中华人民共和国住房和城乡建设部公告

前　　言

1　总　　则

2　术语和符号

• 2.1　术　　语

• 2.2　符　　号

3　基本规定

4　矿床地质

• 4.1　工业指标制定

• 4.2　选矿试样采取设计

• 4.3　资源储量估算

• 4.4　基建和生产勘探

5　水文地质

• 5.1　涌水量计算

• 5.2　地面和井下防水

• 5.3　矿床疏干

• 5.4　防渗帷幕

6　岩石力学

• 6.1　岩体质量分类和地应力计算

• 6.2　露天边坡角的选取及边坡稳定性监测

• 6.3　井下工程稳定性评价

7　露天开采

• 7.1　露天开采境界

• 7.2　露天矿山生产能力

• 7.3　基建与采剥进度计划

• 7.4　开拓运输

• 7.5　穿孔、爆破工艺

• 7.6　装载工艺

• 7.7　设备选择

• 7.8　排　土　场

• 7.9　硐室爆破

• 7.10　露天采场复垦

8　砂矿开采

• 8.1　水力开采

• 8.2　挖掘船开采

• 8.3　机械开采

9　地下开采

• 9.1　矿山生产能力

• 9.2　开采岩移范围和地面建筑物、构筑物保护

• 9.3　矿床开拓

• 9.4　空场采矿法

• 9.5　充填采矿法

• 9.6　崩落采矿法

• 9.7　凿岩爆破

• 9.8　回采出矿

• 9.9　基建与采掘进度计划

• 9.10　设备选择

10　露天与地下联合开采

• 10.1　露天与地下同时开采

• 10.2　露天转地下开采

• 10.3　地下转露天开采

11　矿井通风

• 11.1　通风系统

• 11.2　风量计算与分配

• 11.3　通风构筑物

• 11.4　坑内环境与气象

• 11.5　主通风装置与设施

12　充　　填

• 12.1　充填材料

• 12.2　充填能力计算

• 12.3　充填料制备站

• 12.4　充填料输送

13　竖井提升

• 13.1　提升设备选择与配置

• 13.2　主要提升参数的选取和计算

• 13.3　提升容器与平衡锤

• 13.4　提升钢丝绳及钢丝绳罐道

• 13.5　竖井提升装置

• 13.6　井口与井底车场

• 13.7　箕斗装载与粉矿回收

14　斜井（坡）提升

• 14.1　提升设备选择与配置

• 14.2　主要提升参数的选取与计算

• 14.3　提升容器与提升钢丝绳

• 14.4　斜井提升装置

• 14.5　斜井与车场连接

• 14.6　斜井或斜坡箕斗装载与粉矿回收

15　坑内运输

• 15.1　机车运输

• 15.2　无轨运输

• 15.3　带式输送机运输

16　压气设施

• 16.1　站址选择

• 16.2　设备选择与计算

• 16.3　站房布置

• 16.4　储　气　罐

• 16.5　空气压缩机冷却用水

• 16.6　压缩空气管网

17　破　碎　站

• 17.1　露天破碎站

• 17.2　井下破碎站

18　排水与排泥

• 18.1　露天矿排水

• 18.2　井下排水

• 18.3　井下排泥

19　索道运输

• 19.1　适用条件和主要设计参数

• 19.2　索道线路的选择与设计

• 19.3　索道的站址选择与站房设计

• 19.4　索道设备的选型与设计

本规范用词说明

引用标准名录

1　General provisions

2　Termsandsymbols

• 2.1　Terms

• 2.2　Symbols

3　Basic requirement

4　Deposit geology

• 4.1　Development of industrial index

• 4.2　Design of beneficiation test sampling

• 4.3　Resource and reserve estimation

• 4.4 Construction and production exploration

5　Hydrogeology

• 5.1　Water inflow calculation

• 5.2　Ground and underground water-proofing

• 5.3　Deposit drainage

• 5.4　Impervious curtain

6　Rock mechanics

• 6.1　Rock mass classification and ground stress calculation

• 6.2　Selection of open-pit slope angle and monitoring of slope stability

• 6.3　Evaluation of underground project stability

7　Open-pit mining

• 7.1　Open-pit mining boundary

• 7.2　Open-pit mine capacity

• 7.3　Schedule of construction,mining and stripping

• 7.4　Development and transportation

• 7.5　Drilling and blasting process

• 7.6　Loading process

• 7.7　Equipment selection

• 7.8　Waste dump

• 7.9　Chamber blasting

• 7.10　Open-pit reclaimation

8　Placer mining

• 8.1　Hydraulic mining

• 8.2　Dredger mining

• 8.3　Mechanical mining

9　Underground mining

• 9.1　Mine capacity

• 9.2　Range of mining rock massmovement and protection of ground buildings ＆ structures

• 9.3　Deposit development

• 9.4　Open stoping

• 9.5　Filling stoping

• 9.6　Caving mining

• 9.7　Drilling and blasting

• 9.8　Mined ore removal

• 9.9　Schedule of construction and mining

• 9.10　Equipment selection

10　Open-pit and underground combined mining

• 10.1　Open-pit and underground simultaneous mining

• 10.2　Transition from open-pit mining to undergroun dmining

• 10.3　Transition from underground mining to open-pit mining

11　Mine ventilation

• 11.1　Ventilation system

• 11.2　Air flow calculation and distribution

• 11.3　Ventilation structures

• 11.4　Undergound environment and atmosphere

• 11.5　Main ventilation device and installations

12　Filling

• 12.1　Filling material

• 12.2　Filling capacity calculation

• 12.3　Filling material preparation station

• 12.4　Filling material delivery

13　Shaft hoisting

• 13.1　Selection and configuration of hoisting equipment

• 13.2　Selection and calculation of main hoisting parameters

• 13.3　Hoisting container and balance weight

• 13.4　Hoisting steel rope and steel rope guide

• 13.5　Shaft hoisting device

• 13.6　Shaft head and shaft station

• 13.7　Skip loading and fine ore recovery

14　Inclined shaft（ramp）hoisting

• 14.1　Selection and configuration of hoisting equipment

• 14.2　Selection and calculation of main hoisting parameters

• 14.3　Hoisting container and hoisting rope

• 14.4　Inclined shaft hoisting device

• 14.5　Connection between the inclined shaft and shaft station

• 14.6　Inclined shaft or skip loading and fine ore recovery

15　Underground haulage

• 15.1　Locomotive haulage

• 15.2　Trackless haulage

• 15.3　Belt conveyer haulage

16　Air compression station

• 16.1　Site selection

• 16.2　Equipment selection and calculation

• 16.3　Station building layout

• 16.4　Air tank

• 16.5　Air compressor cooling water

• 16.6　Compressed air pipeline

17　Crushing station

• 17.1　Open-pit crushing station

• 17.2　Underground crushing station

18　Drainage and spoil disposal

• 18.1　Open-pit drainage

• 18.2　Underground drainage

• 18.3　Underground spoil disposal

19　Ropeway transportation

• 19.1　Applicable conditions and main design parameters

• 19.2　Selection and design of ropeway routing

• 19.3　Selection of ropeway site and design of station house

• 19.4　Ropeway equipment sizing and design

Explanation of wording in this code

List of quoted standards