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The presence of a.c. power supply systems or of a.c. electric traction systems (in this standard also indicated as a.c. power systems) may cause voltages to build up in pipeline systems, (in this standard indicated as interfered systems) running in the...
This publication provides methodologies for monitoring liquid pipeline loss/gain, and for determining the normal loss/gain level for any given pipeline system. Troubleshooting suggestions are also presented. This document does not establish industry standards for loss/gain...
4.1 Water content in fuel gas is the major factor influencing internal corrosion. Hydrates, a semisolid combination of hydrocarbons and water, will form under the proper conditions causing serious operating problems. Fuel heating value is reduced by water concentration. Water concentration...
This International Standard specifies design, type testing, and marking requirements for MANIFOLD PRESSURE REGULATORS (as defined in 3.6) and LINE PRESSURE REGULATORS (as defined in 3.4) intended for use in MEDICAL GAS PIPELINE SYSTEMS. Examples of gases include oxygen, medical air...
Understand various tools and practices for building a continuous integration and delivery pipeline effectively Key Features *Get up and running with the patterns of continuous integration *Learn Jenkins UI for developing plugins and build an effective Jenkins pipeline *Automate CI/CD...
INTRODUCTION TO THE 2011 EDITION What's in the FERC Manual, 2011 Edition? From the inception of the FERC Manual, the American Gas Association, the Sponsoring Members of the FERC Manual, and the Legal and Federal Energy Regulatory Commission ("FERC") Regulatory Committees, anticipated that as FERC's...
This document specifies requirements on the development and implementation of a safety management system for operators of a gas network with a maximum operating pressure up to and including 16 bar according to EN 12007 (all parts). This document refers to all activities and processes...
Purpose and Scope This Standard is intended as a guide to engineers in the design and installation of low or intermediate pressure nonreinforced concrete irrigation pipelines and for the preparation of detailed specifications for a particular installation. It is restricted to...
This European Standard is applicable to buried cathodically protected metallic structures that are influenced by a.c. traction systems and/or a.c. power lines. In this document, a buried pipeline (or structure) is a buried or immersed pipeline (or structure), as defined in EN...
This European Standard is applicable to buried cathodically protected metallic structures that are influenced by a.c. traction systems and/or a.c. power lines. In this document, a buried pipeline (or structure) is a buried or immersed pipeline (or structure), as defined in EN...
This document specifies protection criteria for determining the AC corrosion risk of cathodically protected pipelines. It is applicable to buried cathodically protected pipelines that are influenced by AC traction systems and/or AC power lines. In the presence of AC...
The presence of ac power supply systems or of a.c. electric traction systems (in this standard also indicated as a.c. power systems) may cause voltages to build up in pipeline systems,(in this standard indicated as interfered systems) running in the close...
This International Standard specifies a method for long-range testing of carbon and low-alloy steel above-ground pipelines and plant piping using guided ultrasonic waves with axial propagation applied on the entire circumferential pipe section, in order to detect corrosion or erosion damage....
Introduction This standard describes the NACE International internal corrosion direct assessment (ICDA) process for multiphase flow pipeline systems. It is intended to serve as a guide for applying the MP-ICDA process on multiphase flow pipeline systems that meet the...
This recommended practice (RP) is applicable to any pipeline system used to transport hazardous liquid or natural gas. This RP includes detailed technical discussion on dent formation, strain and fatigue, and failure modes and mechanisms. These details are provided to give...
The purpose of this manual is to provide guidelines for the development and implementation of a successful odorization program for the operator of a gas transmission or distribution pipeline system. The manual is not intended to provide standards, specific procedures, station designs...
This document applies to atmospheric storage tanks associated with refining, marketing, pipeline, and terminals that contain NFPA Class I or Class II liquids. This standard does not apply to: - tanks of 1320 US gallons (5000 liters) or less, unless connected to a transporter or marine...
This document specifies requirements on the development and implementation of a safety management system for operators of a gas network with a maximum operating pressure up to and including 16 bar according to EN 12007 (all parts). This document refers to all activities and processes...
Water content in fuel gas is the major factor influencing internal corrosion. Hydrates, a semisolid combination of hydrocarbons and water, will form under the proper conditions causing serious operating problems. Fuel heating value is reduced by water concentration. Water concentration...
Water content in fuel gas is the major factor influencing internal corrosion. Hydrates, a semisolid combination of hydrocarbons and water, will form under the proper conditions causing serious operating problems. Fuel heating value is reduced by water concentration. Water concentration...
