E24 天然气 标准查询与下载

CSA B109-01-2001 使用天然气车辆的安装规范.代替 CAN/CSA-B149.4.第1次修订

General Instructions for CSA Standards are now called Updates. Please contact CSA Information Products Sales or visit www.ShopCSA.ca for information about the CSA Standards Update Service.

Code D Installation Du Gaz Naturel Pour Les Vehicules Premiere Edition

ISO 6570:2001 天然气 烃液潜在含量的测定 比重法

This International Standard describes the principles of, and general requirements for, two gravimetric methods for the determination of the potential hydrocarbon liquid content of natural gas, or similar gas, at a given pressure and temperature. Two methods are specified in this International Standard to determine the amount of condensate in a sample gas: — Method A: a manual weighing method; — Method B: an indirect automatic weighing method based on the indication of the pressure difference caused by the accumulation of condensate in a vertical tube. The manual weighing method is a reference method for the indirect automatic method (Method B). The indirect automatic method (Method B) is suitable for semi-continuous control. NOTE Unless otherwise specified, gas volumes are in cubic metres at 273,15 Kand 101,325 kPa.

Natural gas - Determination of potential hydrocarbon liquid content - Gravimetric methods

ISO 6974-2:2001 天然气 用气相色谱法测定具有规定的不确定度的组分 第2部分：测量系统特性和数据处理的统计

This part of ISO 6974 describes the data processing for the tailored analysis of natural gas. It includes the determination of the measuring system characteristics and the statistical approach to data handling and error calculation with the aim of defining the uncertainty in the mole fractions of the component measured. This part of ISO 6974 is only applicable in conjunction with part 1 of ISO 6974.

Natural gas - Determination of composition with defined uncertainty by gas chromatography - Part 2: Measuring-system characteristics and statistics for processing of data

CSA Z276-01-2001 液化天然气?(GNL):生产,储存和装运.第7版.更新第1号

This Standard specifies minimum requirements for a supplier’s Quality Assurance Program-Category 3. The supplier is responsible for planning and developing a program aimed primarily at controlling inspection and test verifications which (a) assure that

Liquefied natural gas (LNG): Production, storage and Shipping.Seventh Edition.Update No 1

DIN EN ISO 10715:2000 天然气.取样导则

The document is to provide concise guidelines for the collection, conditioning and handling of representative samples of processed natural gas streams. It also contains guidelines for sampling strategy, probe location and the handling and design of sampling equipment.

Natural gas - Sampling guidelines (ISO 10715:1997); German version EN ISO 10715:2000

BS EN ISO 6974-4:2000 天然气.用气相色谱法测定规定的不确定度组分.利用两个封装柱对实验室和在线测量系统进行氮,二氧化碳和C1到C5和C6+碳氢化合物的测定

This part of ISO 6974 describes a gas chromatographic method for the quantitative determination of natural gas constituents using a two-column system. This method is applicable to determinations made in on-line processes or in the laboratory. It is applicable to the analysis of gases containing constituents within the mole fraction ranges given in Table 1. These ranges do not represent the limits of detection, but the limits within which the stated precision of the method applies. Although one or more components in a sample may not be detected present, the method can still be applicable. This part of ISO 6974 is only applicable if used in conjunction with parts 1 and 2 of ISO 6974. NOTE 1 Oxygen is not a normal constituent of natural gas and would not be expected to be present in gas sampled for an on-line instrument. If any oxygen is present as a result of air contamination, it will be measured with the nitrogen. The resulting (nitrogen + oxygen) value will be in error to a small extent because of the slight difference between detector responses for oxygen and nitrogen. Nonetheless, the result for the natural gas/air mixture will be reasonably accurate since neither component contributes to the calorific value. NOTE 2 The content of helium and argon are assumed to be negligible and unvarying such that helium and argon need not be determined.

Natural gas. Determination of composition with defined uncertainty by gas chromatography. Determination of nitrogen, carbon dioxide and C1 to C5 and C6+ hydrocarbons for a laboratory and on-line measuring system using two columns

BS EN ISO 6974-5:2001 天然气.用气相色谱法测定规定的不确定度组分.利用三个封装柱对实验室和在线过程应用系统进行氮,二氧化碳和C1到C5和C6+碳氢化合物的测定

This part of ISO 6974 describes a gas chromatographic method for the quantitative determination of natural gas constituents using a three-column system. This method is applicable to natural gases of limited range, on-line and automatically calibrating on a regular basis for gas samples not containing any hydrocarbon condensate and/or water. It is applicable to the analysis of gases containing constituents within the mole fraction ranges given in Table 1. These ranges do not represent the limits of detection, but the limits within which the stated precision of the method applies. Although one or more components in a sample may not be detected present, the method can still be applicable. This part of ISO 6974 is only applicable if used in conjunction with parts 1 and 2 of ISO 6974. NOTE 1 Hydrocarbons higher than n-pentane are expressed as the "pseudo-component" C6+ which is measured as one composite peak and calibrated as such. The properties of C6+ are calculated from detailed analyses of the individual C6 and higher hydrocarbons by extended analysis or from historical data. NOTE 2 Oxygen is not a normal constituent of natural gas and would not be expected to be present in gas sampled for an on-line instrument. If any oxygen is present as a result of air contamination, it will be measured with the nitrogen. The resulting (nitrogen + oxygen) value will be in error to a small extent because of the slight difference between detector responses for oxygen and nitrogen. Nonetheless, the result for the natural gas/air mixture will be reasonably accurate since neither component contributes to the calorific value. NOTE 3 The content of helium and argon are assumed to be negligible and unvarying such that helium and argon need not be determined.

Natural gas. Determination of composition with defined uncertainty by gas chromatography. Determination of nitrogen, carbon dioxide and C1 to C5 and C6+ hydrocarbons for a laboratory and on-line process application using three columns

BS EN ISO 6974-3:2000 天然气.用气相色谱法测定规定不确定度组分.利用两个封装柱进行氢,氦,氧,氮,二氧化碳和C8碳氢化合物的测定

This part of ISO 6974 describes a gas chromatographic method for the quantitative determination of the content of helium, hydrogen, oxygen, nitrogen, carbon dioxide and C1 to C8 hydrocarbons in natural gas samples using two packed columns. This method is applicable to determinations made in on-line processes or in the laboratory. It is applicable to the analysis of gases containing constituents within the mole fraction ranges given in Table 1 and which do not contain any hydrocarbon condensate. These ranges do not represent the limits of detection, but the limits within which the stated precision of the method applies. Although one or more components in a sample may not be detected present, the method can still be applicable. This part of ISO 6974 is only applicable in conjunction with parts 1 and 2 of ISO 6974.

Natural gas. Determination of composition with defined uncertainty by gas chromatography. Determination of hydrogen, helium, oxygen, nitrogen, carbon dioxide and hydrocarbons up to C8 using two packed columns

ISO 15403:2000 天然气 车用压缩燃料的天然气的质量指标

The aim of this International Standard is to provide manufacturers, vehicle operators, fuelling station operators and others involved in the compressed-natural-gas vehicle industry with information on the fuel quality for natural gas vehicles (NGVs) required to develop and operate compressed-natural-gas vehicle equipment successfully. Fuel meeting the requirements of this International Standard should: a) provide for the safe operation of the vehicle and associated equipment needed for its fuelling and maintenance; b) protect the fuel system from the detrimental effects of corrosion, poisoning, and liquid or solid deposition; c) provide satisfactory vehicle performance under any and all conditions of climate and driving demands. Some aspects of this International Standard may also be applicable for the use of natural gas in stationary combustion engines.

Natural gas - Designation of the quality of natural gas for use as a compressed fuel for vehicles

DIN EN ISO 14111:2000 天然气.分析溯源性准则

The document provides general guidelines on the implementation and application of traceability concepts in the analysis of natural gas. Its purpose is to lay down the foundations for the development of specific traceability protocols in other international standards for natural gas analysis.

Natural gas - Guidelines to traceability in analysis (ISO 14111:1997); German version EN ISO 14111:1999

BS EN 12838:2000 液化天然气设施和设备.稳定性试验和液化天然气取样系统

This standard specifies the tests to be carried out in order to assess the suitability of LNG sampling systems designed to determine the composition of Liquefied Natural Gas, in combination with an analytical device such as a chromatograph.

Installations and equipment for liquefied natural gas - Suitability testing of LNG sampling systems

ISO 6974-5:2000 天然气 用气相色谱法测定规定的不确定度的组分 第5部分:用三柱测定实验室和在线处理用的氮、二氧化碳和碳¹至碳⁵和碳⁶⁺的烃类

This part of ISO 6974 describes a gas chromatographic method for the quantitative determination of natural gas constituents using a three-column system. This method is applicable to natural gases of limited range, on-line and automatically calibrating on a regular basis for gas samples not containing any hydrocarbon condensate and/or water. It is applicable to the analysis of gases containing constituents within the mole fraction ranges given in Table 1. These ranges do not represent the limits of detection, but the limits within which the stated precision of the method applies. Although one or more components in a sample may not be detected present, the method can still be applicable. This part of ISO 6974 is only applicable if used in conjunction with parts 1 and 2 of ISO 6974. NOTE 1 Hydrocarbons higher than n-pentane are expressed as the "pseudo-component" C6+ which is measured as one composite peak and calibrated as such. The properties of C6+ are calculated from detailed analyses of the individual C6 and higher hydrocarbons by extended analysis or from historical data. NOTE 2 Oxygen is not a normal constituent of natural gas and would not be expected to be present in gas sampled for an on-line instrument. If any oxygen is present as a result of air contamination, it will be measured with the nitrogen. The resulting (nitrogen + oxygen) value will be in error to a small extent because of the slight difference between detector responses for oxygen and nitrogen. Nonetheless, the result for the natural gas/air mixture will be reasonably accurate since neither component contributes to the calorific value. NOTE 3 The content of helium and argon are assumed to be negligible and unvarying such that helium and argon need not be determined.

Natural gas - Determination of composition with defined uncertainty by gas chromatography - Part 5: Determination of nitrogen, carbon dioxide and C₁ to C₅ and C₆₊ hydrocarbons for a laboratory and on-line process application usi

ISO 6974-1:2000 天然气 用气相色谱法测定规定的不确定度的组分 第1部分:简明分析导则

This part of ISO 6974 gives guidelines for the quantitative analysis of natural-gas-containing constituents within the application ranges given in Table 1. Individual methods, as described in part 3 and subsequent parts of ISO 6974, may have more restricted application ranges than those in Table 1, but in all cases they will fall within this overall scope of the ranges given.

Natural gas - Determination of composition with defined uncertainty by gas chromatography - Part 1: Guidelines for tailored analysis

ISO 6974-3:2000 天然气 用气相色谱法测定规定的不确定度的组分 第3部分:用两填充柱测定氢、氦、氧、氮、二氧化碳和碳至C<下标>8的烃类

This part of ISO 6974 describes a gas chromatographic method for the quantitative determination of the content of helium, hydrogen, oxygen, nitrogen, carbon dioxide and C1 to C8 hydrocarbons in natural gas samples using two packed columns. This method is applicable to determinations made in on-line processes or in the laboratory. It is applicable to the analysis of gases containing constituents within the mole fraction ranges given in Table 1 and which do not contain any hydrocarbon condensate. These ranges do not represent the limits of detection, but the limits within which the stated precision of the method applies. Although one or more components in a sample may not be detected present, the method can still be applicable. This part of ISO 6974 is only applicable in conjunction with parts 1 and 2 of ISO 6974.

Natural gas - Determination of composition with defined uncertainty by gas chromatography - Part 3: Determination of hydrogen, helium, oxygen, nitrogen, carbon dioxide and hydrocarbons up to C₈ using two packed columns

ISO 6974-4:2000 天然气 用气相色谱法测定规定的不确定度的组分 第4部分:用两柱测定实验室和在线测量系统用的氮、二氧化碳和碳C<下标>1至碳C<下标>5和碳C<下标>6+的烃类

This part of ISO 6974 describes a gas chromatographic method for the quantitative determination of natural gas constituents using a two-column system. This method is applicable to determinations made in on-line processes or in the laboratory. It is applicable to the analysis of gases containing constituents within the mole fraction ranges given in Table 1. These ranges do not represent the limits of detection, but the limits within which the stated precision of the method applies. Although one or more components in a sample may not be detected present, the method can still be applicable. This part of ISO 6974 is only applicable if used in conjunction with parts 1 and 2 of ISO 6974. NOTE 1 Oxygen is not a normal constituent of natural gas and would not be expected to be present in gas sampled for an on-line instrument. If any oxygen is present as a result of air contamination, it will be measured with the nitrogen. The resulting (nitrogen + oxygen) value will be in error to a small extent because of the slight difference between detector responses for oxygen and nitrogen. Nonetheless, the result for the natural gas/air mixture will be reasonably accurate since neither component contributes to the calorific value. NOTE 2 The content of helium and argon are assumed to be negligible and unvarying such that helium and argon need not be determined.

Natural gas - Determination of composition with defined uncertainty by gas chromatography - Part 4: Determination of nitrogen, carbon dioxyde and C₁ to C₅ and C₆₊ hydrocarbons for a laboratory and on-line measuring system using

CSA B149.1HB-00-2000 天然气及丙烷的安装规范手册.第3版

Natural Gas and Propane Installation Code Handbook Third Edition

Natural Gas and Propane Installation Code Handbook Third Edition

ISO 6976:1995/Cor 3:1999 天然气 热值、密度和相对密度及化合物沃泊指数的计算 技术勘误3

This standard is Natural gas - Calculation of calorific values, density, relative density and Wobbe index from composition; Technical Corrigendum 3

Natural gas - Calculation of calorific values, density, relative density and Wobbe index from composition; Technical Corrigendum 3

ISO 13734:1998/Cor 1:1999 天然气 有机硫化物添味剂 要求和试验方法 技术勘误1

This is Technical Corrigendum 1 to ISO 13734-1998 (Natural gas — Organic sulfur compounds used as odorants — Requirements and test methods)

Natural gas - Organic sulfur compounds used as odorants - Requirements and test methods; Technical Corrigendum 1

SY/T 7502-1999 油田气组成分析.低温冷凝取样气相色谱法

本标准规定了用低温冷凝取样气相色谱法测定油田气中烃类、氮和二氧化碳等组分的组成分析方法。 本标准适用于油田气含C|(6)及C|(6)以上组分的组成分析。

Chromatographic composition analysis of oil-field gas by cryogenic condensation sampling

DIN 1871:1999 气体燃料和其它气体.密度和其它与体积相关的数量值

The document contains numerical values of the density, the compressibility factor and other volumetric quantities, at standard reference conditions, and numerical values of the second virial coefficients at 0 ?and 30 ?for a selection of gases of technical relevance, in particular gases that occur as constituents of gaseous fuels. In addition calculation procedures for the conversion of volumetric quantities of gases and gas mixtures between different conditions of state (pressures up to 2 bar, temperatures from 0 ?to 30 ? are standardized.#,,#

Gaseous fuels and other gases - Density and other volumetric quantities