Introduction
Industrial burners are a key element of the heating system and technological processes where high temperature and efficiency of fuel combustion are required. Choosing the right burner depends not only on the boiler room's performance, but also on fuel economy, equipment reliability, and environmental friendliness. You can find reliable burners on the website isk-ro.ru .
There are dozens of types of burners on the market today — gas, diesel, combined, modulated, and block burners. To understand this diversity, you need to understand how they work, how they work, and how to choose the best option for your boiler.
What is an industrial burner and why is it needed?
A burner is a device that provides a mixture of fuel with air and its subsequent combustion. The main task is to convert the chemical energy of the fuel into thermal energy as efficiently as possible.
Industrial burners are used in:
- heating boilers and heat generators;
- drying plants;
- furnaces and industrial heaters;
- boilers and hot water supply systems.
The main requirements for industrial burners are high efficiency, reliability and flame stability. Modern models are equipped with automation that regulates the supply of gas and air, monitors the temperature and prevents emergencies.
Industrial burner device
To properly select and maintain a burner, it is useful to know its main components.
Many modern models are equipped with an automatic modulation system that allows you to change the burner power depending on the temperature and the needs of the facility. This increases efficiency and reduces fuel consumption by up to 20-30%.
The principle of operation of an industrial burner
The process of operation of an industrial burner can be described in several stages:
- Air supply. A fan pumps air into the mixing chamber.
- Fuel supply. Fuel is supplied under pressure through a nozzle or a gas ramp.
- Mixing. Air and fuel form a combustible mixture of optimal proportions.
- Ignition. The electrode initiates ignition, and the mixture ignites.
- Flame stabilization. The automatic control system regulates the supply of air and fuel, keeping the flame stable.
- Security control. Flame, pressure and temperature sensors turn off the burner in case of deviations from the norm.
Modern industrial burners can operate in three main modes:
- Single—stage (on/off) is a simple and inexpensive option.
- Two—stage - operation in 50% and 100% power modes.
- Modulated
