2020
DOI: 10.24251/hicss.2020.810
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Smart Waste Collection Processes - A Case Study about Smart Device Implementation

Abstract: For decades the core processes of collecting waste have been unchanged. Through new IoT-technologies, advances in sensors, and data transfer technologies, data-driven smart waste collection processes will replace old inefficient collection processes. Causing a shift from fix collection intervals to collection on demand, supported by smart algorithms and innovative web-applications. However, implementing such ideas come along with some almost insurmountable challenges related to wireless data transfer, batter… Show more

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Cited by 13 publications
(8 citation statements)
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“…Furthermore, using data analytics and IoT technology-based optimisation strategies, the collection frequency can also be based on temperature to avoid smell. Other potential uses of smart technologies in waste management are to create waste maps, manage smart bin placement, and change current pricing and business models of waste collection services [24].…”
Section: Trends and Potential Benefits Of Smart Technology Adoption I...mentioning
confidence: 99%
“…Furthermore, using data analytics and IoT technology-based optimisation strategies, the collection frequency can also be based on temperature to avoid smell. Other potential uses of smart technologies in waste management are to create waste maps, manage smart bin placement, and change current pricing and business models of waste collection services [24].…”
Section: Trends and Potential Benefits Of Smart Technology Adoption I...mentioning
confidence: 99%
“…The literature is plenty of related works trying to solve this issue in such a way and even the authors put forth their contribution in previous works [ 1 , 2 ]: the former introduced a prototype of low power smart public waste bin that was able to measure and remotely send, by means of a LoRa network, its filling level exploiting an off-the-shelf ultrasonic sensor; the latter improved the prototype that was previously shown by substituting the ultrasonic sensor with a waterproof one which was enclosed within a custom designed cap so as to refine its radiation lobe. Moreover, the literature pointed out the potential benefits of a smart waste management system either in smart cities contexts [ 3 ] and in professional and commercial environments [ 4 ].…”
Section: Related Workmentioning
confidence: 99%
“…Als digitale Innovation der Entsorgungswirtschaft erfahren sogenannte Smart Bins zunehmend Aufmerksamkeit. Als Smart Bins werden Abfallbehälter bezeichnet, welche neuartige, durch digitale Technologien ermöglichte, Funktionen beinhalten und dadurch einerseits die Effizienz und Effektivität bestehender Prozesse der Entsorgungslogistik verbessern, aber auch völlig neue Prozesse und Services ermöglichen (Castro Lundin et al 2017;Yerraboina et al 2018;Kamm et al 2020).…”
Section: Nutzenpotenziale Von Smart Bins In Der Entsorgungswirtschaftunclassified
“…Neben den zuvor beschriebenen Einsatzszenarien von Smart Bins rückt in Wissenschaft und Praxis insbesondere der Einsatz von Sensoren zur Messung des Füllstands in Abfallbehältern und einer damit verbundenen Anpassung der Abfalllogistikprozesse in den Fokus (Castro Lundin et al 2017;Kamm et al 2020 Im Anschluss an den Testbetrieb wurden die Sensorwerte mit den manuellen Füllstandsprotokollen verglichen. Da die Algorithmen der Vibrationssensoren im Projektzeitraum nicht abschließend auf die Behälter kalibriert werden konnten, konnten zu diesen keine finalen Rückschlüsse zur Genauigkeit gezogen werden.…”
Section: Nutzenpotenziale Von Smart Bins In Der Entsorgungswirtschaftunclassified
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