IoT Based Smart Waste Management System for Smart City

Patil, Sneha N.; Mohite, Snehal; Patil, Aishwarya; Joshi, Shwetali

doi:10.23956/ijarcsse/v7i4/0245

Cited by 13 publications

(13 citation statements)

References 3 publications

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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%

“…Although, the average waste generated by an individual is increasing daily and no one can control it, due to the number of start-up units aimed at using technology, this challenge could be combated (Parkash, 2016). Currently, different developers, designers and entrepreneurs are working on appropriate technology solutions aiming to manage the waste emanating from potential waste producers such as households, malls, dumping facilities, etc (Malele, 2022).…”

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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Section: Literature Reviewmentioning

confidence: 99%

Section: Literature Reviewmentioning

confidence: 99%

The Design of the IoT-based Smart Bin System

Madihlaba¹,

Malele²,

Owolawi³

2022

ICONIC

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“…It would be very helpful to reduce the environmental burden of TPA Jatiwaringin where the residue from TPST Mustika Ikhlas is usually transferred to. Alongside the model constructed, future waste management should include information system-based technology (Patil, Mohite, Patil, & Joshi, 2017). The challenge is how to adopt this system to the local society.…”

Section: Interventionmentioning

confidence: 99%

Waste Reduction Through Integrated Waste Management Modeling at Mustika Residence (Tangerang)

Johannes¹

2018

JESSD

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In Indonesia, there are classic issues about waste that are highlighted due to the country's critical conditions. Uncontrolled population growth and regional development have led to massive waste production. One popular practice in waste management is located at integrated waste management site (TPST). This practice has been implemented successfully by TPST Mustika Iklhas, a small community operation in Tangerang. Though different from previous operations, its success is achieved by active community participation, far away from government intervention. This study looks at management practices in TPST Mustika Ikhlas. The method used to address real and complex problems is called system dynamics. This method uses life cycle thinking to address the waste management practice in Mustika Residence. Once the model was constructed, a simulation was carried out within 1,080 days. In this study, exponential behaviors were generated in the main variables such as waste, inorganic waste, and compost. However, organic waste exhibited oscillation behavior due to its processing time needed to convert to compost. From the results and discussion, we conclude that integrated waste management in TPST Mustika Ikhlas has been effective in reducing waste through conversion to inorganic waste and compost. Intervention to Business-As-Usual (BAU) should focus on two leverage variables: retribution and TPST cash flow.

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“…One of the main concepts of IoT is to make it as efficient as possible for users to control devices as per their usage and save resources. When it comes to the waste industry, waste and recycling collectors are always looking at ways to minimize cost and increase productivity when possible [5][6][7][8][9][10][11][12]. An integration of IoT is introduced in this system to connect and exchange data in forms of measuring the weight of recycle waste thus collecting them accordingly and determining the amount of rebate points.…”

Section: Introductionmentioning

confidence: 99%

IoT recycle management system to support green city initiatives

Ramly

Sajak

Rashid

2019

IJEECS

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<p>In July 2009, Government of Malaysia had launched Green Technology Policy as new initiatives from Malaysia to handle greenhouse effect issue and energy usage through application and green technologies development to reduce carbon footprint. This project, Internet of Things (IoT) Recycle Management System is an idea to help the government in gearing the nation towards this aim with a developed system or technology that support green environment. For this paper, the intended cities are Putrajaya and Cyberjaya areas since both of these cities are chosen as a pioneer for the Green City Initiatives by the Government. This Arduino based Internet of Things (IoT) project is an upcoming urban technology that transforms everyday current recycling system into an ecosystem that would enrich our lives and make it exciting to recycle things anywhere. Hence, encourages Malaysian to recycle their things regularly and make it as a normal routine. This project consists of the development of recycle waste bin that have sensor-based and a database with webpage system for client interface which be connected via Internet network. This project has a huge prospect to be implemented in the future, should there be a collaboration with Government entities and Non- Government entities as this effort needs huge support from all Malaysians in order to realize first class mentality transformation.</p>

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IoT Based Smart Waste Management System for Smart City

Cited by 13 publications

References 3 publications

The Design of the IoT-based Smart Bin System

The Design of the IoT-based Smart Bin System

Waste Reduction Through Integrated Waste Management Modeling at Mustika Residence (Tangerang)

IoT recycle management system to support green city initiatives

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