Supplement

AS 1668.2 SUPP 1-2002

[Superseded]

The use of ventilation and airconditioning in buildings, Part 2: Ventilation design for indoor air contaminant control (Supplement 1 to AS 1668.2-2002)

Provides background and other information on AS 1668.2 to support the Standard and to assist users in its correct application.

Published: 10/06/2002

Pages: 41

Table of contents

Cited references

Content history

Table of contents

Header

About this publication

Preface

1 Scope and general

1.1 Scope

1.2 Referenced documents

1.3 Definitions

Appendix A

A1 Foreword

A2 Introduction

A3 Constraints

A4 Use of index

A5 Development of the index

A6 Sources of data

A6.1 Ischaemic heart disease risk (1)

A6.1.1 Source

A6.1.2 Information

A6.2 Ischaemic heart disease risk (2)

A6.2.1 Source

A6.2.2 Information

A6.3 Estimated Australian deaths from ETS

A6.3.1 Source

A6.3.2 Information

A6.4 Exposure to ETS

A6.4.1 Source

A6.4.2 Information

A6.4.3 Derived information

A6.5 RSP generation by cigarettes

A6.5.1 Source

A6.5.2 Information

A7 Abbreviations and nomenclature

A8 Lung cancer dose response relationship

A8.1 Index mortality outcome for lung cancer

A8.2 Index associated exposure

A8.3 Relationship

A9 Ischaemic heart disease dose response relationship

A9.1 Index mortality outcome for ischaemic heart disease

A9.2 Associated exposure

A9.3 Relationship

A9.3.1 Linear relationship

A9.3.2 Non-linear relationship

A9.3.3 Combined relationship

A10 Ventilation/air treatment model

A10.1 Steady state pollutant generation

A10.1.1 Pollutant level in respect of lung cancer

A10.1.2 Pollutant level in respect of ischaemic heart disease

A10.2 Application of ventilation/air treatment/dose/response model to lung cancer

A10.3 Application of ventilation/air treatment/dose/response model to ischaemic heart disease

A11 The environmental Tobacco Smoke Harm Index (ETSHI)

A12 Statements contributing to development of the index

A13 Mathematical presentation of ischaemic heart disease risk

A13.1 General

A13.2 Data

A13.3 Integrated log normal (sigmoid) relationship

A13.4 Linear relationship

A13.5 Algebraic equation of fit of data

A14 Example

Appendix B

B1 Ventilation

B2 Ventilation effectiveness factor

B3 The effects of subdivision on ventilation

Appendix C

C1 Scope

C2 Performance requirements

C3 Proposal submission

C4 Empirical calculations

C5 Computer modelling

C6 System design verification

Appendix D

Appendix E

E1 Introduction

E2 General

E3 Contaminant elimination

E4 Complete segregation

E5 Partial segregation

E5.1 General

E5.2 Zones of contaminant exposure

E5.3 Enclosures for which ventilation is by mechanical means for which outdoor airflow rates are determined by the prescriptive procedure (Clause 4.7.2.1)

E5.3.1 Outdoor air

E5.3.2 Air movement

E5.3.3 Width of buffer zones

E5.4 Enclosures for which ventilation is by mechanical means for which outdoor airflow rates are determined by the engineered approach (Clause 4.7.2.2)

E5.4.1 Contamination rate

E5.4.2 Dilution indices

E5.4.3 Air movement

E5.4.4 Width of buffer zones

E6 Further measures

Appendix F

F1 Scope

F1.2 Proposal submission

F2 Design objectives

F3 Indoor air quality procedure

F3.1 General

F3.2 Quantitative evaluation

F3.3 Subjective evaluation

F3.4 Monitoring

F3.5 Information to be provided

Appendix G

G1 Lag time

G2 Lead time

Appendix H

H1 General car park

H2 Exposure standards

H3 Short-term exposures

Appendix I

Appendix J

J1 Fleet average co emission rates

J2 Average car speed in car park

J3 Ambient co-concentration

J4 Parking times

J5 Co-criteria

J6 Formulae

J7 Derivation of formulae

J8 Basis of Table 7.3 of AS 1668.2

J9 Basis of area minimum

J10 Basis for staff exposure factor (AS 1668.2 Table 7.5)

Appendix K

K1 Car parks with pay booths

K2 Car parks without pay booths

Appendix L

L1 Exit lanes

L2 Entry lanes

L3 Diesel vehicles

Appendix M

M1 Marking

M2 Commissioning

M3 Reliability

M4 Records

Appendix N

N1 General

N2 Occurrence

N3 Ventilation

N4 Control strategies

Cited references in this standard

BS 5925

Code of practice for ventilation principles and designing for natural ventilation

ASTM E741

Standard test method for determining air change in a single zone by means of a tracer gas dilution

ISO 6242.2

Building construction — Expression of users’ requirements, Part 2: Air purity requirements

AS 4008-1992

[Withdrawn]

Software design description

AS 4006-1992

[Withdrawn]

Software test documentation

Content history

AS 1668.2-2002

[Available Superseded]

AS 1668.2 SUPP 1-1991

[Superseded]

AS 1668.2 Supp 1-2002 Rec:2016

DR 96425

One-time Purchase

Access via web browser on any device

One-time purchase

Single publication

Offline access via PDF^

$95.34 AUD

Inclusive of GST

Format *

Web Reader

Licenses *

1 user

Total$95.34 AUD

Add to Cart

IMPORTANT