国家能源局　公告

前言

1　总　则

2　术　语

3　基本规定

4　荷　载

• 4.1　一般规定

• 4.2　屋面、楼（地）面活荷载

• 4.3　设备与管道荷载

• 4.4　吊车荷载

• 4.5　风、雪荷载

• 4.6　温度作用

5　主厂房

• 5.1　一般规定

• 5.2　钢筋混凝土主厂房

• 5.3　钢结构主厂房

• 5.4　常规岛第一跨

• 5.5　常规岛主厂房防甩击结构

• 5.6　常规岛主厂房地下室

• 5.7　屋面结构

• 5.8　外墙结构

• 5.9　煤　斗

• 5.10　吊车梁

• 5.11　锅炉电梯井结构

6　地基与基础

• 6.1　一般规定

• 6.2　地基计算

• 6.3　软弱地基

• 6.4　山区地基

• 6.5　湿陷性黄土地基

• 6.6　盐渍土地基

• 6.7　基　础

• 6.8　地下沟道

7　动力机器基础

• 7.1　一般规定

• 7.2　汽轮发电机框架式基础

• 7.3　燃气轮机基础

• 7.4　汽轮发电机弹簧隔振基础

• 7.5　辅助机器基础

8　燃料及灰渣贮运建（构）筑物

• 8.1　一般规定

• 8.2　卸煤建（构）筑物

• 8.3　运煤栈桥

• 8.4　碎煤机室及转运站

• 8.5　贮煤筒仓

• 8.6　干煤棚

• 8.7　封闭煤场

• 8.8　干灰库

• 8.9　燃油建（构）筑物

9　烟　囱

• 9.1　一般规定

• 9.2　烟囱防腐蚀措施

• 9.3　防腐型单筒式烟囱结构体系

• 9.4　套筒式和多管式烟囱结构体系

• 9.5　钢筋混凝土异形烟囱和钢烟囱

10　直接空冷平台结构

• 10.1　一般规定

• 10.2　荷　载

• 10.3　平台结构

• 10.4　风机桥架

• 10.5　构造措施

11　管道支架

• 11.1　一般规定

• 11.2　荷　载

• 11.3　结构计算

12　其他建（构）筑物

• 12.1　电气建（构）筑物

• 12.2　其他生产辅助建（构）筑物

13　抗震设计

• 13.1　一般规定

• 13.2　地基与基础

• 13.3　地震作用和结构抗震验算

• 13.4　钢筋混凝土结构主厂房

• 13.5　钢结构主厂房

• 13.6　烟　囱

• 13.7　直接空冷平台结构

• 13.8　其他建（构）筑物

• 13.9　主厂房抗震性能设计

• 13.10　消能减震设计

附录A　干煤棚及圆形封闭式煤场风荷载体型系数

附录B　钢筋混凝土结构节点计算与构造

附录C　施工及使用过程沉降观测

附录D　钢筋混凝土烟囱筒壁洞口强度计算

附录E　管道支架荷载计算

• E.1　风荷载计算

• E.2　冰雪荷载计算

• E.3　管道荷载计算

• E.4　管道上的水平荷载作用点

附录F　主厂房抗震性能设计目标及方法

附录G　消能部件

本标准用词说明

引用标准名录

修订说明

1　General provisions

2　Terms

3　General requirements

4　Load

• 4.1　Basic requirements

• 4.2　Live loads on roofs and floors

• 4.3　Equipment and piping loads

• 4.4　Crane loads

• 4.5　Wind loads and snow loads

• 4.6　Thermal action

5　Main building

• 5.1　Basic requirements

• 5.2　Reinforced concrete main building

• 5.3　Steel structure main building

• 5.4　First span of conventional island

• 5.5　Pipe whip restraint of conventional islands main building

• 5.6　Basement of conventional island main building

• 5.7　Roof building

• 5.8　Outside wall structures

• 5.9　Bunker

• 5.10　Crane girder

• 5.11　Elevator frame of the boiler

6　Ground and foundation

• 6.1　Basic requirements

• 6.2　Caculation of ground

• 6.3　Soft soil foundation

• 6.4　Foundation in mountaineous regions

• 6.5　Collapsible loess foundation

• 6.6　Saline soil foundation

• 6.7　Foundations

• 6.8　Trench

7　Building of fuel handling and ash handling

• 7.1　Basic requirements

• 7.2　Turbine generator frame foundation

• 7.3　Gas turbine foundation

• 7.4　Turbine generator spring vibration isolating foundation

• 7.5　Auxiliary machine foundation

8　Building of fuel handling and ash handling

• 8.1　Basic requirements

• 8.2　Coal unloading building

• 8.3　Coal trestle and conveyor gallery

• 8.4　Crusher room and transfer station

• 8.5　Coal silo

• 8.6　Enclosed-coal yard

• 8.7　Dry-coal shed

• 8.8　Fly ash silo

• 8.9　Fuel oil store building

9　Chimney

• 9.1　Basic requirements

• 9.2　Corrosion protection for chimney

• 9.3　Anticorrosive single tube chimney structure system

• 9.4　Tube-in-tube chimney and multi-flue chimney structure system

• 9.5　Reinforced concrete special-shaped chimney and steel chimney

10　Direct air-cooling platform structure

• 10.1　Basic requirements

• 10.2　Load

• 10.3　Platform structure

• 10.4　Fan bridge

• 10.5　Structural measures

11　Pipeline rack

• 11.1　Basic requirements

• 11.2　Load

• 11.3　Structural calculation

12　Other buildings

• 12.1　Electrical building

• 12.2　Other auxiliary production building

13　Seismic design

• 13.1　Basic requirements

• 13.2　Ground and foundation

• 13.3　Earthquake action and seismic checking for structures

• 13.4　Main building of reinforced concrete structures

• 13.5　Main building of steel structures

• 13.6　Chimney

• 13.7　Direct air-cooling platform structure

• 13.8　Other building

• 13.9　Main building seismic design

• 13.10　Energy dissipation and damping design

Appendix A　Shape factor of wind load for Dry coal-shed and circular closed coal-yard

Appendix B　Calculation and details for joint of reinforced concrete structures

Appendix C　Deformation observation of building during construction period and the services time

Appendix D　Calculation of section load-bearing capacity on holes of reinforced concrete chimney cyclinder wall

Appendix E　Load calculation for pipeline rack

Appendix F　Seismic performance design objective and method of main building

Appendix G　Energy dissipation component

Explanation of wording in this standards

List of quoted standard