SEGRO: Key Towards Modern Waste Management

Jardosh, Parth M.; Shah, Shloka S.; Bide, Pramod

doi:10.1109/incet49848.2020.9154113

Cited by 9 publications

(4 citation statements)

References 12 publications

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“…That is, processing can be considered a preliminary stage for carrying out further measures to use waste as secondary energy or material resources, or to burn it to obtain electrical or thermal energy. At the same time, in European countries, the main part of waste is subject to secondary processing (Jardosh et al, 2020).…”

Section: Resultsmentioning

confidence: 99%

Marketing communication in the context of the optimal model of the national pattern system of waste management in Ukraine

Nesterenko,

Rosokhata

2023

UBSRAS

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The issue of rational waste management in Ukraine is quite acute. The system is in a state of decay, because about 94% of waste ends up in landfills and, at the same time, has a negative impact on the environment. That is why the issue of building a perfect management system and applying marketing communications in Ukraine is quite relevant, because proper waste management with the help of marketing measures will not only save the environment, but also attract secondary raw materials to energy or further production. The purpose of this work was to research and generalize the aspects of marketing communications in the context of the optimal model of the national pattern system of waste management in Ukraine. The research used a system method, an analysis method, and complex and integrative methods. It was determined that the level of volumes of generated and accumulated waste in Ukraine is quite high. It has been established that it is necessary to develop and improve measures for the disposal of acid, alkali or salt waste, other mineral waste, chemical waste, industrial waste sludge, ferrous metal waste and mixed and undifferentiated materials. Necessary waste disposal measures have been determined, which in turn should provide an opportunity to organize complex waste processing measures and ensure the use of their energy potential. The marketing communications established in the study will help to implement measures to stimulate recycling enterprises by the state, to establish relationships between producers and consumers of secondary products, to provide informational support for waste processing through the media, to create a marketing complex around secondary products and to reproduce the use of secondary products in energy efficiency. The recommended structure of marketing communications for running a waste management business in Ukraine will bring recycling to a new level and increase its efficiency. The practical significance of the study is that the identified waste disposal measures and accompanying marketing communications can be used in Ukraine to improve the effectiveness of the waste management system

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Section: Resultsmentioning

confidence: 99%

Marketing communication in the context of the optimal model of the national pattern system of waste management in Ukraine

Nesterenko,

Rosokhata

2023

UBSRAS

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Section: Resultsmentioning

confidence: 99%

Untitled

2023

UBSRAS

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“…The system also stores the current capacity status of a garbage collection site. The status will be updated hourly based on the monitoring system [28].…”

Section: H System Synthesismentioning

confidence: 99%

Development of Automatic Object Detection and IoT for Garbage Pickup Assignment Problem

Bayu Setyawan,

Novitasari,

Zahira

2024

JOIV : Int. J. Inform. Visualization

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Waste management remains a challenge in certain cities, particularly in allocating fleets responsible for collecting garbage from temporary disposal sites. Inadequate planning can lead to the accumulation of substantial waste piles. This study aims to enhance truck assignment by considering truck capacity and the collection route. The assignment process incorporates the fundamental concept of the transportation problem, precisely the northwest corner method. The volume of waste transported aligns with the resident or industrial population within the designated service area. The waste generation capacity determines the future fleet and quantity, forming a crucial element of the ensuing distribution channel. A monitoring system integrating object detection and the Internet of Things (IoT) has been devised to ensure effective garbage collection. Cameras strategically positioned at temporary disposal sites transmit real-time images. The system evaluates garbage collection capacity through object detection facilitated by neural network training. The research outcomes demonstrate the system's capability to identify waste pile levels and validate the garbage pickup process by the designated fleet. Future research should focus on assignment and scheduling in waste transportation, enabling fleet allocation within specific timeframes. Additionally, an object detection algorithm refinement is necessary for more precise identification of waste pile locations.

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SEGRO: Key Towards Modern Waste Management

Cited by 9 publications

References 12 publications

Marketing communication in the context of the optimal model of the national pattern system of waste management in Ukraine

Marketing communication in the context of the optimal model of the national pattern system of waste management in Ukraine

Untitled

Development of Automatic Object Detection and IoT for Garbage Pickup Assignment Problem

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