-
Efficient combustion and high energy utilization rate:Advanced combustion technology: RIELLO burners adopt advanced combustion technology, which can fully combust fuel and efficiently convert chemical energy into thermal energy. In the power generation process, this means that less fuel can be used
-
I. Thermal power generationBoiler combustionIn thermal power plants, industrial burners are mainly used for boiler combustion. By burning fuels such as coal, oil, and natural gas, high-temperature and high-pressure steam is generated to drive a steam turbine to generate electricity. The performance
-
I. Thermal power generationBoiler combustionIn thermal power plants, industrial burners are mainly used for boiler combustion. By burning fuels such as coal, oil, and natural gas, high-temperature and high-pressure steam is generated to drive a steam turbine to generate electricity. The performance
-
I. Heating of chemical reactorsPromote reaction progressIn chemical production, many chemical reactions can only proceed efficiently under specific temperature conditions. Industrial burners can provide a stable high-temperature heat source, quickly raising the temperature inside the chemical reacto
-
I. Heating of chemical reactorsPromote reaction progressIn chemical production, many chemical reactions can only proceed efficiently under specific temperature conditions. Industrial burners can provide a stable high-temperature heat source, quickly raising the temperature inside the chemical reacto
-
I. Metal smeltingSteel productionIn the steelmaking process, industrial burners are used to heat blast furnaces. The high-temperature flame generated by the burner can cause iron ore to react with reducing agents such as coke at high temperatures and be reduced to molten iron. Precise control of the
