Discussion on buffer tank issues
Thread Content
This post was last edited by kaminocmyhc on 2009-11-2 at 15:27. How many functions does the crude oil buffer tank have? And how to determine whether there is free water in the tank? Or explain to me what “clear water” is, and what phenomena are associated with its existence? Thank you
The crude oil buffer tank is used, of course, for buffering the feed flow, in order to smooth out any fluctuations in the incoming oil. Whether the oil contains water depends on the source from which it comes; if there is water in the upstream process, then the buffer tank needs to be designed with mechanisms for separating water from the oil. In the presence of free water, oil and water will separate into distinct layers within the tank, as oil and water are immiscible
The function of the buffer tank is to act as a buffer for the raw materials, thereby ensuring a steady supply of these materials, and it also removes the moisture contained in the raw materials! Thereby ensuring that the quality of the raw material feed meets the requirements!
A buffer tank, as the name implies, serves a buffering purpose; it ensures a continuous supply of raw materials in case of interruptions, preventing unnecessary shutdowns due to such interruptions. It also helps maintain a stable flow of raw materials by avoiding fluctuations caused by changes in the upstream supply. As for clear water, it is the water that is separated from oil. With a glass plate level gauge, it is possible to observe layering of the liquids, with the water located at the bottom.
:)I am very grateful to the original poster above; by reading your answers, I have gained some information
The functions of the crude oil buffer tank are: 1. Buffering incoming material, thereby addressing the issue of uneven supply and maintaining stable production； ⒉Dehydration and solid particles ensure a clean supply of raw materials. To determine whether there is free water in the tank: 1. Determine the presence of free water by checking the level indicated by the level gauge in the buffer tank ； ⒉Check for free water by draining at the lowest point ； Too much water in the raw material, or failure to remove excess water in a timely manner can also be determined as follows: ⒊ Check the current variation of the raw material pump to make a judgment ； ⒋It is determined by changes in the reaction conditions. Or explain to me what “clear water” is, and what phenomena are associated with its existence? Thank you