2　基本规定

• 2.1　开采境界

• 2.2　资源/储量

• 2.3　设计生产能力

• 2.4　开拓运输方式和开采程序

3　开采工艺

• 3.1　一般规定

• 3.2　间断开采工艺

• 3.3　连续开采工艺

• 3.4　半连续开采工艺

• 3.5　拉斗铲倒堆开采工艺

• 3.6　其他开采工艺

• 3.7　穿孔爆破

4　内部运输

• 4.1　一般规定

• 4.2　卡车运输

• 4.3　带式输送机运输

• 4.4　铁路运输

5　排土场

• 5.1　一般规定

• 5.2　排土线规格

• 5.3　排弃方式及设备选择

7　地下水控制

• 7.1　一般规定

• 7.2　地下水控制方法

• 7.3　水文地质计算

• 7.4　设备及附属设施

• 7.5　过滤器

8　防水和排水

• 8.1　采掘场排水

• 8.2　地面防排水

9　生产系统

• 9.1　生产能力

• 9.2　破碎

• 9.3　储煤

• 9.4　装车

10　总平面布置

• 10.1　露天矿总布置

• 10.2　工业场地总平面布置

• 10.3　竖向设计及防洪排涝

• 10.4　场区道路

• 10.5　管线综合布置

11　机电设备维修

• 11.1　一般规定

• 11.2　机械设备维修

• 11.3　电气设备维修

• 11.4　库房

12　供配电

• 12.1　一般规定

• 12.2　供电电源

• 12.3　电压选择、电能质量及无功补偿

• 12.4　电力负荷

• 12.5　地面配电

• 12.6　采掘场和排土场配电

• 12.7　疏干、排水配电

• 12.8　生产系统和附属设施动力配电

• 12.9　电力牵引供电

• 12.10　过电压和接地

13　信息与自动化

• 13.1　一般规定

• 13.2　生产监控监测

• 13.3　信息管理

• 13.4　通信

• 13.5　有线电视系统

• 13.6　铁路信号

14　地面建筑、给排水与供热通风

• 14.1　地面建筑一般规定

• 14.2　破碎站

• 14.3　机头站（驱动站、转载站）、分流站

• 14.4　带式输送机栈桥或地道

• 14.5　毛煤储煤场

• 14.6　行政、公共建筑

• 14.7　水源

• 14.8　给水

• 14.9　消防

• 14.10　排水

• 14.11　采暖

• 14.12　通风

• 14.13　供热

15　节能减排与综合利用

• 15.1　一般规定

• 15.2　开拓与开采节能

• 15.3　供配电节能

• 15.4　总图运输节能

• 15.5　建筑节能

• 15.6　给水排水及暖通节能

• 15.7　减排及综合利用

16　环境保护

• 16.1　一般规定

• 16.2　污染防治

• 16.3　土地复垦及水土保持

附录C　初步可行性研究、可行性研究和初步设计资源/储量分类及计算

• C.1　详查地质报告为基础的初步可行性研究资源/储量分类及计算

• C.2　勘探地质报告为基础的初步可行性研究资源/储量分类及计算

• C.3　勘探地质报告为基础的可行性研究和初步设计资源/储量分类及计算

2 Basic requirements

• 2.1 Mining limits

• 2.2 Resources/reserves

• 2.3 Designed production capacity

3 Mining technology

• 3.1 General requirements

• 3.2 Intermittent mining technology

• 3.3 Continuous mining technology

• 3.4 Semi-continuous mining technology

• 3.5 Dragline casting mining technology

• 3.6 Other mining technology

• 3.7 Blasting hole drilling and blasting

4 Internal transportation

• 4.1 General requirements

• 4.2 Truck haulage

• 4.3 Belt conveying

• 4.4 Railroad transportation

5 Dump

• 5.1 General requirements

• 5.2 Size of dumping face

• 5.3 Dumping method and equipment selection

7 Groundwater control

• 7.1 General requirements

• 7.2 Method of groundwater control

• 7.3 Hydrogeological calculation

• 7.4 Equipment and affiliated facilities

• 7.5 Filter

8 Water prevention and drainage

• 8.1 Drainage in excavation site

• 8.2 Surface water prevention and drainage

9 Production system

• 9.1 Production capacity

• 9.2 Crushing

• 9.3 Coal stocking

• 9.4 Loading

10 General layout

• 10.1 General layout of surface mine

• 10.2 General layout of industrial site

• 10.3 Vertical design and flood prevention and drainage

• 10.4 Road in industrial site

• 10.5 Comprehensive layout of pipelines

11 Maintenance of mechanical and electrical equipment

• 11.1 General requirements

• 11.2 Maintenance of mechanical equipment

• 11.3 Maintenance of electrical equipment

• 11.4 Warehouses

12 Power supply and distribution

• 12.1 General requirements

• 12.2 Source of power supply

• 12.3 Selection of voltage，quality of power supply and reactive power compensation

• 12.4 Power load

• 12.5 Power distribution on surface

• 12.6 Power distribution to excavation site and dump

• 12.7 Power distribution to dewatering and pumping equipment

• 12.8 Power distribution to production system and affiliated facilities

• 12.Power supply to electric traction

• 12.10 Over voltage and earthing

13 Information and automation

• 13.1 General requirements

• 13.2 Production monitoring

• 13.3 Information management

• 13.4 Communication

• 13.5 Cable TV system

• 13.6 Railroad signal

14 Buildings on surface，water supply and drainage

• 14.1 General requirements

• 14.2 Crushing station

• 14.3 Head station（drive station，transfer station），distributing station

• 14.4 Trestle or underpass of belt conveyor

• 14.5 Stockyard of run-of-mine coal

• 14.6 Administrative and public buildings

• 14.7 Water source

• 14.8 Water supply

• 14.9 Fire fighting

• 14.10 Drainage

• 14.11 Heating

• 14.12 Ventilation

• 14.13 Heat supply

15 Energy conservation，emission-reduction and

• 15.1 General requirements

• 15.2 Energy conservation in development and mining

• 15.3 Energy conservation in power supply and distribution

• 15.4 Energy conservation in general layout and transportation

• 15.5 Energy conservation in architecture

• 15.6 Energy conservation in water supply and drainage and heat supply and ventilation

• 15.7 Emission reduction and comprehensive utilization

16 Environmental protection

• 16.1 General requirements

• 16.2 Pollution control

• 16.3 Reclamation and water and soil conservation

Appendix C Classification and calculation of resources/reserves in pre-feasibility study，feasibility study and preliminary design