The Logistic Model for Decision Making in Waste Management

The Logistic Model for Decision Making in Waste Management

Článek recenzovaný mimo WoS a Scopus

In the paper, the tool for conceptual planning of new waste-to-energy capacities is introduced. By using the results of calculations, waste management policies can be realized through legislative amendments. In addition, it is also possible to determine the attractiveness of potential sites for the construction of new facilities. Therefore, the presented optimization model represents an important contribution towards managing waste effectively. The model represents a transportation problem implemented for this field. Its practical application is demonstrated through a case study related to specific region (the Czech Republic). A risk analysis of two WTE projects located in different areas is performed. The stochastic approach that can be considered as wait-and-see approach includes repeated calculation and subsequent generation of reliability functions. Obtained functions than indicate risky and/or attractive projects. We further plan to focus on generalization and modification of our model to involve uncertain parameters in more complex way, see, e.g. (Huang et al., 2001) and (Birge and Louveaux, 1997). Another challenging task is an application of our tool for simulation and/or optimization of spreading EU waste market. This means its introduction for larger area exceeding the border of one country with all its consequences in increased demand on input data.

In the paper, the tool for conceptual planning of new waste-to-energy capacities is introduced. By using the results of calculations, waste management policies can be realized through legislative amendments. In addition, it is also possible to determine the attractiveness of potential sites for the construction of new facilities. Therefore, the presented optimization model represents an important contribution towards managing waste effectively. The model represents a transportation problem implemented for this field. Its practical application is demonstrated through a case study related to specific region (the Czech Republic). A risk analysis of two WTE projects located in different areas is performed. The stochastic approach that can be considered as wait-and-see approach includes repeated calculation and subsequent generation of reliability functions. Obtained functions than indicate risky and/or attractive projects. We further plan to focus on generalization and modification of our model to involve uncertain parameters in more complex way, see, e.g. (Huang et al., 2001) and (Birge and Louveaux, 1997). Another challenging task is an application of our tool for simulation and/or optimization of spreading EU waste market. This means its introduction for larger area exceeding the border of one country with all its consequences in increased demand on input data.

Logistical Problem, Waste Management, Stochastic programming

Logistical Problem, Waste Management, Stochastic programming

ŠOMPLÁK, R.; PAVLAS, M.; POPELA, P.; PROCHÁZKA, V.

2014

29.09.2013

AIDIC Servizi S.r.l

Milano, Italy

1974-9791

Chemical Engineering Transactions

35

1

Italská republika

817

822

6