sesion3_pagans01

   This study presents two odour impact assessment methodologies for a new waste management plant. The Online Field Inspection Manager (OFIM) has been used to establish the zero-situation according to the VDI/DIN3940.

E. Pagans1, R. Domingues, A. Vilchez
Parc de Recerca UAB, Edificio EUREKA Espacio P2M2, 08193 Bellaterra.
Tel: 935 929 048 Barcelona (www.odournet.com). 1epagans@odournet.com (Estel·la Pagans)

Keywords : OFIM, VDI/DIN3940, Calpuff, Zero-situation assessment

 

Abstract

This study presents two odour impact assessment methodologies for a new waste management plant. The Online Field Inspection Manager (OFIM) has been used to establish the zero-situation according to the VDI/DIN3940. At the same time, the odour impact was also modelled using Calpuff dispersion modelling.

 

   There are different strategies to carry out environmental odour impact studies, such as emission studies based on the European Standard EN 13725 or immission studies based on the German Standard VDI3940. By means of these methodologies, it is possible to determine the origin of the nuisance caused by an industrial facility (or group of facilities) in its surroundings.

J. M. Juárez-Galán, A. Amo, J.V. Martínez y I. Valor
Aqualogy Medio Ambiente, C/Dracma 16-18, Polígono Industrial Las Atalayas. 03114 Alicante. Jmanuel.juarez@labaqua.com.

Keywords: EN 13725, Olfactometry, odour abatement, cost reduction.

 

sesion3_juarez01Abstract

    There are different strategies to carry out environmental odour impact studies, such as emission studies based on the European Standard EN 13725 or immission studies based on the German Standard VDI3940. By means of these methodologies, it is possible to determine the origin of the nuisance caused by an industrial facility (or group of facilities) in its surroundings. This diagnosis stage, allows to know the sources that are are truly responsible of the odour nuisance and therefore, to assess the most-effective corrective measures. Among these measures, there are several possibilities, from the increase of chimneys height to improve the dispersion conditions, to the implementation of an abatement system. Independently on the solution finally chosen, and considering the investment cost, the benefit for the company can be evaluated from two points of view. On one hand, there is a social benefit because the industrial activity is accepted by the social context since there is no negative impact. On the other hand, the information about the sources which are responsible of the odour nuisance allows to focus the economical investment to the operational units where it is required, saving money. In this paper, two case studies are presented. In both of them, due to the results obtained by an emission study based on EN 13725, several solutions have been proposed that have supposed important improvements when comparing them to the investments initially proposed without any odour study.

The aim of field inspections is to register the odours immediately recognized under real field conditions.

The main idea of field inspections is to estimate the degree of annoyance in a determined problematic area by means of the olfactory capacities of a group of people (or panel) specially trained and "calibrated" for this purpose. To this effect, the study area is divided in smaller assessment squares and the people of the panel is sent to the nodes of this squares at different times of the day and in a determined order to allow the most diverse conditions. Anytime a person of the panel reach a node, smells the air and take notes of odour parameters (Intensity, hedonic tone, etc.), weather conditions and some other data on site.

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