Abstract
The necessity for recycling of wastes has increased nowadays and there are various solutions according to the types of wastes which are presented accordingly. By observing these solutions, the recycling system from the waste collection and separation system of the long-term disappearing of polymer waste to the additive manufacturing design stage has been indicated. Waste collection and separation systems have been reviewed and systems to be used effectively in the systematic way have been exemplified. Among four different separating systems which are with rotating, rail and fixed containers, fixed container four-sorting waste separation systems were chosen and developed as a mechatronic system design. The mechatronic system design is very prominent in order to create efficient and economical mechanisms in fixed-container four-sorting waste separation collection system (FCWS) applications. In addition, physical mechatronic system design (MSD), mechanical design, material selection, electrical electronic design sub-heading and cost analysis were made. In this study, the necessity and importance of the waste separation plants are revealed
Highlights
The widespread cost effective polymeric materials of the additive manufacturing technology (Zander, 2019) are becoming one of the major source of the novel functional waste recycling system designs (Sanchez, Boudaoud, Camargo, & Pearce, 2020)
These types of wastes are collected in factories and their recycling processes are completed via separated operations (AlSalem, Lettieri, & Baeyens, 2009)
A model scale prototype design of FCWS was made by unveiling the mechatronic system design (MSD), physical MSD, software and control sub-sections
Summary
The widespread cost effective polymeric materials of the additive manufacturing technology (Zander, 2019) are becoming one of the major source of the novel functional waste recycling system designs (Sanchez, Boudaoud, Camargo, & Pearce, 2020). Since the waste are environmentally dangerous than ever, the waste collection is required. The main measures such as the separation of wastes are imperative in order to prevent this situation from becoming worse. Waste management is defined as the collection, transportation, processing, recovery, disposal, and inspection activities of the wastes to minimize environmental pollution (Kayakutlu, Daim, Kunt, Altay, & Suharto, 2017). These types of wastes are collected in factories and their recycling processes are completed via separated operations (AlSalem, Lettieri, & Baeyens, 2009)
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