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Homepage>BS Standards>13 ENVIRONMENT. HEALTH PROTECTION. SAFETY>13.040 Air quality>13.040.30 Workplace atmospheres>BS EN 17289-1:2020 Characterization of bulk materials. Determination of a size-weighted fine fraction and crystalline silica content General information and choice of test methods
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BS EN 17289-1:2020 Characterization of bulk materials. Determination of a size-weighted fine fraction and crystalline silica content General information and choice of test methods

BS EN 17289-1:2020

Characterization of bulk materials. Determination of a size-weighted fine fraction and crystalline silica content General information and choice of test methods

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Standard number:BS EN 17289-1:2020
Pages:38
Released:2021-01-31
ISBN:978 0 539 01622 2
Status:Standard
BS EN 17289-1:2020 - Characterization of Bulk Materials

BS EN 17289-1:2020 - Characterization of Bulk Materials

Welcome to the comprehensive guide on the BS EN 17289-1:2020 standard, a pivotal document for professionals dealing with bulk materials. This standard is essential for those who need to determine the size-weighted fine fraction and crystalline silica content in various materials. Released on January 31, 2021, this document is a cornerstone in the field of material characterization, providing detailed methodologies and guidelines to ensure accurate and reliable results.

Overview of BS EN 17289-1:2020

The BS EN 17289-1:2020 standard is a meticulously crafted document that spans 38 pages, offering a wealth of information and guidance. It is designed to assist professionals in the accurate characterization of bulk materials, focusing on the determination of size-weighted fine fractions and crystalline silica content. This standard is crucial for industries where material composition and safety are of paramount importance.

Key Features

  • Standard Number: BS EN 17289-1:2020
  • Pages: 38
  • Release Date: January 31, 2021
  • ISBN: 978 0 539 01622 2
  • Status: Standard

Importance of the Standard

In industries such as construction, mining, and manufacturing, understanding the composition of bulk materials is critical. The presence of crystalline silica, for instance, can have significant health implications for workers. Therefore, the BS EN 17289-1:2020 standard provides essential methodologies for accurately determining these components, ensuring that safety and regulatory compliance are maintained.

Applications

This standard is applicable across a wide range of industries, including:

  • Construction: Ensuring the safety and quality of building materials.
  • Mining: Assessing the composition of extracted materials.
  • Manufacturing: Quality control of raw materials and finished products.
  • Environmental Science: Monitoring and managing environmental impact.

Detailed Content

The BS EN 17289-1:2020 standard provides a comprehensive framework for the characterization of bulk materials. It includes detailed methodologies for the determination of size-weighted fine fractions and crystalline silica content. The document is structured to guide users through the selection of appropriate test methods, ensuring that the results are both accurate and reliable.

Methodologies

The standard outlines various test methods, each tailored to specific types of materials and desired outcomes. These methods are designed to provide precise measurements, enabling professionals to make informed decisions based on the data obtained. The choice of test method is critical, and the standard provides guidance on selecting the most appropriate approach for each specific application.

Why Choose BS EN 17289-1:2020?

Choosing the BS EN 17289-1:2020 standard means opting for a document that is recognized and respected across industries. It is a testament to quality and precision, ensuring that your material characterization processes meet the highest standards of accuracy and reliability. By adhering to this standard, you demonstrate a commitment to safety, quality, and regulatory compliance.

Benefits

  • Accuracy: Provides precise methodologies for material characterization.
  • Reliability: Ensures consistent and dependable results.
  • Compliance: Meets industry regulations and safety standards.
  • Versatility: Applicable across various industries and applications.

Conclusion

The BS EN 17289-1:2020 standard is an indispensable resource for professionals involved in the characterization of bulk materials. Its comprehensive guidelines and methodologies ensure that you can accurately determine the size-weighted fine fraction and crystalline silica content, safeguarding both quality and safety. Embrace this standard to enhance your material analysis processes and uphold the highest standards of industry practice.

DESCRIPTION

BS EN 17289-1:2020


This standard BS EN 17289-1:2020 Characterization of bulk materials. Determination of a size-weighted fine fraction and crystalline silica content is classified in these ICS categories:
  • 13.040.30 Workplace atmospheres
This document specifies the requirements and choice of test method for the determination of the size-weighted fine fraction (SWFF) and the size-weighted fine fraction of crystalline silica (SWFFCS) in bulk materials. This document gives also guidance on the preparation of the sample and determination of crystalline silica by X-ray Powder Diffractometry (XRD) and Fourier Transform Infrared Spectroscopy (FT-IR). NOTE EN 17289-2 specifies a method to calculate the size-weighted fine fraction from a measured particle size distribution and assumes that the particle size distribution of the crystalline silica particles is the same as the other particles present in the bulk material. EN 17289-3 specifies a method using a liquid sedimentation technique to determine the size-weighted fine fraction of crystalline silica. Both methods are based upon a number of limitations and assumptions, which are listed in EN 17289-2 and EN 17289-3, respectively. The method in EN 17289-3 can also be used for other constituents than CS, if investigated and validated. This document is applicable for crystalline silica containing bulk materials which have been fully investigated and validated for the evaluation of the size-weighted fine fraction and crystalline silica.