Smart Self-managing Recycling Bin System

Engelbrecht, Jacobus N.; Malele, Vusumuzi; Owolawi, Pius A.; Mapayi, Temitope

doi:10.1109/icmimt55556.2022.9845330

Cited by 2 publications

(4 citation statements)

References 9 publications

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“…The concept of a smart recycle bin is a popular research topic. Engelbrecht et al [24] attempted to create a self-managing recycle bin system using a Raspberry Pi controller, strain gauges, and camera interaction. This system, developed with a C# and dotNetCore framework, measures recycled weight and manages rewards.…”

Section: Related Workmentioning

confidence: 99%

Cross Platform Waste Reuse, Reduce And Recycle Management Application With Prototyping Methodology

Setiawan,

Hartono,

et al. 2024

Appl. Inf. Syst. Manage.

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The use of plastic bags by the public as containers for shopping goods is very high. People often throw away plastic waste carelessly, causing pollution everywhere. The biggest problem with the lack of recycling action lies in the lack of public awareness of the importance of implementing 3R (Reduce, Reuse, Recycle). People are less motivated to do 3R, one of which is because there are no rewards after doing 3R. This research develops an application provides rewards to the community for using Eco-Green Bags as an alternative to plastic bags. This research application has a system that makes it easier for people to carry out 3R. This proposed framework application uses the React Native framework for creating mobile apps and Next.JS for creating admin websites and APIs. With the React Native framework, application performance will be faster and smoother for users. The Next.JS framework allows developers to have a very clear project structure, because Next.JS uses file-based routing. With this research, it is hoped that people can be even more motivated to carry out 3R. The community can participate easily in implementing 3R without any coercion but through the community's own initiative. In this way, the application can be a real supporter of society in implementing 3R and avoiding the use of plastic bags which are also contributors to environmental pollution.

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Section: Related Workmentioning

confidence: 99%

Cross Platform Waste Reuse, Reduce And Recycle Management Application With Prototyping Methodology

Setiawan,

Hartono,

et al. 2024

Appl. Inf. Syst. Manage.

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“…The challenges of overflowing or spillover waste of trash bins and their day-by-day management issues continue to be a waste management and climate change issue. Different techniques for handling the spillover challenges have been proposed by different authors (Engelbrecht, et al, 2022;Malele, 2022;Ravi, et al, 2021;Aguila, 2019;Sharma, 2018;Ghadage and Doshi, 2017;Parkash, 2016;Kurre, 2016).…”

Section: Literature Reviewmentioning

confidence: 99%

“…The system by Aguila, et al, (2019), gives the users power to monitor the local government; however, in most countries local government is non-effective. Hence, a system proposed by Engelbrecht, et al, (2022) enables the user to be in control and receive rewards through their trash disposal. Engelbrecht, et al, (2022) proposed a Smart Selfmanaging Recycling Bin system that is coupled with a rewards program to improve recycling awareness at the consumer level.…”

Section: Literature Reviewmentioning

confidence: 99%

“…Hence, a system proposed by Engelbrecht, et al, (2022) enables the user to be in control and receive rewards through their trash disposal. Engelbrecht, et al, (2022) proposed a Smart Selfmanaging Recycling Bin system that is coupled with a rewards program to improve recycling awareness at the consumer level. A Raspberry Pi, strain gauges, a web application written in C# and a Dotnet core framework were used to develop this system.…”

Section: Literature Reviewmentioning

confidence: 99%

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The Design of the IoT-based Smart Bin System

Madihlaba¹,

Malele²,

Owolawi³

2022

ICONIC

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Waste management is one of the major problems facing the world today. The trash spillover from garbage/trash/dust bins and the waste handling facilities creates unnecessary waste that needs to be managed. For example, in certain areas, trash spillover generates pollution as well as various hazardous situations. In this regard, unmanaged trash may be the root cause of spreading various diseases as well as creating huge waste management and health issues. To overcome the challenges, as well as maintain public health and cleanliness, this paper proposes the design of an Internet-of-Things (IoTs) based garbage monitoring system that measures the level of garbage in the bins and alerts the relevant stakeholders. It uses an ultrasonic sensor, load sensor, Arduino board, GPS Module, buzzer, and a motor and trash bin (with lid) to design the system. A sensor network was used to collect the levels in the trash bins and remotely trigger the required controls using IoTs. An ultrasonic sensor is interfaced with an Arduino board to check the level of trash and display the data on a dashboard. The administrator will then execute the required notification and dispatch authorized action. In this regard, waste management will be efficient, and overspill managed.

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Smart Self-managing Recycling Bin System

Cited by 2 publications

References 9 publications

Cross Platform Waste Reuse, Reduce And Recycle Management Application With Prototyping Methodology

Cross Platform Waste Reuse, Reduce And Recycle Management Application With Prototyping Methodology

The Design of the IoT-based Smart Bin System

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