将城市垃圾转化为卫生基础设施的砌块:解决农村露天排便问题的一步

Harish T. Mohan, Lauriane Masson, Sreevalsa Kolathayarline, K. Sharma, Monish, A. Krishnan, S. K. Thiviya, R. Mohan
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引用次数: 10

摘要

由于与废物管理和露天排便有关的问题,印度等发展中国家在发展努力中面临重大挑战。城市社区面临着几乎无处不在的塑料垃圾带来的挑战,而农村社区的露天排便继续对健康构成重大威胁。城市人口缺乏对塑料的大规模利用一直是市政管理人员面临的挑战。由于原材料成本和缺乏熟练工人,该州在适当的卫生基础设施方面与农村人口相同。本文讨论了解决这些问题的潜在解决方案;即将城市塑料垃圾转化为环环相扣的建筑块,然后建造低成本、快速建造的厕所。进行了一项研究,以检验使用LDPE(低密度聚乙烯),HDPE(高密度聚乙烯)(主要废物来源)与容易获得的材料,如沙子,稻壳和锯末,以不同比例创建连锁块的有效性。该研究包括比较不同比例的原材料的机械和热性能,以找到最佳的组成。并从(1)农村社区可接受性、(2)联锁砖法施工、(3)资源可得性等方面探讨了厕所结构的设计与施工。与传统方法相比,本文还探讨了该解决方案的环境和经济可持续性优势,该解决方案具有最低的技能,更少的建筑材料和更短的建造时间。
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Transforming urban waste into construction blocks for a sanitation infrastructure: A step towards addressing rural open defecation
Developing nations like India face major challenges in their developmental efforts due to issues related to waste management and open defecation. While the urban community faces challenges related to plastic waste which has become almost all pervasive, the rural counterpart's open defecation continues to pose significant health threats. Lack of large-scale utilization of plastic from the urban population has been a challenge for civic administrators. The state is same as the rural population in terms of adequate sanitation infrastructure due to the cost of raw materials and lack of skilled workers. This paper discusses a potential solution to address these issues in concern; i.e. transforming urban plastic waste into interlocking construction blocks and then to construct low-cost, rapid build toilets. A study was conducted to examine the effectiveness of using LDPE (Low-Density Polyethylene), HDPE (High-Density Polyethylene) (major sources of waste) with easily procurable materials like sand, rice husk and saw dust, in different proportions to create the interlocking blocks. The study included a comparison of the mechanical and thermal properties of different proportions of raw materials to find the optimum composition. The paper also discusses the design and construction of toilet structure based on the (1) acceptance of the rural community, (2) construction with interlocking bricks method, and (3) availability of resources. The environmental and economic sustainability advantages of the proposed solution with very minimum skills, fewer construction materials, and shorter build time as compared to conventional methods have also been explored in this paper.
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