6533b829fe1ef96bd128ab2f
RESEARCH PRODUCT
The Olt River pollution monitoring, using spatial analysis, analityc hierarchy process and technique for order preference by similarity methods
Sorin BorzaValentin Petrescusubject
Pollution0209 industrial biotechnologyEnvironmental EngineeringGeographic information systemOperations researchComputer sciencebusiness.industryProcess (engineering)General Chemical Engineeringmedia_common.quotation_subjectSampling (statistics)Analytic hierarchy processTOPSISEnvironmental pollution02 engineering and technologyMultiple-criteria decision analysis020901 industrial engineering & automation0202 electrical engineering electronic engineering information engineeringEnvironmental Chemistry020201 artificial intelligence & image processingSafety Risk Reliability and Qualitybusinessmedia_commondescription
Abstract Environmental pollution is one of the most serious problems of the contemporary world. Chemical industry is one of the major sources of environmental pollutants. Human knowledge and experience is currently focused on the use of assessment methods and techniques before and during the onset of such activities. For instance, it is common to consider the integration of multiple constraining factors and also, taking into account their high complexity and the application of one of the various techniques of Multi-Criteria Decision Making. The purpose of this study is to determine the location of the least and most polluted areas from several sampling points on the Olt River, in Romania. In the investigations carried out, MCDM methods were used: AHP and TOPSIS and spatial analysis performed using GIS software. The first part of the paper presents a quantitative assessment of the pollution in each sampling using AHP method. In the second part, the most polluted and least polluted sampling points among those under consideration were determined by using TOPSIS. At the end of the work performed, a spatial analysis allowed for the development of representative maps of the studied area.
year | journal | country | edition | language |
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2016-05-01 | Process Safety and Environmental Protection |