Abstract

Purpose: Clustering of investment projects is an essential step in the process of planning the investment projects of organizations. Choosing the right project portfolio has a direct impact on the profitability and other strategic goals of organizations. Factors affecting the clustering of investment projects are many and the use of traditional methods alone cannot be useful, so it is necessary to use a suitable model for clustering projects and investment plans. The purpose of this research is to analysis investment projects of the Tabriz Municipality Waste Management Organization. Methodology: This research is a descriptive - survey method in terms of its objectives. The method used is Fuzzy clustering (FCM), in which the first large investment projects in waste management using the background of participants in research and investment clusters(3 clusters) using the FCM clustering approach is determined, then the priority of the appropriate investment methods (from 6 methods) of each project was obtained using expert judgment and other aspects. Due to the need for planning and clustering of investment projects, using the opinion of experts (10 experts), the importance of projects with ecological perspective was examined. Findings: The result of the research has been that Recycled tire recycling, Glass recycling, Electronic waste recycling, Plastic recycling and Construction project of a specialized recycling town are important projects that located in the first cluster and under normal circumstances, three investment methods, civil partnership agreements, BOT, and partnership contracts (property from the municipality) can be used for them. Originality/Value: Tabriz Municipality Waste Management is an important and influential organization in the activities of the city, in which the investment methods in its projects are mostly based on common contracts and are performed in the same way for all projects. This research offers new methods for projects and their diversity according to clustering technique.

Highlights

  • IntroductionEcological design (any design that minimizes the destructive effects of the environment by its own action) is used when we look at it in a positive light and try to achieve green design, not just to overcome its limitations, before this we need to know if project designers are ready to answer this question

  • Ecological design is used when we look at it in a positive light and try to achieve green design, not just to overcome its limitations, before this we need to know if project designers are ready to answer this question

  • An artificial system depends on its environment, which absorbs waste; it is inconceivable that waste materials can be removed from the building and at once [3]

Read more

Summary

Introduction

Ecological design (any design that minimizes the destructive effects of the environment by its own action) is used when we look at it in a positive light and try to achieve green design, not just to overcome its limitations, before this we need to know if project designers are ready to answer this question. We must keep in mind that all designed systems, such as open systems, have outputs. These wastes enter the surrounding ecosystems like wastes, which are themselves in solid, liquid and gaseous forms. The outputs are returned to the artificial environment and recycled are used. An artificial system depends on its environment, which absorbs waste; it is inconceivable that waste materials can be removed from the building and at once [3]. It's time for designers to change their minds about this, the exits of urban buildings such as skyscrapers and other artificial systems need to be absorbed into the world around them, this may require early work on waste to process them. Urban ecology is a precondition for cities to be able to provide a suitable environment for the lives of their citizens, and technological advances can only serve the city along with ecology; and this is practiced in the big and rich cities of the world, which are able to afford it, after numerous experiments [5]

Objectives
Results
Conclusion
Full Text
Paper version not known

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call

Disclaimer: All third-party content on this website/platform is and will remain the property of their respective owners and is provided on "as is" basis without any warranties, express or implied. Use of third-party content does not indicate any affiliation, sponsorship with or endorsement by them. Any references to third-party content is to identify the corresponding services and shall be considered fair use under The CopyrightLaw.