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What do effective length and effective height of the carbonization chamber mean? ?
The effective length and width of the carbonization chamber refer to the length and height of the chamber after coal is loaded
In simple terms, the effective length of the space utilized in the carbonization chamber is actually the hot-length of the chamber minus the thickness of the lining bricks at both ends that lead into the chamber. As for the effective height, it refers to the height of the coal cake, up to its top
It refers to the area within the coal loading line of the carbonization chamber; vertically, it accounts for the reduction in the height of the furnace roof, which is generally 300-350
The guy on the 4th floor is right; it’s mainly used to calculate the mass of the coal briquettes
Effective length of the carbonization chamber = Total length of the carbonization chamber – Thickness of the furnace door lining bricks × 2. Effective height = Total height of the carbonization chamber – Height of the space above the furnace roof. The effective length, width, and height of the carbonization chamber are essentially the length, width, and height of the coal cake.
The effective length and effective height of the carbonization chamber are defined in relation to the total length and total height of the chamber. What was mentioned earlier referred to coal cakes in a rammed coke oven; I think it is more accurate to put it that way. The effective length of the carbonization chamber is the length within which coal can be placed, while the effective height is the height within which coal can be stored.
:Lol, I have a different opinion. I agree with the 7th floor regarding the effective length, but I don’t think the effective height should be that way – isn’t the space above the furnace not considered part of the usable area? Then why leave it at around 300? In fact, the key is to determine the appropriate reference point; I’m not sure if this makes sense: lol