Local-slippage construction method of furnace column

Abstract

The invention provides a local-slippage construction method of a furnace column. The local-slippage construction method of the furnace column comprises the following steps of: moving the furnace column towards the outer side; supporting a heightening column at the upper end of the furnace column for installing a coke oven shed, wherein an end enclosure plate is welded at each of the upper end head of the furnace column and the lower end head of the heightening column, respectively, the two end enclosure plates are superposed together and long slide slots of the same size are arranged on a plurality of corresponding positions on the two end enclosure plates, and bolts penetrate through the slide slots for locking and fixing; dismounting protective plates and modifying the inner part of the coke oven; mounting the protective plates; loosening the bolts penetrating through the slide slots, moving the furnace column towards the inner side, so that the furnace column is resisted against the protective plate, and applying force towards the outer side at the bottom end of the heightening column for enabling the heightening column to be erected. The local-slippage construction method of the furnace column can be used for preventing the coke oven shed from being dismounted repeatedly and can be used for completing some process of dismounting the protective iron pieces before normal construction, so that the working period is saved and the cost is lowered.

Description

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AI Technical Summary

Benefits of technology

This technology saves time by making certain components that can be installed faster than traditional methods like welding or bolting them together more efficiently.

Problems solved by technology

This technical problem addressed in this patented text relates to improving the designing process during coal tar oil (C) manufacturing processes where high temperature environments exist around industrial facilities such as coking plants or power generation systems. These areas may experience water damage due to heavy precipitation caused by rainfalls over populated regions containing large amounts of moisture. Additionally, these locations often require maintenance work before being built into buildings because they lack sufficient space to accommodate permanent structures like tunnels. Existing methods have limitations when applied at those sites, making them difficult to use safely without causing significant delays while also reducing costs associated with building materials needed.

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