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Results of the search of scientific studies, publications and communications
Author(s) : ESTEVE W.
9 results
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Comparison of French and German methods for bitumen fumes sampling and analysis NOETUDE/C2014-010 | 2014INRS and IFA have teamed up to compare their methods for sampling and analysis bitumen fumes. A bitumen fumes generation facility was developed to simultaneously expose six German and six French samplers to the same polluted atmosphere. The…
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Exposure assessment to bitumen fumes: sampler and analytical method development for total organic matter quantification NOETUDE/C2014-029 | 2014Under the "Bitumen and paving" project which involved the INRS and professionals producers and users, the development of a method for sampling and analysing bitumen fumes was undertaken. This Communication aims to present the developments made…
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Road-surfacing, asphalting and weatherproofing work exposes workers to fumes that are complex mixes of hydrocarbons due to the bitumen or asphalt being worked while it is hot. The method MetroPol 123 recently developed at the Pollutants Metrology…
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Developing a new simplified method to determine diffusive uptake rates of volatile organic compounds in workplaces based on a fractional factorial designs approach B.1/3.039/P2013-172 | 2013Exposure to organic vapors in the workplace is a source of occupational risk. Admissible exposure levels are tightly regulated and must be closely monitored. However, the complexity and slowness of the existing complete protocols to determine…
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Developing methodology for evaluating surface contaminations: metrological aspects and transfer by contact. EL2014-017 | 2014For a long time, evaluation of exposure to chemical compounds was limited to measuring merely the volatile fraction of the compounds and thus to exposure by inhalation. However, the use of semi-volatile products and other particular substances…
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Diffusive samplings evaluation and optimization in low air speed workplaces NOETUDE/C2014-076 | 2014traduction en attente.
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Direct coupling of active and passive samplings of organics with microwave assisted thermal desorption as an innovative solvent-free method NOETUDE/C2015-129 | 2015Thermal desorption has been developed the past years because this solvent-free method perfectly fits in the current green chemistry trend. However, with classical thermal desorption systems, the use of activated charcoal as an adsorbent is…
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