

Application:

• Industrial boiler houses: In such installations, a flue gas monitoring system is mandatory to comply with environmental standards and maintain safe operation.
• Commercial and residential buildings: Large residential and commercial buildings with central heating can also use such systems to improve energy efficiency and reduce environmental impact.
• Power plants: In power plants and other energy facilities, flue gas control systems help optimize energy production and reduce harmful emissions.

The flue gas control system is an important element of modern heating and energy installations, ensuring not only the efficient operation of the equipment, but also the protection of the environment from harmful emissions. Thanks to such systems, it is possible to achieve high energy efficiency rates and compliance with environmental standards.