BS 6068-2.37:1990, ISO 9297:1989

The British Standard BS 6068-2.37:1990, which aligns with the international standard ISO 9297:1989, serves as a critical benchmark in the realm of environmental and health protection. Developed to ensure the safety and quality of water environments, this standard specifically addresses the determination of the concentration of chlorinated organic compounds in water, sediment, and sewage sludges.

This standard is crucial for professionals involved in environmental monitoring and water quality assessment, as it facilitates accurate measurement of pollutants that may pose risks to health and ecosystems. The methodologies outlined in BS 6068-2.37:1990 provide essential protocols for sampling, preparation, and subsequent analysis, thereby enabling consistent results that can be replicated across various testing agencies.

Comprising rigorous specifications, the standard necessitates adherence to strict guidelines to minimize variability in test results. Stakeholders such as environmental agencies, laboratories, and industries dealing with water management can greatly benefit from the implementation of these defined procedures. By adopting the principles set forth in this standard, organizations can improve compliance with regulations governing water quality and contribute positively to public health outcomes.

Whether you are a laboratory technician applying these methods or an environmental policy-maker setting regulations based on the results derived from them, BS 6068-2.37:1990 and ISO 9297:1989 provide authoritative guidance that enhances overall safety. In today's world, where the importance of environmental protection is paramount, adhering to established standards is not merely a best practice but an essential component of public health advocacy.

This edition, priced at £134.00, is available in both PDF and hardcopy formats, ensuring accessibility for all users. By investing in this standard, you are equipping yourself with the necessary tools and protocols to tackle the challenges of environmental monitoring. Don't miss the opportunity to stay abreast of crucial methodologies that support the health of our water systems.