Volatile communication structure for end furnace chambers of carbon secondary roasting furnace

Abstract

The invention discloses a volatile communication structure for end furnace chambers of a carbon secondary roasting furnace. The structure comprises the carbon secondary roasting furnace; both ends of the carbon secondary roasting furnace are provided with a volatile communication device; and ends of various bins of the end furnace chambers are provided with bin volatile passageways, and volatile passageway branch pipes used for connecting the volatile communication device and the bin volatile passageways. The structure has the advantages that the structure can make volatile produced in the bins of a downstream furnace chamber collected into the volatile communication device under the condition of basically same negative pressure and resistance. The condensation phenomenon of the volatile cannot appear in a pipeline, and the smoothness of the flow of the volatile is ensured during the operation across the central line of the furnace. The temperature of the furnace chambers and the bins in a flame system has even distribution, which is favorable for improving the quality of secondary roasting. The structure effectively avoids the pressure jump in the related bins, and is favorable for guaranteeing the personal safety of operation personnel.

Description

Technical field [0001] The invention relates to a carbon secondary roasting furnace in the field of graphite electrode production, in particular to a volatile component connection structure at the end of the carbon secondary roasting furnace. Background technique [0002] When the flame system of the carbon secondary roasting furnace runs to one end of the furnace and needs to operate across the center line of the furnace, in addition to the flue gas flow direction in the system must be turned 180° through the communicating fire channel, the volatile flow direction also needs to be changed accordingly , In order to ensure that a large amount of volatile matter generated by the secondary roasting can smoothly enter the fire channel of the high-temperature furnace chamber to burn. [0003] The existing carbon secondary roasting furnace, whose volatile matter flows across the center line of the furnace, generally uses a dedicated channel with a shut-off valve at the end of the furna...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the above-mentioned technical problems, the present invention provides a volatile matter communication structure at the end furnace chamber of a carbon secondary roasting furnace. Condensation of volatiles occurs in the dedicated channel for volatiles, the amount of volatiles entering each material box in the upstream furnace chamber is uneven, and there are potential safety hazards in some material boxes in the end furnace chamber

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