Carbon dioxide fracturing pipe explosion-release improving device and explosion-release method

Abstract

The invention discloses a carbon dioxide fracturing pipe explosion-release improving device and an explosion-release method, and belongs to the technical field of explosion. The device comprises a safety protection cover with the diameter larger than the diameter of an explosion release area, and an upper layer and a lower layer of a safety protection cover main body steel plate are wrapped with iron gauze; springs which are vertically upward and are equal in height are uniformly distributed and hung on the iron gauze on the upper layer of the steel plate, and wire gauze which is the same withthe safety protection cover in size is hung on the tops of the springs; a protection pipe which is hung on the lower portion of the steel plate through a hook and is vertically and downwards and reversely embedded in an explosion-release hole is hung on the iron gauze at the lower layer of the steel plate, a protection pipe main body is provided with an extending-out base, and the inner diameterof the protection pipe main body is slightly larger than the outer diameter of a carbon dioxide fracturing device; and a hook for hanging the iron gauze on the steel plate lower layer is arranged at the tail end, in the protection pipe, of the carbon dioxide fracturing device. According to the carbon dioxide fracturing pipe explosion-release improving device and the explosion-release method, a carbon dioxide fracturing pipe is vertically embedded in the explosion release area, safety protection performed before explosion release and rapid collection of repeatedly used parts obtained after explosion release are facilitated.

Description

technical field [0001] The invention belongs to the technical field of blasting, and in particular relates to an improved device for releasing an explosion of a carbon dioxide cracking tube and a method for releasing an explosion. Background technique [0002] Carbon dioxide cracking tube blasting belongs to physical blasting, the thermal reaction process is carried out in the inner cavity of the closed tube, low temperature blasting, the blasting ability is controllable, and the energy level can be set according to different use environments and objects; the carbon dioxide cracking tube has the characteristics of small blasting seismic waves, Few and close to the flying stones, less dust, easy to control, etc., the carbon dioxide emitted by the blasting will not produce sparks, and will not cause coal mine gas and coal dust explosion accidents, so it has a wide range of application prospects. However, it is necessary to ensure that the carbon dioxide cracking tube is vertic...

AI Technical Summary

Problems solved by technology

However, it is necessary to ensure that the carbon dioxide cracking tube is vertically buried in the hole every time the carbon dioxide cracking tube is used for detonation, but it is difficult to ensure that the tube body of the carbon dioxide cracking tube is absolutely vertical during actual burial; Both the protection and the excavation and collection of reusable carbon dioxide cracking tubes after the explosion require a lot of waste of manpower and material resources, and urgently need to be improved.

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