AUTO-SORTING WASTE DETECTION SYSTEM FOR SERVICE-ORIENTED WELL-BEING SOLUTION

H. Belal, Sabrina Washiatul Ahda, John Moores
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Abstract

Service-based value creation for well-being solution is an urgent requirement in business and social sustainability. Proper management of waste can help to ensure service-oriented value; thereby business and society can enjoy sustainability. From the macro perspective, it can be observed that waste is a phenomenal volume of mixed complex materials that can become useless output if one does not put into place a step of circular solution, which is recycle, reuse, and reduce (3R). However, before any of the 3R can be a success, waste must be sorted by separating them into organic vs. inorganic, and recyclablevs. unrecyclable to make the process of 3R more effective. Usually, most people are less aware or do not have enough knowledge regarding storage of their waste. This study proposes an effective and a prominent system to sort out and detect trash in an auto-waste sorting detection machine. The qualitative method will be conducted for data collection through semi-structured interviews with experts of solid waste management. This research can potentially help to improve the realization of the mandatory sourceseparation required by the Malaysian government and the implementation of Act 672 about waste separation at source and recycling in Malaysia.
面向服务型幸福解决方案的自动分类垃圾检测系统
以服务为基础的价值创造是商业和社会可持续发展的迫切要求。妥善管理废物有助确保服务导向的价值;因此,企业和社会可以享受可持续发展。从宏观的角度来看,可以观察到,废物是大量混合的复杂材料,如果不采取循环解决方案的步骤,即回收、再利用和减少(3R),废物就会成为无用的产出。然而,在3R中的任何一个可以成功之前,必须通过将废物分为有机与无机以及可回收物进行分类。不可回收,使3R过程更有效。通常情况下,大多数人都不太了解或没有足够的知识关于他们的废物储存。本研究提出了一种有效且突出的自动垃圾分类检测机垃圾分类检测系统。通过对固体废物管理专家的半结构化访谈,采用定性方法收集数据。这项研究可以潜在地帮助改善马来西亚政府要求的强制性来源分离的实现,以及马来西亚关于废物来源和回收的672法案的实施。
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