BS ISO Standards Single-File Series Overview · Batch 19 — A Compilation of 150 International Standards (ISO) and Their Technical Points

The BS ISO series comprises British National Standards published by the British Standards Institution (BSI) as the UK implementation of International Standards developed by the International Organization for Standardization (ISO). This batch (Batch 19) consists of 150 single-file standards drawn from the BS ISO series, spanning space debris mitigation and space systems, water and wastewater services, language resource management, information and documentation, fine ceramics, digital cinema, hardmetals, CO2 capture transport and geological storage, and water quality and surface chemical analysis.

Most of these standards adopt ISO International Standards identically and cover test methods, product specifications, terminology, management guidelines and safety requirements. The article lists the full standard set in numerical order and expands on five representative standards, helping readers understand the structure, technical requirements and application points of BS ISO single-file standards.

1. Series Overview 📌

This batch is arranged by standard number from ISO 24113 to ISO 29467 and covers space (space debris mitigation requirements, orbit lifetime estimation, EMI test reporting, image data compression, orbit data messages, SLE return operational control fields service), water and wastewater services (assessment and improvement of service to users, wastewater/drinking water utility management, asset life-cycle management, crisis management, benchmarking), language resource management (feature structures, morpho-syntactic annotation framework, linguistic annotation framework, syntactic annotation framework, component metadata infrastructure, transcription of spoken language), information and documentation (MarcXchange, digital object identifier system, ISNI, ISCI, WARC file format, aliases), fine ceramics (porous ceramic thermal-shock resistance, cyclic bending fatigue, self-cleaning performance, antibacterial performance), hardmetals (Palmqvist toughness, abrasion tests), and CO2 capture transport and geological storage (pipeline transportation systems).

By standard type, numerous test methods and analysis standards are present together with product specifications, terminology and management guideline standards. The water and wastewater services group forms a complete service standard system from service assessment, utility management to asset management and crisis management; the language resource management group forms a unified framework for morphological, syntactic, spoken and metadata annotation; the space group covers from debris mitigation to orbit information exchange.

2. Standard List and Technical Points 📋

3. Key Technical Requirements 🔧

In the space field, ISO 24113 specifies space debris mitigation requirements (on-orbit retention limits, passivation, re-entry safety), ISO 27852 specifies orbit lifetime estimation, ISO 26868 specifies image data compression, and ISO 26900 specifies orbit data messages, forming the space safety basis for full life-cycle management of space systems.

For water and wastewater services, ISO 24510/24511/24512 specify service user assessment and utility management, ISO 24516-1 specifies asset management, ISO 24518 specifies crisis management, and ISO 24523 specifies benchmarking, forming the water utility service management standard system.

For language resource management, ISO 24611/24612/24615-1 specify morpho-syntactic, linguistic and syntactic annotation frameworks, ISO 24622-1 specifies the component metadata model, and ISO 24624 specifies transcription of spoken language, providing a unified framework for language resource exchange and interoperability.

For CO2 capture transport and geological storage, ISO 27913 specifies design and operation requirements of pipeline transportation systems, supporting the CCS industry chain.

4. Technical Interpretation of Representative Standards 🔍

BS ISO 24113:2011 — Space Debris Mitigation Requirements

Scope: specifies the main requirements for the mitigation of space debris from spacecraft and launch vehicle orbital stages.

Points: specifies post-mission disposal (end-of-life deorbit or re-entry), in-orbit fragmentation prevention (passivation, break-up protection), collision risk limitation and re-entry safety requirements. This is the internationally recognised top-level space debris mitigation standard, adopted by space agencies and commercial space organisations worldwide.

BS ISO 26324:2012 — Digital Object Identifier (DOI) System

Scope: specifies the syntax, naming and resolution mechanism of the digital object identifier system.

Points: specifies DOI names, metadata, resolution and handle system operation requirements. The DOI is the global persistent citation basis for academic publishing, datasets and digital content.

BS ISO 27913:2016 — Carbon Dioxide Pipeline Transportation Systems

Scope: specifies requirements for pipeline transportation systems in CO2 capture, transport and geological storage.

Points: specifies CO2 pipeline design (materials, pressure, impurity effects), operation (flow assurance, corrosion control) and safety (overpressure protection, leak detection) requirements, providing the international specification for the pipeline link of the CCS industry chain.

BS ISO 28580:2009 — Tyre Rolling Resistance Measurement (Single Point Method)

Scope: specifies the single point method for measuring the rolling resistance of passenger car, truck and bus tyres.

Points: specifies test conditions of the single point force method, data acquisition and rolling resistance coefficient calculation. This is an important test method for tyre energy efficiency grading and regulation verification.

BS ISO 28079:2009 — Hardmetals Palmqvist Toughness Test

Scope: specifies the Palmqvist toughness test method for hardmetals.

Points: specifies Vickers indentation corner crack length measurement and Palmqvist toughness calculation, providing a simple method for evaluating the fracture toughness of hardmetals (tungsten carbide), widely used in the quality control of tools and wear-resistant components.

5. Engineering Practice and Applications 🛠️

Space agencies and commercial space enterprises should implement debris mitigation and orbit management in accordance with ISO 24113/27852/26868/26900.

Water utilities should establish service assessment, asset management, crisis management and benchmarking systems in accordance with ISO 24510-24523.

Language technology and digital media enterprises should achieve language resource annotation framework interoperability in accordance with ISO 24611-24624 and implement digital identification in accordance with ISO 26324.

CCS project developers should design CO2 pipelines in accordance with ISO 27913, and hardmetal enterprises should conduct toughness evaluation in accordance with ISO 28079/28080.

6. Frequently Asked Questions ❓