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The objective of this paper is to describe and evaluate the project of odour impact reduction by means the design, erection and start up of a osmogenic barrier through a spray system of specific products, in waste mechanical and biological treatment plant.
These products have hydrophobic groups, which have long hydrocarbons chains. This structure allows the formation of big molecular aggregates named micelles. This micelles prevent than malodorous molecules (osmogenic molecules) can be detected by the human sense and despite they are still present in the air, they don’t smell anymore.
J. Vicente Alfanjarín
Director Técnico DEPLAN, S.L. (j.vicente@deplan.es)
The objective of this research has been to develop advanced odor treatment techniques, from the existing conventional ones and to provide more efficient solutions in those industrial processes that by their location or characteristics need greater efficiencies.
The Water Environmental Federation (WEF) Air Quality & Odor Control Committee has developed a survey to benchmark industry efforts related to odor control and odor management. The results of this survey will be useful for utilities to know how their organization's activities compare to what others are doing. In addition, the results will also be useful for consultants, manufacturers, and researchers to understand gaps and needs.