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  • ASTM
    G88-13 Standard Guide for Designing Systems for Oxygen Service
    Edition: 2013
    $134.78
    Unlimited Users per year

Description of ASTM-G88 2013

ASTM G88-13

Active Standard: Standard Guide for Designing Systems for Oxygen Service




ASTM G88

Scope

1.1 This guide applies to the design of systems for oxygen or oxygen-enriched service but is not a comprehensive document. Specifically, this guide addresses system factors that affect the avoidance of ignition and fire. It does not thoroughly address the selection of materials of construction for which Guides G63 and G94 are available, nor does it cover mechanical, economic or other design considerations for which well-known practices are available. This guide also does not address issues concerning the toxicity of nonmetals in breathing gas or medical gas systems.

Note 1—The American Society for Testing and Materials takes no position respecting the validity of any evaluation methods asserted in connection with any item mentioned in this guide. Users of this guide are expressly advised that determination of the validity of any such evaluation methods and data and the risk of use of such evaluation methods and data are entirely their own responsibility.

1.2 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory requirements prior to use.

1.3 This standard guide is organized as follows:

Section Title

Section

Referenced Documents

2

 ASTM Standards

2.1

 ASTM Adjuncts

2.2

 ASTM Manuals

2.3

 NFPA Documents

2.4

 CGA Documents

2.5

 EIGA Documents

2.6

Terminology

3

Significance and Use

4

 Purpose of G88

4.1

 Role of G88

4.2

 Use of G88

4.3

Factors Affecting the Design for an Oxygen or Oxygen-
 Enriched System

5

 General

5.1

 Factors Recognized as Causing Fires

5.2

  Temperature

5.2.1

  Spontaneous Ignition

5.2.2

  Pressure

5.2.3

  Concentration

5.2.4

  Contamination

5.2.5

  Particle Impact

5.2.6

  Heat of Compression

5.2.7

  Friction and Galling

5.2.8

  Resonance

5.2.9

  Static Electric Discharge

5.2.10

  Electrical Arc

5.2.11

  Flow Friction

5.2.12

  Mechanical Impact

5.2.13

  Kindling Chain

5.2.14

  Other Ignition Mechanisms

5.2.15

Test Methods

6

System Design Method

7

 Overview

7.1

 Final Design

7.2

 Avoid Unnecessarily Elevated Temperatures

7.3

 Avoid Unnecessarily Elevated Pressures

7.4

 Design for System Cleanness

7.5

 Avoid Particle Impacts

7.6

 Minimize Heat of Compression

7.7

 Avoid Friction and Galling

7.8

 Avoid Corrosion

7.9

 Avoid Resonance

7.10

 Use Proven Hardware

7.11

 Design to Manage Fires

7.12

 Anticipate Indirect Oxygen Exposure

7.13

 Minimize Available Fuel/Oxygen

7.14

 Avoid Potentially Exothermic Material Combinations

7.15

 Anticipate Common Failure Mechanism Consequences

7.16

 Avoid High Surface-Area-to-Volume (S/V) Conditions
  where Practical

7.17

 Avoid Unnecessarily-Elevated Oxygen Concentrations

7.18

 Anticipate Permutations from Intended System Design

7.19

 Avoid Designs and Failure Scenarios that can Introduce
  Potential Flow Friction Ignition Hazards

7.20

 Use Only the Most Compatible of Practical Materials
  and Designs

7.21

 Provide Thorough Safety Training for All Personnel
  Working with Oxygen or Oxygen-Enriched
  Components or Systems, including Design,
  Cleaning, Assembly, Operations, and
  Maintenance as Applicable to Personnel

7.22

 Miscellaneous

7.23

Examples

8

Key Words

9

References

 



Keywords

burning; burn-resistant materials; combustion; contamination; fire; heat of compression; ignition; oxygen-enriched atmosphere; oxygen service; oxygen system; particle impact; propagation; system cleanness


ICS Code

ICS Number Code 11.040.10 (Anaesthetic, respiratory and reanimation equipment)


DOI: 10.1520/G0088-13

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About ASTM

ASTM International, formerly known as the American Society for Testing and Materials (ASTM), is a globally recognized leader in the development and delivery of international voluntary consensus standards. Today, some 12,000 ASTM standards are used around the world to improve product quality, enhance safety, facilitate market access and trade, and build consumer confidence. ASTM’s leadership in international standards development is driven by the contributions of its members: more than 30,000 of the world’s top technical experts and business professionals representing 150 countries. Working in an open and transparent process and using ASTM’s advanced electronic infrastructure, ASTM members deliver the test methods, specifications, guides, and practices that support industries and governments worldwide.
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