ieee new standard e nose   The Institute of Electrical and Electronics Engineers (IEEE) has launched an open call for experts to participate in a new standard for e-noses. The organization is asking for volunteers to contribute to this new standard that will have a strong focus on specific applications of these devices. The IEEE Sensors Council and the IEEE Industrial Electronics Society will sponsor the initial phases of this expanded standardization effort.

   As many of you probably know, there is already an initiative of standardization of Instrumental Odour Monitoring Systems (IOMS) aka e-noses within the European Standardization Committee (CEN). However, this initiative has a strong focus in the use of these devices only for environmental air monitoring. The IEEE wants to expand the applications of IOMS (or e-noses) to other uses including, of course, the environmental one.

calpuff recommended model EPA   The website of the Support Center for Regulatory Atmospheric Modeling (SCRAM) no longer includes the CALPUFF model as a recommended dispersion model. This means that one of the most widely dispersion model used for odour modelling is not recommended by the US EPA any more. This decision has serious consequences for the odour community.

   The U.S. Environmental Protection Agency (US EPA) originally published the Guideline on Air Quality Models in 1978. Since then, a few revisions of the Guideline have been carried out. In 2003, this Guideline was modified to include CALPUFF as one of the preferred model. This model was removed from the "preferred list" in May, 22 2017 (and now from the website). allegedly due to concerns about its capabilities to deal with long-range transportation of pollutants. This is no argument to exclude this model from the recommended list, as it is widely used for other purposes, different from long-range transportation. For example, when dealing with the calculation of the odour impact of a facility.

MartinezSoria   Emissions of volatile organic compounds (VOC) in several industrial sectors are regulated by increasingly restrictive policies, requiring the implementation of control treatments. In recent years, we have been working on the scaling of the biotrickling filter (VOCUSTM) for its industrial application, and there are several companies in Europe that already use this technology to control their emissions.

   This work compiles the results of the cases of implantation of this technology in various industrial sectors, with VOC of very different nature, from the very soluble ones such as the flexographic industry, to the cases of elimination of styrene emitted in the composite industry and mixtures of soluble and hydrophobic compounds typical of furniture or automobile coating industries.

F. J. Álvarez-Hornos1, C. Lafita2, C. Gabaldón1, V. Martínez-Soria1*

1. Grupo GI2AM, Departamento de Ingeniería Química, Universitat de València. c/Universitat s/n, 46100 Burjassot, Valencia, Spain. * vmsoria@uv.es
2. Pure Air Solutions b.v., P.O. Box 135, 8440 AC, Heerenveen, The Netherlands.

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