[Daily Question] 20161209 Fill-in-the-blank question: The air supply to the auxiliary combustion furnace is divided into two paths (easy question)……?
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This post was last edited by B0SS on 2016-12-9 at 20:42. It was created to enhance technical exchanges among users and liven up the atmosphere in the catalytic coking reforming forum; participating earns 4 points of wealth, while correct answers grant 10 points! ! ! It will be announced in two days that **no more scoring will be done. Fill-in-the-blank: The air supply to the auxiliary combustion furnace is divided into two paths, namely ( ) and ( ); ( ) enters the furnace chamber, while ( ) enters the jacket of the cylinder. During the startup and heating process, it is required that the temperature in the furnace chamber not exceed ( ) °C, and the temperature at the furnace outlet not exceed ( ) °C. The air supply to the auxiliary combustion furnace is divided into two streams, referred to as primary air and secondary air. The primary air enters the furnace chamber, while the secondary air enters the jacket of the cylinder. During the startup and heating process, it is required that the temperature in the furnace chamber not exceed 950°C, and the temperature at the furnace outlet not exceed 680°C. =============================
Primary air, secondary air, primary air, secondary air – 950 degrees, 680 degrees
There is primary air and secondary air: the primary air enters the furnace, while the secondary air enters the jacket of the cylinder. It is required that the furnace temperature not exceed 950°C, and the temperature at the furnace outlet not exceed 680°C.
Primary air, secondary air; primary air inlet, secondary air: 950, 680
The air supply to the auxiliary combustion furnace is divided into two streams, referred to as (primary air) and (secondary air). The (primary air) enters the furnace chamber, while the (secondary air) enters the jacket surrounding the cylinder. During the startup and heating process, it is required that the temperature in the furnace chamber not exceed (950)°C, and the temperature at the furnace outlet not exceed (650)°C.
Primary air, Secondary air, Primary air, Secondary air: 950, 800
Primary air ----- Secondary air ----- Primary air enters the furnace ----- Secondary air enters the cylinder jacket ------- 770 ---- 385
Primary air, secondary air, primary air, secondary air, 950,700
Primary air, secondary air, primary air, secondary air, 750℃, 500℃
Primary air and secondary air: the primary air enters the furnace, while the secondary air enters the jacket of the cylinder. The furnace temperature should not exceed 950°C, and the temperature at the furnace outlet should not exceed 680°C℃