Resending 【One Question per Day】12.12 Fill-in-the-blank question: The purpose of using atomized steam in the heating furnaces of atmospheric and vacuum distillation units
Thread Content
Fill-in-the-blank question: The purpose of using atomized steam in the heating furnaces of atmospheric and vacuum distillation units is to ensure thorough atomization of the fuel oil, so that it can burn completely upon contact with air. Correct answer = +2; In-depth discussion = +5
Fully combusts the fuel after atomization, protecting the nozzle
Utilize the impact and stirring action of steam. Ensure complete combustion of the fuel
By utilizing the impact and stirring action of steam, the fuel oil is sprayed in a mist form, where it mixes thoroughly with air to facilitate combustion
Only the author can see systems such as the fuel oil and atomized steam control system, as well as the flue gas and air control system; these systems help improve the thermal efficiency of the heating furnace. When the steam injected through the fire extinguishing steam pipe is not sufficient, atomized steam can be used to be injected into the furnace from the burner
The purpose of using atomized steam is to utilize the impact and mixing action of the steam to spray the fuel oil in a mist form, allowing it to mix thoroughly with air for complete combustion
By utilizing the impact and stirring action of steam, the fuel oil is sprayed in a mist form and mixed thoroughly with air to achieve complete mixing.
The purpose of using atomized steam in the heating furnaces of atmospheric and vacuum distillation units is to utilize the impact and mixing action of the steam to spray the fuel oil in a mist form, allowing it to mix thoroughly with air for complete combustion.
Nebulized fuel oil facilitates combustion and prevents poor burning in the burner or coking of the burner
The purpose of using atomized steam in a heating furnace is to utilize the impact and mixing action of the steam to spray the fuel oil in a mist form, allowing it to mix thoroughly with air for complete combustion.