ISO 10155-1995 cor1-2002 PDF

Full title and description

ISO 10155:1995/Cor 1:2002 — Stationary source emissions — Automated monitoring of mass concentrations of particles — Performance characteristics, test methods and specifications (Technical Corrigendum 1). This corrigendum makes technical corrections to the original ISO 10155:1995 document and is published as a one‑page correction to the 1995 edition.

Abstract

This corrigendum (Cor 1:2002) provides technical corrections to ISO 10155:1995, which specifies conditions and criteria for automated monitoring of mass concentration of particulate matter in stationary source gas streams, including performance characteristics, test procedures and a field evaluation programme; the original standard is intended to be applied site‑specifically and by direct correlation with the manual method in ISO 9096.

General information

• Status: Published (Corrigendum to ISO 10155:1995).
• Publication date: March 2002 (corrigendum published in early March 2002 — catalog entries list 6–7 March 2002).
• Publisher: International Organization for Standardization (ISO).
• ICS / categories: 13.040.40 (Stationary source emissions).
• Edition / version: Edition 1 — Technical Corrigendum 1 to ISO 10155:1995 (ISO 10155:1995/Cor 1:2002).
• Number of pages: 1 (corrigendum document).

Scope

The corrigendum applies to ISO 10155:1995 and corrects technical/typographical items of the published 1995 edition. The original ISO 10155 standard specifies performance characteristics, test methods and a field evaluation programme for automated systems used to monitor mass concentrations of particulate matter from stationary sources; it is intended for site‑specific application and requires correlation with the manual gravimetric approach in ISO 9096.

Key topics and requirements

• Automated monitoring of particulate mass concentration in stationary source emissions (performance characteristics and required accuracy/precision).
• Test procedures and field evaluation programme for assessing automated monitoring systems.
• Requirements for calibration and site‑specific correlation with manual reference method ISO 9096.
• Limitations and applicability: site‑ and technique‑dependent validity; need to reassess calibration if fuel, control technology or particle properties change.

Typical use and users

Environmental authorities, emissions monitoring laboratories, instrument manufacturers and operators of industrial combustion or process plants use ISO 10155 (and its corrigendum) to define performance, testing and evaluation procedures for automated particulate monitors used for regulatory reporting, compliance testing and process control. Users typically apply the standard on a site‑specific basis and in conjunction with manual reference methods.

Related standards

Related documents include the original ISO 10155:1995 (main text) and ISO 9096 (manual gravimetric reference methods). Regional and technical related standards include EN/ISO documents for low‑range dust determination and QA of automated systems (for example EN 13284‑1 and EN 14181 series), and national adoptions such as GOST/BS national equivalents. Users should review those regional standards when implementing monitoring programmes.

Keywords

stationary source emissions; particulate matter; automated monitoring; mass concentration; performance characteristics; test methods; field evaluation; ISO 9096; corrigendum.

FAQ

Q: What is this standard?

A: ISO 10155:1995/Cor 1:2002 is Technical Corrigendum 1 to ISO 10155:1995 — a one‑page correction published in March 2002 that updates or corrects parts of the original 1995 international standard on automated monitoring of particulate mass concentration.

Q: What does it cover?

A: It corrects the 1995 standard, which specifies performance characteristics, test procedures and a field evaluation programme for automated systems measuring mass concentration of particulate matter in stationary source emissions; the standard is intended to be applied site‑specifically and correlated with ISO 9096 (manual gravimetric method).

Q: Who typically uses it?

A: Environmental regulators, monitoring laboratories, instrument manufacturers, plant operators and conformity assessment bodies involved in emissions monitoring and compliance use ISO 10155 and its corrigendum for performance requirements and test methods.

Q: Is it current or superseded?

A: The 1995 standard remains listed as the published edition with Corrigendum 1 issued in 2002; ISO’s catalogue shows the 1995 edition and the 2002 corrigendum as published items (the 1995 text has been subject to periodic confirmation reviews). However, users should always check the latest national, regional (for example EN) and ISO catalogues for updates or newer standards that may affect measurement practice.

Q: Is it part of a series?

A: ISO 10155 is part of the family of standards on stationary source emissions and automated monitoring; it is commonly used alongside ISO 9096 (manual gravimetric methods) and regional standards for QA/QC and low‑range dust determination (e.g., EN 13284‑1, EN 14181).

Q: What are the key keywords?

A: Key keywords are: stationary source emissions, particulate matter, mass concentration, automated monitoring, performance characteristics, test methods, field evaluation, calibration, ISO 9096.