References of "clarke, Kevin"
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See detailChemical Mass Balance model applied to an olfactory annoyance problematic
Clarke, Kevin; Redon, Nathalie; Romain, Anne-Claude ULg et al

in Environmental Science & Technology (2014), Just accepted manuscript(web),

The source-receptor model CMB (Chemical Mass Balance) generally used for air pollution studies is applied for the first time to solve odour signatures issues. The olfactory annoyance perceived at a ... [more ▼]

The source-receptor model CMB (Chemical Mass Balance) generally used for air pollution studies is applied for the first time to solve odour signatures issues. The olfactory annoyance perceived at a receptor site of an industrial area is often the result of a combination of different smells, emitted by several industrial sources. To identify the main responsible for the inconvenience, tools able to determine the contribution of each source directly where the annoyance is perceived are widely developed and deployed. In this work, the contributions of VOC sources, coming from a waste treatment plant containing 3 potential sources of olfactory annoyance (waste storage, production of biogas, and compost piles of green wastes), and perceived at a village located downwind, are studied by chemical analyses. The CMB methodology is applied and the results are finally compared to olfactometric methods, in order to validate whether it is appropriate to use this model for olfactory problems or not. [less ▲]

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See detailAPPLICATION OF CHEMICAL MASS BALANCE METHODOLOGY TO IDENTIFY THE DIFFERENT SOURCES RESPONSIBLE FOR THE OLFACTORY ANNOYANCE AT A RECEPTOR-SITE
Clarke, Kevin; Romain, Anne-Claude ULg; Locoge, Nadine et al

in Del Rosso, Renato (Ed.) Chemical engineering transactions : NOSE2012 International Conference on Environmental Odour (2012, September)

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See detailIdentification of the different sources responsible for olfactory annoyance, using an e-nose
clarke, Kevin; Redon, Nathalie; Locoge, Nadine et al

in Perena, Gouma, (Ed.) OLFACTION AND ELECTRONIC NOSE: PROCEEDINGS OF THE 14TH INTERNATIONAL SYMPOSIUM ON OLFACTION AND ELECTRONIC NOSE (2011, May)

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