A computational model for solid waste management with application

Gottinger, Hans W.

doi:10.1016/0377-2217(88)90225-1

Cited by 92 publications

(33 citation statements)

References 8 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…In one of the first studies on RL network design, Gottinger (1988) proposed a facility site model for solid waste management considering fixed costs for defined locations and decrease investment costs for others. Spengler et al (1997) dealt with a multi level warehouse location problem in a German-French region by proposing a mixed integer linear programming model.…”

Section: Reverse Logistics and Facility Location Selectionmentioning

confidence: 99%

Facility Location Selection in Reverse Logistics Using a Type-2 Fuzzy Decision Aid Method

Temur

Kaya

Kahraman

2014

Supply Chain Management Under Fuzziness

View full text Add to dashboard Cite

Location selection for the process of moving goods from their final destination to ensure proper value creation is a multi-faceted issue which requires consideration of social, economic, environmental and technical factors. The fuzzy sets theory is a good tool for dealing with complex and subjective problems which make use of implicit human judgments. Type-2 fuzzy sets provide more degrees of freedom to reflect the uncertainty and the ambiguity of real cases. The aim of this study is to suggest a multi criteria approach for the selection of the most appropriate reverse logistics facility location using a type-2 fuzzy TOPSIS methodology. Using proposed methodology, a case study from an e-waste recycling industry is conducted. In the evaluations, criteria like social acceptability, environmental risks, biodiversity conservation, operation and investment costs, energy and transportation infrastructure, legal/political environment, and growth potentials of the region are considered.

show abstract

Section: Reverse Logistics and Facility Location Selectionmentioning

confidence: 99%

Facility Location Selection in Reverse Logistics Using a Type-2 Fuzzy Decision Aid Method

Temur

Kaya

Kahraman

2014

Supply Chain Management Under Fuzziness

View full text Add to dashboard Cite

show abstract

“…Gottinger (1988) propôs um modelo de gerenciamento de resíduos sólidos como um problema de fluxo em rede, além de desenvolver um algoritmo especial. O modelo é aplicado no gerenciamento de RSD da área metropolitana de Munique, na Alemanha.…”

Section: Revisão Da Literaturaunclassified

Heurística para solução do problema da coleta de resíduos sólidos domiciliares (RSD) com base no problema do carteiro chinês capacitado com múltiplas viagens (PCCC-MV)

2014

View full text Add to dashboard Cite

Abstract:The fast growing world population, mainly in urban centers, increases the generation of domestic solid waste. Every day, tons of solid waste generated in households which are up to the government of each city to have strategies to collect, transport and dispose them. Considering that most of the heuristics and models proposed so far consider a trip per shift and ignores the idle time of the shift after returning the truck to the depot, the proposed heuristic of this paper generates for each truck multiple trips per shift in order to collect more solid waste without increasing the fleet. Thus, this paper proposes a heuristic for solving the problem of collecting solid waste based on the Capacitate Chinese Postman Problem with Multiple Trips (CCPP-MV) where each truck can make more than one trip in a time shift. To validate the proposed heuristic, we performed a practical application at the municipality of Cariacica, Espírito Santo, which has 176 neighborhoods.Keywords: Urban solid waste collection. Arc Routing. City Logistics.Resumo: O rápido crescimento da população mundial, concentrada, principalmente, nos grandes centros urbanos, acarreta a geração crescente de resíduos sólidos domiciliares (RSD). Todos os dias, toneladas desses resíduos são gerados nos domicílios e cabe à administração pública de cada cidade possuir mecanismos para que este resíduo seja coletado, transportado e finalmente destinado. Tendo em vista que a maior parte das heurísticas e modelos propostos até o momento considera uma viagem por turno de trabalho e ignoram o tempo ocioso após o retorno do caminhão ao depósito, a heurística proposta neste artigo propõe a geração de múltiplas rotas para os caminhões dentro de um turno, a fim de conseguir coletar mais resíduos sem aumentar a frota. Assim, este artigo propõe uma heurística para solução do problema da coleta de RSD com base no Problema do Carteiro Chinês Capacitado com Múltiplas Viagens (PCCC-MV) em que cada caminhão, dentro do seu turno de trabalho, pode realizar mais de uma viagem aproveitando ao máximo esse tempo de turno. Para validar a heurística proposta, foi realizada uma aplicação prática junto ao município de Cariacica, Espírito Santo, que possui 176 bairros.Palavras-chave: Coleta de resíduos sólidos urbanos. Roteirização em Arcos. Logística Urbana.

show abstract

“…Anderson andNigam (1967) examined closely the cost minimisation of waste flows from transfer stations to landfills through the implementation of a branch and bound system. Furthermore, they developed an in-kilter algorithm, which disregarded, however, the existence of mass holes (Gottinger, 1988 Helms and Clark (1971). Waste-to-energy facilities and sanitary landfills were considered as candidate facilities by the system.…”

Section: Background Of Modelling Techniquesmentioning

confidence: 99%

Facility Location for Solid Waste Management through Compilation and Multicriterial Ranking of Optimal Decentralised Scenarios: A Case Study for the Region of Peloponesse in Southern Greece

et al. 2004

View full text Add to dashboard Cite

Abstract:The present paper addresses the problem of locating solid waste management facilities. Specifically, it studies and proposes optimal alternative solutions for the Greek Region of Peloponnese, by examining facilities for transferring, sorting, treating and landfilling of wastes. Quantitative and qualitative databases concerning the current solid waste management at the Region have been created and used by the model. A customized mixed-integer linear network model has been developed and solved for various evaluation criteria on a single-criterion basis by the use of a location-allocation modeling framework. The solutions resulting from the parametrical application of the multicriterial method ELECTRE III are then ranked for the entire criteria-spectrum. The best alternative scenario is presented for the Region in accordance with current legislation on waste management, which maximizes environmental benefits and promotes recycling, in the frame of sustainable waste management.Keywords: Solid waste management, location, facilities, mixed integer linear model, multicriterial method, ELECTRE III √ò¡d ÉgQÉÑàNÉH πãe'G äGQÉ«ÿG âMÎbGh ábQƒdG √òg â°ûbÉf ~j~ëàdÉHh áÑ∏°üdG äÉjÉØaedG IQGOG ≥aGôe ™bGƒe ~j~-á∏µ°ûe ¢ûbÉaeJ ábQƒdG √òg :¢ü∏îà°ùŸG á°SGQ~dG â-áÑ∏°üdG äÉjÉØaedG IQGOG ≥aôŸ á«Ø«ch á«ªc äÉfÉ«H I~YÉb AÉ°ûfG " .äÉØ∏îª∏d »°VQ'G ΩOôdGh ,á÷É©ŸGh ,∞«ae°üàdG h ,π≤aedG å«M øe ≥aGôŸG êPƒªaedG AÉ°ûfG ' á£∏àıG OG~Y'G äGP á«£ÿG äÉµÑ°ùdG êPƒ‰ ∞jô©J IOÉYG " .êPƒªaedG ' √òg äÉfÉ«ÑdG I~YÉb âe~îà°SGh ¿Éfƒ«dG ÜƒaeéH IOƒLƒe »gh áOEÉaedG êPƒªaedG ∫ƒ∏M Ö«JôJ " ºK .™bGƒŸG ~j~-áLò‰ πµ«g ΩG~îà°SÉH √~M ≈∏Y πc áØ∏àıG ÒjÉ©ŸG ~j~ëàd ¬dÓ¨à°SG "h .á°SGQ~dG ' Ω~îà°ùŸG IO~©àŸG ÒjÉ©ŸG á≤jôW ) QÉ«©e πc øY ¢ jƒ©àdG øe

show abstract

A computational model for solid waste management with application

Cited by 92 publications

References 8 publications

Facility Location Selection in Reverse Logistics Using a Type-2 Fuzzy Decision Aid Method

Facility Location Selection in Reverse Logistics Using a Type-2 Fuzzy Decision Aid Method

Heurística para solução do problema da coleta de resíduos sólidos domiciliares (RSD) com base no problema do carteiro chinês capacitado com múltiplas viagens (PCCC-MV)

Facility Location for Solid Waste Management through Compilation and Multicriterial Ranking of Optimal Decentralised Scenarios: A Case Study for the Region of Peloponesse in Southern Greece

Contact Info

Product

Resources

About