BS EN 17505:2023 - Soil and Waste Characterization

Standard Number: BS EN 17505:2023

Pages: 34

Released: 2023-10-31

ISBN: 978 0 539 12882 6

Status: Standard

Unlock the Potential of Soil and Waste Analysis with BS EN 17505:2023

Introducing the latest standard in soil and waste characterization, BS EN 17505:2023. This comprehensive document provides a detailed methodology for the temperature-dependent differentiation of total carbon, including TOC400, ROC, and TIC900. Whether you are an environmental scientist, a waste management professional, or a researcher, this standard is an essential tool for your work.

Why Choose BS EN 17505:2023?

BS EN 17505:2023 is designed to offer a robust framework for the accurate and reliable characterization of soil and waste materials. Here are some key reasons why this standard is indispensable:

• Comprehensive Coverage: With 34 pages of detailed guidelines, this standard covers all aspects of temperature-dependent differentiation of total carbon.
• Latest Release: Published on 2023-10-31, this is the most up-to-date standard available, ensuring you are using the latest methodologies and practices.
• ISBN: 978 0 539 12882 6 - Easily reference and cite this standard in your work.
• Standard Status: As a recognized standard, BS EN 17505:2023 is widely accepted and trusted in the industry.

Key Features of BS EN 17505:2023

This standard provides a detailed methodology for the temperature-dependent differentiation of total carbon in soil and waste materials. The key features include:

• TOC400: Total Organic Carbon measured at 400°C, providing insights into the organic content of the sample.
• ROC: Residual Organic Carbon, offering a measure of the remaining organic carbon after thermal treatment.
• TIC900: Total Inorganic Carbon measured at 900°C, essential for understanding the inorganic carbon content.

Applications of BS EN 17505:2023

BS EN 17505:2023 is versatile and can be applied in various fields, including:

• Environmental Science: Use this standard to analyze soil samples for environmental impact assessments and remediation projects.
• Waste Management: Characterize waste materials to ensure compliance with regulations and optimize waste treatment processes.
• Research: Employ this standard in academic and industrial research to obtain accurate and reliable data on soil and waste composition.

Benefits of Using BS EN 17505:2023

Adopting BS EN 17505:2023 in your work offers numerous benefits:

• Accuracy: The detailed methodology ensures precise and reliable results.
• Compliance: Meet regulatory requirements and industry standards with confidence.
• Efficiency: Streamline your analysis process with clear and concise guidelines.
• Credibility: Enhance the credibility of your work with a recognized and trusted standard.

Get Your Copy of BS EN 17505:2023 Today

Don't miss out on the opportunity to enhance your soil and waste characterization processes. BS EN 17505:2023 is an essential resource for professionals and researchers alike. Ensure you have the latest and most reliable information at your fingertips.

Conclusion

BS EN 17505:2023 is more than just a standard; it's a comprehensive guide that empowers you to achieve accurate and reliable results in soil and waste characterization. With its detailed methodology and up-to-date information, this standard is a must-have for anyone involved in environmental science, waste management, or research.

Invest in BS EN 17505:2023 today and take your soil and waste analysis to the next level.

BS EN 17505:2023

This standard BS EN 17505:2023 Soil and waste characterization. Temperature dependent differentiation of total carbon (TOC400, ROC, TIC900) is classified in these ICS categories:

• 13.030.10 Solid wastes
• 13.080.10 Chemical characteristics of soils

This European standard specifies a method for the differentiated determination of the organic carbon content (TOC400) which is released at temperatures up to 400 °C, the residual oxidizable carbon (ROC) (including e.g. lignite (brown coal), hard coal, charcoal, black carbon, soot) and the inorganic carbon (TIC900) which is released at temperatures up to 900 °C. The basis is the dry combustion to CO2 in a in the presence of oxygen using using temperatures ranging from 150°C to 900 °C in dry solid samples of soil, soil with anthropogenic admixtures and solid waste (see Table 1) with carbon contents of more than 1 g per kg (0,1 % C) (per carbon type in the test portion).