CGA H-5-2008
批量氢气供应系统用安装标准
Installation standards for bulk hydrogen supply systems
CGA H-5-2008 发布历史
Two types of bulk hydrogen supply systems are covered in this document: liquid and gaseous. A bulk gas hydrogen supply system is one that contains greater than 5000 scf (141.6 m) of hydrogen. A bulk liquid supply system is one that contains greater than 500 gal (1890 L) of hydrogen. The requirements of this standard are limited to systems operating up to 15 000 psig (103.4 MPa). For a liquid system, hydrogen is stored in liquid form and can be delivered in liquid or gaseous form to the end user's requirement. Pumps and/or compressors may be used to increase the hydrogen pressure before it is delivered to the end user. Gas receivers may be used to store gaseous hydrogen before it is delivered to the end user. The system is still considered a bulk liquid system because the hydrogen is delivered from the hy- drogen supplier to the storage system in liquid form. For a gas system, hydrogen is delivered to the supply system, stored, and is delivered to the end user's re- quirement in gaseous form. See Figures A-1 through A-6 in Appendix A for typical gas and liquid system flow diagrams. This standard applies to hydrogen supply systems containing any of the following equipment. Not all hydrogen systems include all the equipment listed. More details about hydrogen applications can be found in CGA G-5, Hydrogen [2]. Hydrogen supply systems include: - cryogenic hydrogen storage tank, either aboveground or belowground; - gas storage vessels, either aboveground or belowground; - heat exchangers (including vaporizers); - valves including manual and automatic isolation valves, check valves, and excess flow valves (EFVs); - pressure control equipment including regulators and control valves; - piping (pipe and tubing); - cryogenic pumps; - cryogenic and warm gas compressors; - snubbers and pulsation dampeners; - monitoring and control systems including electrical and instrumentation; and - hydrogen dispensing equipment. The bulk hydrogen supply system terminates at the source valve (commonly referred to as the point where the gas supply first enters the supply line) or at a piece of equipment that utilizes the hydrogen gas. In most cases, the source valve is a shutoff valve (typically owned and maintained by the hydrogen supplier) at the end of the bulk hydrogen supply system. Hydrogen dispensing equipment is not included in the definition of the bulk supply system. However, this docu- ment also provides guidance for hydrogen vehicle dispensing equipment installations.
CGA H-5-2008由美国压缩气体协会 US-CGA 发布于 2008。
CGA H-5-2008 在中国标准分类中归属于: G86 工业气体与化学气体。
CGA H-5-2008 发布之时，引用了标准
CGA H-5-2008的历代版本如下：
- 2008年 CGA H-5-2008 批量氢气供应系统用安装标准
- 2014年 CGA H-5-2014
- 标准号
- CGA H-5-2008
- 发布日期
- 2008年
- 实施日期
- 废止日期
- 无
- 中国标准分类号
- G86
- 发布单位
- US-CGA
- 引用标准
- CGA P-11 CGA G-5 CGA H-4 International Fire Code, International Code Council, 5203 Leesburg Pike, Suite 708, Falls Church, VA 22041. www.iccsafe.org International Fuel Gas Code, International Code Council, 5203 Leesburg Pike, Suite 600, Falls Church, V
- 代替标准
- CGA H-5-2014
- 适用范围
- Two types of bulk hydrogen supply systems are covered in this document: liquid and gaseous. A bulk gas hydrogen supply system is one that contains greater than 5000 scf (141.6 m<(UP)3>) of hydrogen. A bulk liquid supply system is one that contains greater than 500 gal (1890 L) of hydrogen. The requirements of this standard are limited to systems operating up to 15 000 psig (103.4 MPa). For a liquid system, hydrogen is stored in liquid form and can be delivered in liquid or gaseous form to the end user's requirement. Pumps and/or compressors may be used to increase the hydrogen pressure before it is delivered to the end user. Gas receivers may be used to store gaseous hydrogen before it is delivered to the end user. The system is still considered a bulk liquid system because the hydrogen is delivered from the hy- drogen supplier to the storage system in liquid form. For a gas system, hydrogen is delivered to the supply system, stored, and is delivered to the end user's re- quirement in gaseous form. See Figures A-1 through A-6 in Appendix A for typical gas and liquid system flow diagrams. This standard applies to hydrogen supply systems containing any of the following equipment. Not all hydrogen systems include all the equipment listed. More details about hydrogen applications can be found in CGA G-5, Hydrogen [2]. Hydrogen supply systems include: - cryogenic hydrogen storage tank, either aboveground or belowground; - gas storage vessels, either aboveground or belowground; - heat exchangers (including vaporizers); - valves including manual and automatic isolation valves, check valves, and excess flow valves (EFVs); - pressure control equipment including regulators and control valves; - piping (pipe and tubing); - cryogenic pumps; - cryogenic and warm gas compressors; - snubbers and pulsation dampeners; - monitoring and control systems including electrical and instrumentation; and - hydrogen dispensing equipment. The bulk hydrogen supply system terminates at the source valve (commonly referred to as the point where the gas supply first enters the supply line) or at a piece of equipment that utilizes the hydrogen gas. In most cases, the source valve is a shutoff valve (typically owned and maintained by the hydrogen supplier) at the end of the bulk hydrogen supply system. Hydrogen dispensing equipment is not included in the definition of the bulk supply system. However, this docu- ment also provides guidance for hydrogen vehicle dispensing equipment installations.