What is EN ISO 13180:2014?

EN ISO 13180:2014 is a technical standard that provides guidelines for the analysis and measurement of air in stationary sources. It aims to establish uniform methods for measuring pollutants emitted from industrial installations such as power plants, factories, and incinerators. The standard sets out specific requirements for sampling procedures, sample handling, analysis techniques, and quality assurance measures.

Sampling Procedures and Sample Handling

Proper sampling procedures are crucial for accurate and reliable air quality analysis. EN ISO 13180:2014 emphasizes the importance of selecting representative sampling sites and suggests various sampling approaches depending on the nature of the emissions. The standard outlines detailed instructions for the collection of samples using different types of equipment, including probes, filters, and samplers. Additionally, it provides guidelines for sample storage and transportation to ensure the integrity and stability of the collected samples during laboratory analysis.

Analysis Techniques

EN ISO 13180:2014 covers a wide range of analytical techniques used in air quality monitoring. These techniques include both chemical analysis methods and physical measurement methods. The standard specifies the procedures for determining pollutant concentrations, such as sulfur dioxide, nitrogen oxides, particulate matter, and volatile organic compounds. It defines the necessary calibration procedures, quantification limits, and measurement uncertainties to ensure accurate and comparable results. Furthermore, the standard addresses the validation and quality control of the analytical methods, highlighting the need for proper instrument calibration, method verification, and participation in proficiency testing programs.

Quality Assurance Measures

To enhance the reliability and comparability of air quality data, EN ISO 13180:2014 incorporates comprehensive quality assurance measures. These measures include the establishment of quality management systems, which involve the development of standard operating procedures, documentation of equipment maintenance and calibration, and personnel training programs. The standard also emphasizes the importance of regular performance audits, internal quality control checks, and participation in interlaboratory comparison exercises. By implementing these measures, it ensures that the results obtained from different laboratories are consistent and reliable.