Because air is complex and heterogeneous, continuously evolving in time and space and
being influenced by atmospheric and geographical conditions, sampling is crucial in air …

This article reviews recent literature on the analysis of industrial contaminants in indoor air in
the framework of the REACH project, which is mainly intended to improve protection of …

The storage capability of Tedlar® bags for gaseous compounds was assessed using on-line
proton-transfer-reaction mass spectrometry (PTR-MS). Sample bags were filled with a …

Suitability of five polymer sampling containers (Nalophan, transparent Tedlar, black layered
Tedlar, Teflon and FlexFoil) for sampling and storage of six relevant to breath analysis …

Odor regulations typically specify the use of dynamic dilution olfactometery (DDO) as a
method to quantify odor emissions, and Tedlar bags are the preferred holding container for …

The stability of 41 selected breath constituents in three types of polymer sampling bags,
Tedlar, Kynar, and Flexfilm, was investigated using solid phase microextraction and gas …

This Part II of the article reviews information in the literature on air-sampling techniques
commonly used for monitoring volatile organic compound (VOC) levels in atmospheric air. It …

A multi-bed sorption trap designed to quantitatively collect volatile organic compounds from
large-volume vapor samples and inject them into a gas chromatograph is combined with a …

Air monitoring is the quantitative-qualitative assessment of the extent of pollutants. It is
performed to ensure compliance with legislation and to evaluate control measures and …

Volatile sulfur compounds (VSCs) are a major class of chemicals associated with odor from
animal feeding operations (AFOs). Identifying and quantifying VSCs in air is challenging due …