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Dynamic modeling of construction and demolition waste management processes An empirical study in Shenzhen, China

机译:建筑和拆迁废物管理过程的动态建模-中国深圳的一项实证研究

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Purpose - The aim of this paper is to develop a model based on system dynamics (SD) approach, which integrates three subsystems for simulating construction and demolition (C&D) waste management in Shenzhen, Mainland China.rnDesign/methodology/approach - SD approach was first used to construct the model for C&D waste management in Shenzhen. The model was then converted for running on computer through the software package "iThink", which was specifically designed for SD modeling. The data required for model simulation was derived through various ways, including literature review, examination of official reports and yearbooks, and questionnaires. After all the parameters in the model were determined, simulation was carried out.rnFindings - The model proposed in this research can provide an experimental simulation platform to investigate the complexity and interdependencies of factors in managing C&D waste in Shenzhen, Mainland China. The simulation results show that the pressing situation of C&D waste management in Shenzhen would aggravate if no effective measures were taken to address it during the simulation period. Participants' active participation and cost consideration are the two major factors affecting C&D waste reduction. Furthermore, new landfills should be planned to properly handle the C&D waste accumulated in Shenzhen over the past few years.rnOriginality/value - Although some studies have been conducted under the topic of C&D waste management during the past few years in Shenzhen - how to effectively and efficiently handle the waste is still unsolved. Factors affecting the effectiveness of C&D waste management have separately been examined in the previous studies, without considering their interrelations. The SD-based model is developed in this research to investigate the complex and interdependent relationships among these factors. The model can deepen participants' understandings about C&D waste management and help explore the major factors affecting the effectiveness of management activities. The measures, which are proposed based on the simulation results, can serve as a valuable reference for planning C&D waste management in Shenzhen.
机译:目的-本文的目的是建立一个基于系统动力学(SD)方法的模型,该模型集成了三个子系统,用于模拟中国大陆深圳的拆迁(C&D)废物管理。rn设计/方法/方法-SD方法是首先在深圳建立了拆建废物管理模型。然后通过专门为SD建模设计的软件包“ iThink”将模型转换为可在计算机上运行的模型。模型仿真所需的数据通过多种方式获得,包括文献综述,官方报告和年鉴的检查以及问卷调查。确定了模型中的所有参数后,进行了仿真。rn研究结果-本研究提出的模型可以提供一个实验仿真平台,以研究中国大陆深圳市管理C&D废物的因素的复杂性和相互依赖性。模拟结果表明,如果在模拟期间未采取有效措施解决深圳C&D废物管理的紧迫状况,将会加剧这种情况。参与者的积极参与和成本考虑是影响减少拆建废物的两个主要因素。此外,应该规划新的垃圾填埋场,以妥善处理过去几年在深圳累积的拆建废物。和有效处理废物仍未解决。在先前的研究中已经单独研究了影响C&D废物管理有效性的因素,而没有考虑它们之间的相互关系。在这项研究中开发了基于SD的模型,以研究这些因素之间的复杂和相互依赖的关系。该模型可以加深参与者对拆建废物管理的理解,并有助于探索影响管理活动有效性的主要因素。根据模拟结果提出的措施,可为深圳规划C&D废物管理提供有价值的参考。

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