InterJournal Complex Systems, 1636
Status: Accepted
Manuscript Number: [1636]
Submission Date: 2006
Ecological footprint of waste generation as a sustainable tool for solid waste management in the Khulna City Corporation of Bangladesh
Author(s): Md. Salequzzaman

Subject(s): CX.0

Category:

Abstract:

ECOLOGICAL FOOTPRINT OF WASTE GENERATION: A SUSTAINABLE TOOL FOR SOLID WASTE MANAGEMENT OF KHULNA CITY CORPORATION OF BANGLADESH DR. MD. SALEQUZZAMAN Professor, Environmental Science Discipline, Khulna University, Bangladesh; and Research Fellow, Institute for Sustainability and Technology Policy (ISTP), Murdoch University, Australia, Phone: +880 41 813239, Fax: +880 41 731244, Email: salek_uz@yahoo.com / msalequzzaman@hotmail.com UMME TANIA SULTANA Environmental Science Discipline, Khulna University, Bangladesh ASIF IQBAL Environmental Science Discipline, Khulna University, Bangladesh, Email: asifiqbal_es@yahoo.com MD. AHASANUL HOQUE Environmental Science Discipline, Khulna University, Bangladesh, Email: ahasan_17@yahoo.com KEY WORDS: Ecological Footprint (EF), Sustainability, Khulna City Corporation (KCC). ABSTRACT Waste is directly related to the consumption of food and dumping to the land. Ecological footprint makes a relationship between two factors- the amount of land required to dispose per capita generated waste. Alike all municipal corporations around the world, Khulna City Corporation (KCC) face lack of waste dumping area with its increasing urbanized wastes. In this concern, the research has to calculate the ecological footprint to develop a sustainable waste management for waste generation in KCC considering its existing solid waste characteristics. Characteristically, KCC area is a naturally productive zone, because the income level of its population is not up to the mark. Although the city managed by unplanned way, it has potentiality to be developed in planned order through the estimation of ecological footprint for waste generation. The research reveals that the ecological footprint of waste generation in KCC area is significant. Because per capita waste generation in KCC area is 0.5 kg/capita/day or 455 tons/day, of which organic waste is 78%, paper 11.5%, plastic 5%, glass 4.7% and metal 2.8%. To assimilate of these components in its generated waste required 0.088 hector land per capita consisting of 152.85 m2/ capita for paper, 43.32 m2/capita for plastic, 19.31 m2/capita for glass, 46.73 m2/capita for metal and 624.30 m2/capita for organic waste composition. Considering the land categories, 775.86 m2/capita and 96.76 m2/capita energy accumulative and built up lands required for assimilating the total generated waste in KCC area respectively. These lands requirement are directly related to the recycling rate of wastes. The analysis reveals that the ecological footprint provides on the basis of waste management practices. Finally the research recommends that the ecological footprint could be used as a sustainable waste management tool for KCC and other metropolitan cities of Bangladesh environmentally friendly sustainable waste management.

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