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Regarding the installation of a cooling water tank for the burner in case of an accident, some people say it isn’t very effective. If the pump used for cooling the burner stops operating, can the backup pump meet the flow requirements before a shutdown occurs as a result of the interlock mechanism?
It generally operates in an emergency situation to ensure system safety; its role is not visible, but it may be used once every ten years. Safety interlocks are essential, as are measures to ensure that there are no gases in the cooling water. . . . . . . . . . . . .
Although it’s used very rarely, it’s better to have it on hand just in case.
Vaporization furnaces are basically equipped with burner cooling water tanks – it’s standard! ! !
The accident burner cooling water tank is not the burner cooling water tank
It’s the accident burner cooling water tank; it’s usually located on the top floor of the gasification framework
It’s the same principle as the high-level oil tank in compressors! It ensures the safety of the burner to the greatest extent possible in case of a pump failure!!!!!!!!!!!!!
This post was last edited by wang06120325 on 2015-6-22 at 15:11. It is aimed at situations where one of the burner cooling water pumps fails to operate, while the other pump starts automatically; at that time, the pressure has not yet risen, so the emergency burner cooling water circuit is activated to prevent a water supply interruption during that period. If both burner cooling water pumps fail, this single water supply route won’t be able to maintain operation for very long. However, in terms of actual production conditions, the pumps designed for automatic startup are usually in a standby mode; once the signal indicating that a pump is running is lost, the pressure from the other pump can quickly rise, so generally the problem isn’t serious. Designing for accident water flow might be a safer approach. The high-level oil tank in the compressor ensures that there is lubricating oil available during the period from when the compressor shuts down due to an interlock mechanism until it comes to a complete stop, thereby preventing damage to the compressor during shutdown. After all, the purpose of such interlock mechanisms is to protect the equipment; if damage occurs while the compressor is shut down, then those mechanisms lose their protective function.:):):)
It is very necessary; the emergency burner cooling water tank serves as an additional safety measure. When the pressure at the outlet of the regular burner cooling water pump is not appropriate after it starts up automatically due to a interlock mechanism, the emergency burner cooling water pump comes into play