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A simple model for complex waste recycling scenarios in developing economies
Authors:A.Haque   I. M. Mujtaba  J. N. B. Bell
Affiliation:a Centre for Process Systems Engineering, Imperial College, London SW7 2BY, UK;b Computational Process Engineering Group, Department of Chemical Engineering, University of Bradford, Bradford BD7 1DP, UK;c Centre for Environmental Technology, Imperial College, London SW7 2PE, UK
Abstract:Future uncertainties involved in the current waste management activities in the developing nations have been addressed through determining plastic waste recovery, recycling and landfilling scenarios in two case study countries — Bangladesh and India. In order to discern and comprehend the material in-flow and out-flow of such complex successive plastics recoveries and recyclings, within the closed-loop recycling systems present in these two countries, a simple mathematical model is developed. The model is based on limited published information, on extensive fieldwork in Dhaka, Calcutta and Delhi, and on experimental data. An environmental legislative factor has been included in the model which will allow balancing of the quality of recycled products and the amount of landfilling non-recyclable plastics. The model has the potential to create and predict a sound waste database for these countries. Bangladesh has been chosen as a model developing country for this study. The mathematical model can be used in future decision making processes within the plastics recycling arena of the countries concerned to achieve an environmentally sound and cost effective waste management option.
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