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Sewage Sludge Thermal Treatment Technology Selection by Utilizing the Analytical Hierarchy Process

Dinko Đurđević, Maja Trstenjak, Ivona Hulenić

2020Water39 citationsDOIOpen Access PDF

Abstract

Sewage sludge management has gained significance in the last several years, due to its nutrient and energy content. However, technology selection is one of the greater challenges because it is not possible to implement a technology that covers all the requirements of the considered environments. Consequently, this paper shows an example of the utilization of an analytical hierarchy process, as a decision-making tool in terms of technology selection, for sewage sludge management in Rijeka, Croatia. The criteria structuring and evaluation process with the description of several possible alternatives for thermal treatment technologies are defined within this research. For the case of Rijeka, the best and most suitable technology for sewage sludge treatment is gasification, which coincides with the results obtained from the analysis of the literature review. According to the results in this paper, the possibilities of the use of this scientific method on the national level for the selection of sewage sludge treatment technology should be considered, due to the simplicity of its use and capability of its adaptation to various situations and areas.

Topics & Concepts

Sewage sludgeStructuringSelection (genetic algorithm)Analytic hierarchy processProcess (computing)HierarchySewage sludge treatmentEnvironmental scienceSewage treatmentSewageComputer scienceProcess engineeringRisk analysis (engineering)Waste managementOperations researchEngineeringEnvironmental engineeringBusinessEconomicsFinanceMarket economyOperating systemArtificial intelligenceMunicipal Solid Waste ManagementMulti-Criteria Decision MakingRecycled Aggregate Concrete Performance