Method for conveying large drilling grouting equipment

Abstract

The invention discloses a method for conveying large drilling grouting equipment, which comprises the following steps of: (1) disassembling and classifying the drilling grouting equipment; (2) selecting different conveying methods for different types of drilling grouting equipment; (3) assembling the drilling grouting equipment. The disassembled drilling grouting equipment is divided into three types of equipment, wherein the first type of equipment is single pieces with large sizes, the second type of equipment is single pieces with small sizes and large masses, the third type of equipment issingle pieces with long and thin length, and different methods for transportation, lowering and passing through a dock door are made according to different characteristics of the three types of equipment, the large drilling grouting equipment can be smoothly lowered into a well and the installation can be completed. A TSJ-2000 drilling rig and a 350 pump grouting pump are firstly used for construction in domestic. The large equipment is lowered and conveyed by adopting a blind vertical shaft method, the method has the advantages of high lowering speed, low cost and high stability, and important reference significance is provided for similar large equipment going down the shaft.

Description

technical field [0001] The invention relates to the technical field of drilling construction. Specifically, it is the delivery method of large-scale drilling and grouting equipment. Background technique [0002] With the rapid development of my country's national economy in recent years, the demand for mineral resources has increased dramatically. The supply of non-ferrous metals is becoming increasingly tight, while shallow and simple geological resources are gradually decreasing, and it is imperative to develop complex geological conditions and deep resources. The engineering volume of the shaft shaft only accounts for less than 10% of the total mine engineering volume, but its construction period accounts for 30% to 40% of the entire mine. It is the "throat" project of mine construction. key. [0003] In the process of shaft shaft construction, the probability of karst caves, large cracks, fault fracture zones, and fine cracks and pores exposed by deep shaft shafts is ...

AI Technical Summary

Problems solved by technology

[0003] In the process of shaft shaft construction, the probability of karst caves, large cracks, fault fracture zones, and fine cracks and pores exposed by deep shaft shafts is relatively high, so deep shaft shafts often expose a large amount of water inflow. When the inflow of water is greater than the drainage capacity of the pump, it will cause a well flooding accident [5]

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