WIT Press


Methodological Approach For The Assessment Of Technological Structure Impact And Risk

Price

Free (open access)

Paper DOI

10.2495/SDP070291

Volume

102

Pages

10

Published

2007

Size

724 kb

Author(s)

G. Genon & E. Brizio

Abstract

The environmental sustainability of technological plants, which is a fundamental requirement for territorial planning, needs the development of different widening moments. First, of all it is necessary to consider the plant as a potential source of pollutant emissions and to verify that the best technologies have been used to limit these fluxes, taking into account economic restraints. Second, the effect of the release on air quality modification should be established, with reference to air quality in particular, in order to be able to make suitable comparisons with recognized standards. Finally, it is necessary to evaluate the pollutant dose that has an impact on the exposed subjects, and the risk that arises from this impact, taking into account both toxicological and epidemiological considerations. The description of this path, with reference to some real cases of substantial impact and public concern, can be considered a methodological outline for the required compatibility assessment. Keywords: emissions, environmental impact, dose, standards, modelling, interphase transfer. 1 Introduction The construction of different types of technological structures (production plants, energy plants, incineration plants, wastewater treatment stations, highways, etc.) is useful to satisfy some natural requirements of society, but at the same time almost always encounters strong opposition, in relation to the environmental sustainability of the indicated structures. Therefore, in order to help political decision, from a technical point of view, it is necessary to identify the conditions that relate to the required compatibility; the aim of this work is the presentation of some methodological indications in

Keywords

emissions, environmental impact, dose, standards, modelling, interphase transfer.