世界有色金属2024,Issue(19) :166-168.

绿色勘查地质钻探一基多孔技术方法探索与技术应用

Exploration and application of green exploration geological drilling based on porous technology method

李朝东 雷少双 韦乐平
世界有色金属2024,Issue(19) :166-168.

绿色勘查地质钻探一基多孔技术方法探索与技术应用

Exploration and application of green exploration geological drilling based on porous technology method

李朝东 1雷少双 1韦乐平1
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作者信息

  • 1. 广西壮族自治区二七二地质队,广西 南宁 530000
  • 折叠

摘要

通过广西环江县北山矿区Ⅲ号矿带硫铁铅锌矿,补充勘探技术服务项目绿色勘查技术的研究与实践,从设计上探索了"一基多孔,一孔多支"技术;在施工方面,从钻机的选型、设备的搬迁、场地的建设、冲洗液的配置和管理以及场地的修复等方面,全面研究和探索了绿色勘查技术,得出个适合桂西南交通不便的山区、林地和山体相对独立,且具有陡峭的崖壁等可实施绿色勘查钻探流程,要从总体设计上采用先进的绿色勘查理念,减少地表勘查工程对植被的破坏.通过示范项目的实施形成,以点带面营造示范带动地质矿产勘查和工程地质勘查,将绿色勘查的成功经验逐步推广到以后的项目施工中.

Abstract

Through the research and practice of green exploration technology in the supplementary exploration technology service project of sulfur iron lead zinc ore in the No.Ⅲ mining area of Beishan mining area in Huanjiang County,Guangxi,the"one base porous,one hole multi branch"technology was explored from the design perspective;In terms of construction,comprehensive research and exploration have been conducted on green exploration techniques from the selection of drilling rigs,relocation of equipment,construction of sites,configuration and management of flushing fluids,and site restoration.A suitable green exploration drilling process has been developed for mountainous areas,forests,and mountains with inconvenient transportation in southwestern Guangxi,which are relatively independent and have steep cliffs.Advanced green exploration concepts should be adopted in the overall design to reduce the damage to vegetation caused by surface exploration projects.Through the implementation of demonstration projects,we aim to create demonstrations that drive geological and mineral exploration as well as engineering geological exploration,gradually promoting the successful experience of green exploration to future project construction.

关键词

固体矿产钻探/绿色勘查/便携式钻机/一基多孔

Key words

solid mineral drilling/Green survey/Portable drilling rig/One base porous

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出版年

2024
世界有色金属
有色金属技术经济研究院

世界有色金属

影响因子:0.138
ISSN:1002-5065
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