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Development of a prototype assessment tool to evaluate the potential to successfully implement deconstruction as a regional waste reduction strategy.

机译:开发原型评估工具,以评估成功实施解构作为区域减少废物策略的潜力。

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摘要

The construction industry produces one-third of the nation's annual waste stream. This accounts for an estimated 136 million of the 395 million tons of waste produced annually. Our expanding national infrastructure is a result of increasing population and a strong stable economy. Unfortunately, the development needed to support the growing nation is occurring unsustainably. Developing in an unsustainable manner has significant detrimental global environmental impacts. Replacing environmentally detrimental practices with sustainable alternatives assists in ensuring that future generations have an equal or better quality of life.; A prototype assessment tool was developed through this research that identifies, assembles, and evaluates regional factors allowing a user to determine their regions' potential to successfully implement deconstruction as a waste reduction strategy. The assessment tool targets entities that are responsible for solid waste management and provides them with a means to determine if deconstruction could be an effective strategy to reduce the waste stream generated from single family residential demolitions and renovations. The assessment tool calculates (1) the Deconstruction Implementation Potential Score, (2) the Deconstruction Implementation Potential Ranking, (3) the Potential Waste Diversion Quantity, and (4) the Potential Waste Diversion Percentage. These scores can be used to determine if the region should pursue deconstruction as a waste reduction strategy or if the region should pursue other waste reduction alternatives. Based on the user input, the assessment tool also provides regionally specific recommendations to assist the user in improving the regions' potential to successfully implement deconstruction. Although this tool was developed to specifically address the residential deconstruction process, an additional, and possibly more significant impact is that this tool can also be used in the solid waste management strategic planning process to produce an overall deconstruction strategy.; The tool was distributed for review to four main categories of individuals: deconstruction experts, recycling coordinators, government and regulatory agencies, and private entities. Each group was targeted due to its unique ability to provide input on several aspects of the assessment tool. Through this distribution and review, the necessity and usability of this tool were validated.
机译:建筑业产生的废物占美国年度废物流的三分之一。在每年产生的3.95亿吨废物中,估计占1.36亿。我们不断扩大的国家基础设施是人口增加和强劲稳定的经济的结果。不幸的是,支持这个成长中的国家的发展是不可持续的。以不可持续的方式发展会对全球环境造成重大不利影响。用可持续的替代品替代对环境有害的做法,有助于确保子孙后代享有同等或更好的生活质量。通过这项研究开发了一种原型评估工具,该工具可以识别,组装和评估区域因素,从而使用户能够确定其地区成功实施解构作为减少废物策略的潜力。该评估工具的目标对象是负责固体废物管理的实体,并为他们提供了一种手段,以确定解构是否可以成为减少单户住宅拆除和翻新产生的废物流的有效策略。评估工具计算(1)解构实施潜力得分,(2)解构实施潜力排名,(3)潜在废物转移数量和(4)潜在废物转移百分比。这些分数可用于确定该地区是否应采用解构作为减少浪费的策略,或者该地区是否应寻求其他减少浪费的方法。根据用户的输入,评估工具还提供特定于区域的建议,以帮助用户提高区域成功实施解构的潜力。尽管开发了该工具来专门解决住宅的破坏过程,但另一个可能甚至更重要的影响是,该工具也可以用于固体废物管理战略规划过程中,以制定总体的破坏战略。该工具已分发给个人的四个主要类别进行审查:解构专家,回收协调员,政府和监管机构以及私人实体。每个小组都有针对性,因为它具有在评估工具的多个方面提供意见的独特能力。通过分发和审查,验证了此工具的必要性和可用性。

著录项

  • 作者

    Languell, Jennifer Lynn.;

  • 作者单位

    University of Florida.;

  • 授予单位 University of Florida.;
  • 学科 Engineering Civil.; Engineering Environmental.; Engineering Sanitary and Municipal.
  • 学位 Ph.D.
  • 年度 2001
  • 页码 232 p.
  • 总页数 232
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 建筑科学;环境污染及其防治;建筑科学;
  • 关键词

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