2　火炸药工艺节能设计

• 2.1　一般规定

• 2.2　火炸药生产工艺

• 2.3　工艺布置

• 2.4　工艺主要耗能装置和设备

3　建筑及建筑热工节能设计

• 3.1　一般规定

• 3.2　围护结构热工设计

4　给水、排水系统节能设计

• 4.1　一般规定

• 4.2　给水系统

• 4.3　循环冷却水系统

• 4.4　排水及废水处理系统

5　采暖、通风和空气调节系统节能设计

• 5.1　一般规定

• 5.2　采暖系统

• 5.3　通风系统

• 5.4　空气调节系统

6　动力系统节能设计

• 6.1　一般规定

• 6.2　动力站房及系统

• 6.3　动力管道及其保温、保冷

7　电气系统节能设计

• 7.1　一般规定

• 7.2　供配电系统

• 7.3　变压器选择

• 7.4　电气设备及控制

• 7.5　照明系统

附录A　火炸药工厂设计综合能耗计算方法

• A.1　一般规定

• A.2　综合能耗计算

2　Energy saving in propellant and explosive process design

• 2.1　General requirements

• 2.2　Process of propellant and explosive production

• 2.3　Process iayout

• 2.4　Main energy consumption apparatus and equipments ofprocess

3　Energy saving in building and thermal design

• 3.1　General requirements

• 3.2　Building envelope thermal design

4　Energy saving in water supply and drainagedesign system

• 4.1　General requirements

• 4.2　Water supply system

• 4.3　Circulating cooling water system

• 4.4　Water drainage system and waste water treatmentsystem

5　Energy saving in HVAC design system

• 5.1　General requirements

• 5.2　Heating system

• 5.3　Ventilation system

• 5.4　Air conditioning system

6　Energy saving in power engineering design system

• 6.1　General requirements

• 6.2　Power engineering station and system

• 6.3　Pipe of power engineering，and its heat insulation andcold insulation

7　Energy saving in electricity design system

• 7.1　General requirements

• 7.2　Power supply and distribution system

• 7.3　Selection of transformer

• 7.4　Electrical equipments and control

• 7.5　Lighting system

Appendix A　Calculation method of comprehensive energyconsumption in design of propellant andexplosive plant