Daily Question (January 19)

(1) Maintain good combustion in the boiler to improve its efficiency； (2) Maintain normal steam temperature, steam pressure, and drum water level ； (3) Maintain qualified quality of saturated steam and superheated steam ； (4) Maintain the boiler’s evaporation rate to meet the needs of the steam turbine and heat consumers ； (5) Ensure the safe and economical operation of the boiler unit.

1. Maintain good combustion in the boiler to improve its efficiency. 2. Maintain normal steam temperature, steam pressure, and drum water level. 3. Maintain the qualified quality of saturated steam and superheated steam. 4. Maintain the boiler’s evaporation rate to meet the needs of the steam turbine and heat users. 5. Ensure the safe and economical operation of the boiler unit.

1. Meet the steam demand resulting from changes in external load, while ensuring the quality of the steam and maintaining the necessary steam parameters. 2. Reasonably control the ratio of air to fuel so that the fuel can ignite stably and burn properly, reducing various losses due to incomplete combustion and improving boiler efficiency. 3. Maintain an appropriate flame center position; the flame should fill the furnace properly to prevent burner damage, slag formation in the furnace, and overheating of the superheater tubes, thus ensuring the safe operation of the boiler.

: (1) Meet the steam demand resulting from changes in external load, while ensuring the quality of the steam and maintaining the necessary steam parameters. (2) Reasonably control the ratio of air to fuel so that the fuel can ignite stably and burn efficiently, reducing various losses due to incomplete combustion and improving the thermal efficiency of the boiler. (3) Maintain an appropriate flame center position; the flame should fill the furnace well, in order to prevent burner damage, slag formation in the furnace, and overheating of the superheater tubes. The steam temperature deviation should not exceed 30°C, and the flue gas temperature deviation should not exceed 50°C.

1. Meet the steam demand resulting from changes in external load, while ensuring the quality of the steam and maintaining the necessary steam parameters. 2. Reasonably control the ratio of air to fuel so that the fuel can ignite stably and burn properly, reducing various losses due to incomplete combustion and improving boiler efficiency. 3. Maintain an appropriate flame center position; the flame should fill the furnace properly to prevent burner damage, slag formation in the furnace, and overheating of the superheater tubes, thus ensuring the safe operation of the boiler.

Combustion control is one of the tasks that is adjusted frequently and importantly during boiler operation. Combustion control largely determines the economic efficiency of boiler operation and the stability of steam parameters. The main tasks of combustion control are: 1. To meet the steam demand resulting from changes in external load, while ensuring the quality of the steam and maintaining the necessary steam parameters. 2. Reasonably control the ratio of air to fuel so that the fuel can ignite stably and burn properly, reducing various losses due to incomplete combustion and improving boiler efficiency. 3. Maintain an appropriate flame center position; the flame should fill the furnace properly to prevent burner damage, slag formation in the furnace, and overheating of the superheater tubes, thus ensuring the safe operation of the boiler.

1. Meet the steam demand resulting from changes in external load, while ensuring the quality of the steam and maintaining the necessary steam parameters. 2. Reasonably control the ratio of air to fuel so that the fuel can ignite stably and burn properly, reducing various losses due to incomplete combustion and improving boiler efficiency. 3. Maintain an appropriate flame center position; the flame should fill the furnace properly to prevent burner damage, slag formation in the furnace, and overheating of the superheater tubes, thus ensuring the safe operation of the boiler.

Combustion control is one of the tasks that is adjusted frequently and importantly during boiler operation. Combustion control largely determines the economic efficiency of boiler operation and the stability of steam parameters. The main tasks of combustion control are: 1. To meet the steam demand resulting from changes in external load, while ensuring the quality of the steam and maintaining the necessary steam parameters. 2. Reasonably control the ratio of air to fuel so that the fuel can ignite stably and burn properly, reducing various losses due to incomplete combustion and improving boiler efficiency. 3. Maintain an appropriate flame center position; the flame should fill the furnace properly to prevent burner damage, slag formation in the furnace, and overheating of the superheater tubes, thus ensuring the safe operation of the boiler.

Combustion control is one of the tasks that is adjusted frequently and importantly during boiler operation. Combustion control largely determines the economic efficiency of boiler operation and the stability of steam parameters. The main tasks of combustion control are: 1. To meet the steam demand resulting from changes in external load, while ensuring the quality of the steam and maintaining the necessary steam parameters. 2. Reasonably control the ratio of air to fuel so that the fuel can ignite stably and burn properly, reducing various losses due to incomplete combustion and improving boiler efficiency. 3. Maintain an appropriate position for the flame center; the flame should fill the furnace properly to prevent damage to the burner, slag formation in the furnace, and overheating of the superheater tubes, thus ensuring the safe operation of the boiler

1. Meet the steam demand resulting from changes in external load, while ensuring the quality of the steam and maintaining the necessary steam parameters. 2. Reasonably control the ratio of air to fuel so that the fuel can ignite stably and burn properly, reducing various losses due to incomplete combustion and improving boiler efficiency. 3. Maintain an appropriate flame center position; the flame should fill the furnace properly to prevent burner damage, slag formation in the furnace, and overheating of the superheater tubes, thus ensuring the safe operation of the boiler.