The energy-saving methods of industrial burner mainly include the following:

1, improve combustion efficiency: through optimizing the combustion process, reduce incomplete combustion and chemical incomplete combustion, and improve the complete degree of fuel combustion.

2. Reduce heat loss: take measures to reduce heat loss such as smoke exhaust, heat dissipation, and ash, such as the use of thermal insulation materials to improve the insulation performance of the furnace body.

3, the use of waste heat: the implementation of smoke exhaust waste heat reuse, such as the use of the transfer valve to achieve the purpose of energy saving heat storage burning mouth, through the heat storage ball to recover the heat from the kiln flue gas to preheat the air.

4, the use of efficient burner: the use of new energy saving and environmental protection combustion device, these burner usually have higher thermal efficiency and lower pollutant emissions.

5, control the combustion conditions: by adjusting the ratio of gas and air, as well as the pressure and temperature of the combustion chamber, to optimize the combustion conditions, reduce energy waste.

6, reduce nitrogen oxide emissions: such as two-stage combustion, flue gas cycle and concentration combustion technologies to reduce the generation of nitrogen oxide, these methods not only contribute to environmental protection, but also improve combustion efficiency.

To sum up, the energy saving of industrial burner is a system engineering, which needs to be comprehensively considered and optimized from many aspects. Through the above measures, energy consumption and environmental pollution can be significantly reduced while ensuring production efficiency.