Air Quality Environmental Monitors

The monitoring of environmental parameters to determine air quality has been booming in recent decades, the negative effects on health and the cost associated with diseases generated by low air quality have made most countries focus their efforts in monitoring, controlling and improving the environmental conditions of their cities and in this way the quality of life of the population. The two main engines that have driven the measurement of air quality worldwide have been the European Community (EC) and the Environmental Protection Agency (EPA) of the United States. Both have been responsible for developing different protocols and testing instrumentation to ensure the correct measurement of criteria pollutants to be able to know the environmental impact on air quality produced by human activities in large cities or significant populations. The environmental monitors for measuring air quality parameters usually have some type of approval or certification by either the EC or the US EPA who validate the correct operation of different equipment manufacturers in the measurement of certain compounds such as SO2, NOx, CO, O3, as well as particulate material. This ensures that these equipment meets all the necessary requirements to ensure the precision and accuracy required by these measures. There are several environmental monitors.

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Imagen 121
Producer: MAGEE SCIENTIFIC

Environmental monitor for measurement of "Black Carbon" or black carbon by means of technology to attenuate light transmissivity in the infrared spectrum, ideal for measuring air quality and use in environmental...

Imagen 110
Producer: THERMO SCIENTIFIC

Monitor for Ozone measurement using UV photometry technology, ideal for measuring air quality and use in environmental monitoring stations: Ozone Monitor with US EPA approval using the principle of UV photometry Measuring...

Imagen 112
Producer: THERMO SCIENTIFIC

Monitor for measuring particulate material using beta attenuation technology, ideal for measuring air quality and use in environmental monitoring stations: Particulate material monitor with US EPA approval...

Imagen 111
Producer: THERMO SCIENTIFIC

Monitor for measuring particulate material using beta attenuation technology, ideal for measuring air quality and use in environmental monitoring stations: Particulate material monitor with US EPA approval...

Imagen 114
Producer: THERMO SCIENTIFIC

Monitor for sulfur dioxide measurement using UV fluorescence technology, ideal for measuring air quality and use in environmental monitoring stations: Sulfur dioxide monitor using the UV fluorescence...

Imagen 115
Producer: THERMO SCIENTIFIC

Monitor for measurement of Carbon Dioxide using non-dispersive infrared (NDIR) technology, ideal for measuring air quality and use in environmental monitoring stations: Carbon Dioxide Monitor using...

Imagen 116
Producer: THERMO SCIENTIFIC

Monitor for measuring Ammonia by means of technology for measuring the light emitted by the reaction of NO with Ozone, ideal for measuring air quality and use in environmental monitoring stations: Ammonia...

Imagen 108
Producer: THERMO SCIENTIFIC

Monitor for measuring NO-NO2-NOx using chemiluminescence technology, ideal for measuring air quality and use in environmental monitoring stations: Nitrogen Oxides Monitor NO-NO2-NOx with US EPA approval...

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