What is BS EN 16450 - Ambient air about ?
BS EN 16450 describes minimum requirements for ongoing quality assurance – quality control (QA/QC) of AMS deployed in the field. These requirements are necessary to ensure that uncertainties of measured concentrations are kept within the required limits during extended periods of continuous monitoring in the field, and include procedures for maintenance, calibration and control checks.
BS EN 16450 describes harmonized requirements and procedures for the treatment and validation of raw measurement data that are used for the assembly of daily or yearly average concentration values. Experience with existing methods for data treatment and validation – for similar AMS – has shown that the different ways of data treatment and validation applied may lead to significant differences in reported results for similar data sets [3].
Note: National regulatory reporting purposes could require another time basis for averages (i.e. monthly).
Who is BS EN 16450 - Ambient air for ?
BS EN 16450 on stationary waste emissions is relevant to:
- Product Engineers
- Mechanical engineers
- Manufacturers and industries using air purifiers
- Researchers and scientists
- Environmentalists
Why should you use BS EN 16450 - Ambient air ?
The overall assessment for certification is conformity testing, while the evaluation of performance against specified performance criteria is performance testing.
BS EN 16450 benefits to the end-user since it provides criteria and requirements for measuring the systems, which will permit a periodic measurement of particulate matter emissions from stationary sources.
In BS EN 16450, performance criteria and test procedures for measuring air quality are provided to test and manufacture air quality measuring devices. This helps create an improved solution to deal with harmful gasses emitted by stationary sources, which are very toxic.
As a whole, BS EN 16450 is a best practice guidance standard that provides complete requirements and test procedures for detecting toxic gases released from furnaces and controlling their quality, which will reduce pollution, increase efficiency, and ease health concerns.
