Is there any relationship between the height and diameter of a 30,000 cubic meter gasoline storage tank, or are there any design requirements?
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Is there any relationship between the height and diameter of a 30,000 cubic meter gasoline storage tank, or are there any design requirements?
There must be a relationship; there should be a height-to-diameter ratio
Generally speaking, the height of the cylinder in a storage tank design should not exceed its diameter, so that the tank can be placed steadily directly on the foundation.
Large storage tanks are often short and stout, with a height that is less than their diameter; this helps to reduce material usage and makes it easier to construct the foundation.
For a storage tank with a capacity of 30,000 cubic meters, the diameter is usually between 46 and 48 meters, while a height of around 20 meters is sufficient
Firstly, on the premise of meeting the overall layout requirements, the diameter-to-height ratio is related to the economic efficiency of tank construction costs and the strength of the tank walls. Given a constant volume, there should be a specific diameter-to-height ratio that offers the best economic efficiency relative to the tank body.
If you check reference books, you’ll see that except where space is limited, everyone makes the tanks quite bulky and tall; as a result, the fire dikes around those tank areas have to be very large.