Theoretical Analysis of Mobile Garbage Cleaner

2009

This paper focuses on the evaluation study of door-to-door Garbage Collection (DDGC) program carried out by the Centre for Social Studies, Surat in 2005. The study was based on the information gathered from 4000 respondents drawn from a cross section of society and interviews with the respective officers, contractors and labourers. It also examined the process of actual transfer of solid waste from the generator to the collector and people’s attitude and perception regarding practices of garbage collection and disposal. [Working Paper No.7].

International Journal of Research Publication and Reviews

Garbage collection is one of the most hazardous jobs in our country, and workers should avoid direct contact with hazardous trash. This paper is devoted to the design of a garbage collection vehicle that can be operated automatically. The creation of cutting-edge deep learning-based data processing technologies in recent years has sped up this rise. Furthermore, major automakers produce cars capable of partially or completely autonomous driving on public roadways. Contrarily, self-driving vehicles are now only permitted on multi-lane highways, such as interstates, and are not yet ready for urban areas or residential complexes. Because the autonomous garbage collection vehicle is battery-powered, the quantity of pollution it emits is insignificant in nature.

environmentaljournal.org

Garbage mainly as decomposable waste and recyclable plastics are the loitered waste commonly observed by every urbanite in India. The problems of garbage are likely to be intensified due to shrinking of municipal budgets (Muller and Schienberg, web search). From the perspectives of nature, garbage especially of decomposable type are resolvable commodity provided how we support nature for its processing. Biologists and anthropologists apart from the ruling Government, must work hand-in-hand to scrutinize multiples of existing technologies required to be re-researched and to be re-exhibited on pilot scales that needs to be done in one's hometown. Observations made by Ogawa (web search), shows that successful projects in line of solid waste management in the developing countries are meager and a very few success shown were until with the external support agencies. Later dwindle as socioeconomic crisis begin. After analyzing the details of decomposable garbage as disposable/recycling/energy production/composting/landfills-the study has shown the effective transformation of decomposable garbage into economically feasible, bioremedial, sustainable, rethinkable technology as aerobic composting followed by vermicomposting to make use of the product for soil reclamation, organic agriculture as sustainable technology at least for Indian suburbs.

Garbage mainly as decomposable waste and recyclable plastics are the loitered waste commonly observed by every urbanite in India. The problems of garbage are likely to be intensified due to shrinking of municipal budgets (Muller and Schienberg, web search). From the perspectives of nature, garbage especially of decomposable type are resolvable commodity provided how we support nature for its processing. Biologists and anthropologists apart from the ruling Government, must work hand-in-hand to scrutinize multiples of existing technologies required to be re-researched and to be re-exhibited on pilot scales that needs to be done in one's hometown. Observations made by Ogawa (web search), shows that successful projects in line of solid waste management in the developing countries are meager and a very few success shown were until with the external support agencies. Later dwindle as socio-economic crisis begin. After analyzing the details of decomposable garbage as disposable/recycling/energy production/composting/landfills -the study has shown the effective transformation of decomposable garbage into economically feasible, bioremedial, sustainable, rethinkable technology as aerobic composting followed by vermicomposting to make use of the product for soil reclamation, organic agriculture as sustainable technology at least for Indian suburbs.

International Research Journal of Modernization in Engineering Technology and Science, 2021

Purpose-The purpose of this paper emphasizes the status and management of waste generation and explores numerous technology needed for waste management in urban cities, which aim at smartly improving the city and the environment. This was achieved through the study of various technologies that have been used in the waste management sector in urban segments. Methodology-The paper uses secondary data gathered from comprehensive literature, case-studies, journal and internet review are used for this literature review. Findings-The analysis shows that technology has fully revolutionized the world and brought people together. Every area of the application of ICT has achieved the latest technological advancements. This would clarify and improve the public and the community's working using technologies. Different technologies need, however, to be respected in different industries, especially in urban areas, because population growth is high. Research limitations/implications-Waste is one of India's main issues, and the ferocious epidemic has removed the city's life. But the clean lines of the city have now been acutely deteriorated due to its quick urbanization and insufficient waste management. Originality/value-With the rise in population and urbanization, cities have to transform themselves into a Smart City and smart technology can be used to solve different problems impacting society. This study addresses to the problem of waste generated in urban communities and using the technologies to have a smoother flow in the line of waste sector.

2020

As the population is increasing day by day, the environment should be clean and hygienic. In many of the cities the overflowing garbage bins are creating an unhygienic environment. This further leads to arise of different types of diseases. To cope up with the situation, Shree Narendra Modi, PM of India has presented a unique example of a way to achieve cleanliness by launching a campaign popularly known as SWACCHHA BHARAT ABHIYAN (Clean India Mission) in which every individual irrespective posts and authority, has to maintain clean surrounding. In this contemporary busy world, it is almost impossible to maintain the clean and hygienic environment. To overcome these situations, we need to implement a smart garbage level monitoring system, which will alert the municipal corporation or higher authorities about the current level of garbage in different zones of cities. As level reaches its threshold level the alert is send to corporation. As the notification is received by the municipal corporation, the rag picking truck will reach to that dustbin and will empty the bin. Hence the bins are emptied before the garbage starts overflowing.

Ecological Engineering and Environment Protection, 2019

The potential for garbage production will continue to increase along with the population growth rate and behavior patterns of human life. If not handled properly, it will have an impact on changes in negative benefits due to pollution from garbage. Kota Kupang is an area that has not been well managed about its garbage management. Therefore, scientific reviews are needed so that maximum changes occur in handling garbage in Kota Kupang. For this reason, research has been carried out using descriptive methods, then were analyzed qualitatively and quantitatively using secondary data. This research was conducted for two months (November-December 2018), and preparation of reports is carried out by stages of research, namely data collection, data reduction, data presentation, and conclusion drawing. The results of the research indicate that changes of fundamental garbage management must be carried out by considering the household behavior in handling garbage, sustainability of the perspective on garbage as a useful material that starts from world of education, changes in conventional methods of handling garbage in Cleaning and Living Environment Office of Kota Kupang, and a revolutionary perspective on garbage is needed, from useless materials to be useful materials for the economy.

There had been a continuous rise in population in last few decades. The economic prosperity had improved standards of living of the people. The consumption had increased which gave rise to the problem of waste disposal and its management. The waste management has been a serious concern for the civic authorities. This study attempts how to deal with the waste management problem in Bengaluru which is one of the fastest growing city in the world.

IRJET, 2021

The government of India is looking for improving efficiencies in Solid Waste Management (SWM) and focusing on improving Solid Waste Management practices in Jhansi, Uttar Pradesh. The Jhansi is a historic city in the Indian state of Uttar Pradesh. It lies in the region of Bundelkhand on the banks of the Pahuj River, in the extreme south of Uttar Pradesh. Jhansi is the administrative headquarters of Jhansi district and Jhansi division called the Gateway to Bundelkhand, Jhansi is located at 25.4333 N 78.5833 E between the rivers Pahuj and Betwa at an average elevation of 285 meters (935 feet). It is about 415 kilometers (258 mi) from New Delhi and 99 kilometers (62 mi) south of Gwalior. The total solid waste generated 250 tons/day in Jhansi City which comes out to be about 450 grams per capita per day This report brings out the present situation of solid waste management at Jhansi and the proposals to improve the same. The project activity aims at: (i) For the systematic process that comprises of waste segregation and storage at source, primary collection, secondary storage, transportation, processing, and treatment. (ii) Modern and Scientific Technique Municipal Solid Waste Management, (iii) To effect behavioral change regarding healthy waste practices through IEC activities. (iv) Generate awareness about waste and its linkage with public health. (v) Capacity Augmentation for Municipal Area. The existing Municipal Solid Waste Management system lacks in terms of vehicles, processing facilities, secondary storage cum segregation points. Also, the Municipal Solid Waste Management is based on old school technology. Hence new infrastructure viz vehicles (E-Rickshaw, street sweeping machine refuse compactor, wheelbarrows, etc). Automated mechanized compost plant, segregation cum secondary storage, the automated street sweeping machine have been proposed along with Integrated ICT components like RFID tagging for the door to door collection, transportation, waste bins, route optimization, GPS tracking, etc.

2020

In April 2004, the Surat Municipal Corporation (SMC) of Gujarat had introduced the door-to-door Garbage Collection (DDGC) program in three selected zones namely South West, Central and East zone as per the guidelines of the Supreme Court of India and Municipal Solid Waste Management Rules, 2000. The DDGC has been out sourced to private contractors and ensures proper collection, segregation, transportation, processing and disposal of municipal solid wastes. Before embarking on a citywide implementation of the program the SMC decided to get a mid-term assessment of the functioning of the program. This paper focuses on the evaluation study of DDGC program carried out by the Centre for Social Studies, Surat in 2005. The study was based on the information gathered from 4000 respondents drawn from a cross section of society and interviews with the respective officers, contractors and labourers. It also examined the process of actual transfer of solid waste from the generator to the collec...