|Action plan for management of municipal solid waste|
|Guidelines for MSW Landfills|
|An Overview of Plastic Waste Management by CPCB|
|ASSESSMENT OF PLASTIC WASTE by CPCB|
|Status Repot on MSW|
|REPORT ON STATUS OF MSW MANAGEMENT IN GWALIOR CITY|
|Annual Report 2013-2014|
|Annual Report 2011-2012 (in Hindi|
|Annual Report 2011-12 (in English)|
|Annaul Report 2010-2011|
|Annual Report 2009-2010|
|Annual Report 2008-2009|
|Annual Report-2013-14 by MoEF|
|Annual Report-2012-13 by MoEF|
|Report of the MoEF Committee to Evolve Road Map on Management of Wastes in India (2010)|
|Report to the people on Environment and Forests 2009-2010|
|Report to the people on Environment and Forests 2010-2011|
|Report to the people on Environment and Forests 2012-2013|
|Report of the Committee to Evolve Road Map on Management of Wastes in India|
|Municipal Solid Wastes (Management and Handling) Rules, 2000|
|STATUS OF 'A' CLASS MUNICIPAL COUNCIL (MSW) AS ON 01.04.2014|
|STATUS OF MUNICIPAL CORPORATION (MSW) AS ON 01.04.2014|
|High Court Order - dated 02/04/2013|
|Regionwise Municipal Solid Waste Generation 2012-2013|
|Model Tender Documents for MSW Management|
|Implementation of MSW Rules in Maharashtra|
|GUIDELINES FOR CITIZENSFOR MANAGEMENT OFMUNICIPAL SOLID WASTES|
|State of Environment Report: Maharashtra|
|Status Of ULB's With Respect To MSW Rules (As on 1st July 2006)In The State Of Maharashtra( Regionwise Abstract )|
Ecofriendly approach of urban solid waste management a case study of Jalgaon city, Maharashtra
Abstract: The purpose of this study is to describe the application and progress of the Reduce-Reuse-Recycle (3R) initiative and its gradual implementation and development in solid waste management in Vietnam through the study of the municipal solid waste management (MSWM) systems of eight major urban cities and provinces. The resulting survey and studies showed that there are big challenges for MSWM in the study areas due to the absence of an appropriate master plan for MSWM; there is a clear need to set up indicators for waste reduction andgreenhouse gas emissionreduction from waste generatorsand enterprises involved in MSWM, especially in terms of using 3R activities in the management of industrial waste. The strength and organic combination of institutional frameworks, support measures, andtechnologiesfor 3R promotion need to be applied as soon as possible in order to implement MSWM practices usingmoreeffective measures; in particular, a reduction in the amount of hazardous substances discarded and improvements in the handling of hazardous waste are required.Click Here.
Abstract:Nowhere else in Pakistan is the urban rot more pronounced than in the waste-littered streets.Apart from being an eyesore, ill-managed solid waste in Pakistan is one of the primary causes of health andenvironmental problems, which costs the state and individual households hundreds of millions of rupees inhealthcare costsand lost productivity.
This paper focuses on the determinants of household solid waste generation in Rawalpindi Cantonment. Relying on a survey of economically-differentiated 118 households in six urban neighbourhoods, this paper has found substantial differences in household waste generation rates across various income groups. As expected, high-income neighbourhood residents generated more waste than their mid- and low-income counterparts. The total waste generated by household increased with household size. However, the waste per capita declined with the increase in the household size.
The state of solid waste collection was found to be poor across all income strata. The two low-income and one mid-income neighbourhood did not have any municipal wastecollection service. Fewer than 50% of the households in the high-income neighbourhood reported access to municipal solid waste collection service. The rest self-disposed household solid waste mostly in empty lots in the neighbourhood. More than 65% of the households sold recyclables to waste collecting street hawkers, while another 25% handed recyclables to domestic workers, who in turn sold recyclables in the market.
Abstact:Solid waste management is a worldwide phenomenon. Improper management of solid waste (SW) causes hazards to inhabitants. It is a big challenge all over the world for human beings. The problem of solid waste management (SWM) is also prevailing in the urban environment of MNIT Campus. Therefore the study was taken to find out the problems and prospects of solid waste MNIT, Jaipur. A detailed investigation was made regarding the methods of practices associated with sources, quantity generated, collection, transportation, storage, treatment and disposal of solid waste in MNIT Campus. The data concerning to SWM in MNIT Campus was obtained through questionnaire, individual field visit, and interacting with people. Photographic evidences were also made about generation, storage, collection, transportation, treatment and disposal of Solid Waste. This study reveals that the present system of SWM in MNIT is not satisfactory Solid Waste Management.Click Here.
Abstract:In Nashik Municipal Corporation area around 230 MT of solid waste is generated per day. A compost factory has been established by the corporation for converting garbage into valuable compost /manure. The garbage is collected with the help of special vehicles named“Ghantagadi”. Nashik Municipal Corporation has established a compost plant at the cost of Rs.4.61 crores from its own funds for the processing of waste. The plant is fully owned by the municipal corporation the waste collected is transported to the compost plant where it is mechanically segregated and processed to produce fine quality compost. The garbage collected from the city contains about 40% non-biodegradable material, which cannot be converted into compost is transported to the sanitary landfill site developed near the compost plant. The compost meets all the chemical parameters and is helpful to the farmers, especially the grape growers in and around Nashik. The plant is operated on aerobic microbial composting method. Nashik Corporation is operating the plant in one shift. Cost of production of one MT of compost manure is Rs.1700.Click Here.
Abstract:Collaboration between the Greater Amman Municipality (GAM) and the World Bank in municipal solid waste disposal constitutes an important step towards a greener society, through the implementation of the first commercial-scale project converting landfill gas to energy at the Ghabawi Sanitary Landfill site, located 40 kilometers east of the center of Amman, Jordan and is owned and operated by GAM. This is an innovative solid waste management project that will contribute not only to the improvement of solid waste management in greater Amman, but also offers Amman the opportunity to mobilize additional and unconventional revenues and to mitigate negative environmental effects at both the local and global level. One of the main component objectives of this project is to avoid methane (a greenhouse gas) emissions from the Ghabawi Sanitary Landfill by installing landfill gas collection and electricity generation plant. This will introduce environmentally friendly technology, and generating electricity from LFG. The total estimated emission reduction from the project during the first crediting period (7 years) is estimated at 1,519,963 tons CO2e for the period 2009 to 2015.Click Here.
Abstract:Experience with appropriate collection systems for urban and peri-urban areas of developing countries is accumulating. Nonetheless, the primary lesson learned from studying such systems is that collection systems must be designed to accommodate the particular conditions of the community. This paper reflects on international experience with such collection systems and examines their relevance to South Africa. A case study is presented of designing a solid waste collection system for the Winterveld, Bophuthatswana, including a community survey, a waste composition study, and exploration of resource recovery options. Detailed data from the case study show that, even within one country, solid waste collection systems are not automatically transferable from one community to another. Particular recommendations for the South African situation are given.Click Here.
Abstract:Solid waste management is a worldwide phenomenon. It is a big challenge all over the world for human beings. The problem of municipal solid waste management (MSWM) is also prevailing in the urban environment of Mysore. Therefore the present study was taken to find out the problems and prospects of Municipal solid waste in Mysore city. A detailed investigation was made regarding the methods of practices associated with sources, quantity generated, collection, transportation, storage, treatment and disposal of Municipal solid waste in Mysore city. The data concerning to SWM in Mysore was obtained through questionnaire, individual field visit, interacting with people and authentic record of municipal corporation. Photographic evidences were also made about generation, storage, collection, transportation, treatment and disposal of MSW. This study reveals that the system of MSWM in Mysore city is not satisfactory based on Municipal Solid Waste (Management & Handling) Rules 2000.Click Here.
Abstract:This describes the business model of municipally owned MSW companies in Sweden. A comparative study of two of these companies shows that they combine three types of activities: public service activities that collect solid waste from household, commercial establishment and industry; processing activities that transform this waste; and marketing activities that enable products and recycled material to re-enter the economy. The historical success of the two companies rests on their ability to create value by combining these three distinct yet mutually dependent types of activities. However, an ongoing legal controversy may develop into a treat to this business model and to the entire organization of Swedish waste management.Click Here.
Abstract:A micro-level study was carried out in a typical south Indian village to assess the quantity and type of wastes generated and its present mode of management. This information was used to identify the appropriate technologies which could enhance the value of the waste produced and, at the same time, improve the economic conditions of rural people. The study indicated that nearly 2364 tons of rural wastes in the form of crop residues, animal manure and human excreta are produced annually in the village with a population of 510. About 77% of the waste generated in the village was used as domestic fuel, animal fodder and organic fertilizer for crop production. The rest (23%) was left out in open fields for natural decomposition. The energy balance sheet of the village indicated that the present consumption of biomass resources was 50% less than that actually required for various domestic and agricultural applications. Anaerobic digestion of animal manure and human excreta produced in the village could yield 82% of the domestic energy required besides enriching the waste by 3–4 times as compared to conventional storage on the ground. If the traditional mud chulha (stove) were replaced by an improved chulha, each family unit could reduce their annual biomass (fire wood) consumption by about 2/3. Commercializing the utilization of coconut and paddy biomass using the village's man-power and facilities could increase the rural family income several fold.Click Here.
Abstract:Municipal solid waste management (MSWM) is one of the major environmental problems of Indian cities. Improper management of municipal solid waste (MSW) causes hazards to inhabitants. Various studies reveal that about 90% of MSW is disposed of unscientifically in open dumps and landﬁlls, creating problems to public health and the environment. In this study, an attempt has been made to provide a comprehensive review of the characteristics, generation, collection and transportation, disposal and treatment technologies of MSW practiced in India. The study pertaining to MSWM for Indian cities has been carried out to evaluate the current status and identify the major problems. Various adopted treatment technologies for MSW are critically reviewed, along with their advantages and limitations. The study is concluded with a few fruitful suggestions, which may be beneﬁcial to encourage the competent authorities/ researchers to work towards further improvement of the present system.Click Here.
1000 terms in Solid Waste Management by ISWA 1000 Terms in Solid Waste Management is a comprehensive international glossary on environment and waste management. The meaning and usage ofmorethan 1,000 terms is explained Click Here
Energy from Waste, State of theArtReport, Statistics, 5th Edition by ISWA Click Here
Field procedures Handbook for the operation of Landfill Biogas Systems This report was prepared by the ISWA Working Group on Landfill and a practical handbook covering basic field procedures and practices Click Here
Full Cost Accountingfor Municipal Solid Waste Management: A Handbook by EPA Click Here
Solid Waste Management and Greenhouse Gases-A Life-Cycle Assessment of Emissions and Sinks EPA Report Click Here
Improving Municipal Solid Waste Management in India A Sourcebook for Policy Makers and Practitioners By Da Zhu,P. U. Asnani,Chris Zurbrügg,SebastianAnapolsky,Shyamala Mani Click Here
|2.||Waste Management World||http://www.waste-management-world.com/|
|3.||Waste Management and Research||http://wmr.sagepub.com/|
|5.||Journal of Environmental Quality||https://www.agronomy.org/publications/jeq|
|6.||Indian Journal ofEnvironmental Health||http://www.indiaenvironmentportal.org.in/|
|7.||Journal of Solar Energy Society of India||http://www.sesi.in/|
|8.||Guides to Pollution Prevention-Metal Finishing Industry||http://cfpub.epa.gov/si/si_public_record_Report.cfm?dirEntryID=42434|
|9.||Environmental Science and Technology||http://pubs.acs.org/journal/esthag|
|10.||JOURNAL OF ENVIRONMENTAL SCIENCE AND ENGINEERING (JESE)||http://www.neeri.res.in/jese.html|
|11.||Journal of Waste Management||http://www.hindawi.com/journals/jwm/|
|12.||Journal of Material Cycles and Waste Management||http://link.springer.com/journal/10163|
|13.||Air and Waste Management Association||http://www.awma.org/publications/journal|
|14.||CIWM (Chartered Institution of Wastes Management) Journal||http://www.ciwm-journal.co.uk/|
|15.||The Open Waste Management Journal||http://www.benthamscience.com/open/towmj/|
|17.||Solid Waste Management||www.solidwastemag.com|
|18.||American Waste Digest||www.americanwastedigest.com|
|19.||MSW Management Magazine||www.mswmanagement.com|
|21.||The Journal of Solid Waste Technology and Management||http://solid-waste.org/|
|22.||International Journal of Environmental Research||http://www.ijer.ir/|
|23.||Journal of Environmental Protection||http://www.scirp.org/journal/JEP/