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Automatic Waste Transport Equipment in the River Integrated with the SCADA System (a) Departement of Electrical Engineering Education, Faculty of Technology and Vocational Education, Universitas Pendidikan Indonesia. Abstract Humans use goods and services to meet their daily needs. The number of items used by humans also increases the amount of waste generated every day. Technological developments, industrial developments, and the increasing population are factors in the increasing amount of waste, especially plastic waste. The plastic waste crisis in Indonesia has become so acute that the army has been deployed to provide reinforcements, especially to deal with the waste problem in the Citarum River, West Java. In Bandung, Indonesias third largest city, there are shaking sights of plastic waste so thick that it looks like an iceberg and clogs up sat the major tributary. This is caused by residents who do not have the awareness to throw garbage in the river. In addition, the access to garbage disposal around residential areas is quite far away , so that residents often throw garbage into the river. With technology, these problems can be resolved and help the process of processing waste in rivers. This technology can clean waste that is disposed of into the river automatically, can sort plastic and non-plastic waste, and can accommodate trash. The technology is called "Automatic Waste Transport Equipment Integrated with the SCADA System (Supervisory Control And Data Acquisition). With the SCADA system , which makes the system on this tool more accurate, whether it is in processing the amount of waste data, managing waste disposal, and troubleshooting or when there is damage to the tool, it immediately provides complete and accurate information. So in general, SCADA includes Internet of Things systems, control systems, processing systems and action management. Keywords: Garbage; River; Technology; SCADA Topic: Innovations in Engineering and Education |
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