We share a part of the documents of the knowledge seminar on solid waste management at the JICA Nepal office on June 21, 2018.
In the documents, we show reports concerning the current situation of waste management in local cities and medical waste problems in Nepal from volunteers who are really working in local level. we also show reports on the future direction of waste administration in Nepal from the comparison of waste generation and economic indicators in Nepal and Asian countries.
The document discusses solid waste management challenges in developing countries like Bolivia and Ecuador. It notes that most solid waste ends up in insufficient landfills, collection services are inefficient and expensive, and the informal recycling sector employs many poor people. A Swisscontact project in Bolivia established eco-communities to improve waste collection, treatment, recycling and create green jobs. The project achieved positive results like reducing waste and creating new jobs.
Pune generates over 1600 tons of solid waste per day. It has implemented an integrated solid waste management system that focuses on source segregation, door-to-door collection, transportation, processing and scientific disposal. Key aspects include partnering with waste picker organizations, operating decentralized biogas plants, constructing a 300 TPD bio-CNG plant, and a 300 TPD waste-to-energy plant utilizing pyrolysis gasification. The goal is to attain better service delivery, enhance infrastructure, achieve financial sustainability, and eventually make Pune a zero garbage city.
Solid Waste Management Pollution A Case Study with Kishtwar Perspective of Ja...ijtsrd
Waste management SWM is a worldwide phenomenon and is a great concern in urban life in every city of the world. Developed countries of the world are viewing waste as their assets and converting waste into wealth. They use modern disposal and recycling technologies as well as state of the art equipments and ensuring their dwelling neat and tidy. SWM is a big challenge all over the world. Recycling is often viewed as an important aspect of an efficient and effective solid waste management system in the developed countries. The problem of solid waste management SWM is also prevailing in the Municipal environment of Kishtwar. Waste disposal and recycling is carried out in traditional way and same is disposed off in the open space without processing and not taking any precaution to protect the environment. This paper discussed about the role of organized cluster of households’ solid waste disposal, recycling and extracting benefits out off these waste in general and how employment can be generated from the garbage. Paper also suggested the involvement of community and Government initiatives to aware the city dwellers about waste isolation, classifications, collection, recycling and disposal. Dr. Ashaq Hussain "Solid Waste Management Pollution: A Case Study with Kishtwar Perspective of Jammu Region of J&K (India)" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-4 , June 2021, URL: https://www.ijtsrd.compapers/ijtsrd42500.pdf Paper URL: https://www.ijtsrd.comother-scientific-research-area/enviormental-science/42500/solid-waste-management-pollution-a-case-study-with-kishtwar-perspective-of-jammu-region-of-jandk-india/dr-ashaq-hussain
Strategic Solid Waste Management Plan for Municipalities: Chautara Municipality Saroj Upadhyay
SSWMP is a blueprint for reducing and
managing solid waste, and establishing a broad
policy framework for solid waste management
over short, medium & long-term planning
periods. The plan considers all aspects of waste
management and identifies current successes
as well as areas for improvement and growth.
The Strategic plan in this study is guided by the
principles of ISWM and was drafted via
situation analysis, participatory approach,
intense literature review, stakeholder analysis, field research and
expert inputs.
This document discusses waste management strategies in Malawi. It provides data from surveys of waste in Lilongwe and Cape Maclear. In Lilongwe, surveys found plastic and paper as the most common wastes. Cape Maclear surveys showed plastics, paper, glass and metal from homes and lodges. Solutions proposed include establishing recycling points, educating communities, promoting reuse of materials, and supporting groups making products from waste like briquettes. The goal is to create model villages like Cape Maclear to showcase waste management solutions and reduce pollution in Malawi.
This document discusses waste management strategies in Malawi. It provides data from surveys of waste in Lilongwe and Cape Maclear. In Lilongwe, surveys found plastic and paper as the most common wastes. Questionnaires also identified potential reuse options for common wastes like bottles. For Cape Maclear, the surveys showed waste quantities from homes and lodges, as well as preferences for recycling. The document proposes solutions like establishing recycling points, educating communities, and supporting existing recycling initiatives. It aims to make Cape Maclear a model village for waste management.
This document summarizes solid waste management practices in Dhaka City, Bangladesh. It finds that Dhaka generates around 3,500 tons of solid waste per day, with food and vegetable waste making up 70% of composition. Waste is collected through both conventional and community-based systems and disposed of in dumping sites, notably Matuali site which currently receives 88% of waste. While recycling processes have not been implemented, the conclusion recommends composting organic waste and recycling inorganic materials to reduce landfill needs and environmental impacts of current disposal methods.
This study examined solid waste management practices in Ukhra Village, India. It found that most households dispose of waste by throwing it in open land. The study evaluated waste generated from residential, commercial, and institutional sources, finding for example that each household produces an average of 76.4 kg of wet waste per year. It provided suggestions for improving solid waste management, such as establishing a budget, training programs, and a new management model for the village.
The document discusses solid waste management challenges in developing countries like Bolivia and Ecuador. It notes that most solid waste ends up in insufficient landfills, collection services are inefficient and expensive, and the informal recycling sector employs many poor people. A Swisscontact project in Bolivia established eco-communities to improve waste collection, treatment, recycling and create green jobs. The project achieved positive results like reducing waste and creating new jobs.
Pune generates over 1600 tons of solid waste per day. It has implemented an integrated solid waste management system that focuses on source segregation, door-to-door collection, transportation, processing and scientific disposal. Key aspects include partnering with waste picker organizations, operating decentralized biogas plants, constructing a 300 TPD bio-CNG plant, and a 300 TPD waste-to-energy plant utilizing pyrolysis gasification. The goal is to attain better service delivery, enhance infrastructure, achieve financial sustainability, and eventually make Pune a zero garbage city.
Solid Waste Management Pollution A Case Study with Kishtwar Perspective of Ja...ijtsrd
Waste management SWM is a worldwide phenomenon and is a great concern in urban life in every city of the world. Developed countries of the world are viewing waste as their assets and converting waste into wealth. They use modern disposal and recycling technologies as well as state of the art equipments and ensuring their dwelling neat and tidy. SWM is a big challenge all over the world. Recycling is often viewed as an important aspect of an efficient and effective solid waste management system in the developed countries. The problem of solid waste management SWM is also prevailing in the Municipal environment of Kishtwar. Waste disposal and recycling is carried out in traditional way and same is disposed off in the open space without processing and not taking any precaution to protect the environment. This paper discussed about the role of organized cluster of households’ solid waste disposal, recycling and extracting benefits out off these waste in general and how employment can be generated from the garbage. Paper also suggested the involvement of community and Government initiatives to aware the city dwellers about waste isolation, classifications, collection, recycling and disposal. Dr. Ashaq Hussain "Solid Waste Management Pollution: A Case Study with Kishtwar Perspective of Jammu Region of J&K (India)" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-4 , June 2021, URL: https://www.ijtsrd.compapers/ijtsrd42500.pdf Paper URL: https://www.ijtsrd.comother-scientific-research-area/enviormental-science/42500/solid-waste-management-pollution-a-case-study-with-kishtwar-perspective-of-jammu-region-of-jandk-india/dr-ashaq-hussain
Strategic Solid Waste Management Plan for Municipalities: Chautara Municipality Saroj Upadhyay
SSWMP is a blueprint for reducing and
managing solid waste, and establishing a broad
policy framework for solid waste management
over short, medium & long-term planning
periods. The plan considers all aspects of waste
management and identifies current successes
as well as areas for improvement and growth.
The Strategic plan in this study is guided by the
principles of ISWM and was drafted via
situation analysis, participatory approach,
intense literature review, stakeholder analysis, field research and
expert inputs.
This document discusses waste management strategies in Malawi. It provides data from surveys of waste in Lilongwe and Cape Maclear. In Lilongwe, surveys found plastic and paper as the most common wastes. Cape Maclear surveys showed plastics, paper, glass and metal from homes and lodges. Solutions proposed include establishing recycling points, educating communities, promoting reuse of materials, and supporting groups making products from waste like briquettes. The goal is to create model villages like Cape Maclear to showcase waste management solutions and reduce pollution in Malawi.
This document discusses waste management strategies in Malawi. It provides data from surveys of waste in Lilongwe and Cape Maclear. In Lilongwe, surveys found plastic and paper as the most common wastes. Questionnaires also identified potential reuse options for common wastes like bottles. For Cape Maclear, the surveys showed waste quantities from homes and lodges, as well as preferences for recycling. The document proposes solutions like establishing recycling points, educating communities, and supporting existing recycling initiatives. It aims to make Cape Maclear a model village for waste management.
This document summarizes solid waste management practices in Dhaka City, Bangladesh. It finds that Dhaka generates around 3,500 tons of solid waste per day, with food and vegetable waste making up 70% of composition. Waste is collected through both conventional and community-based systems and disposed of in dumping sites, notably Matuali site which currently receives 88% of waste. While recycling processes have not been implemented, the conclusion recommends composting organic waste and recycling inorganic materials to reduce landfill needs and environmental impacts of current disposal methods.
This study examined solid waste management practices in Ukhra Village, India. It found that most households dispose of waste by throwing it in open land. The study evaluated waste generated from residential, commercial, and institutional sources, finding for example that each household produces an average of 76.4 kg of wet waste per year. It provided suggestions for improving solid waste management, such as establishing a budget, training programs, and a new management model for the village.
This document outlines waste management strategies for various areas in Malawi. Surveys were conducted in Lilongwe, Cape Maclear, and Msonga Village to analyze waste quantities and management facilities. High levels of pollution were found in water sources near populated areas. The strategies proposed include educating communities about recycling, organizing clean ups, constructing recycling points, and promoting innovative reuse of waste materials. Workshops will design devices using waste and laminated instructions will demonstrate composting and briquette making. The goal is to establish Cape Maclear as a model eco-village and expand initiatives to other locations in Malawi.
Can there be a city with no landfill? Indeed this is a dream to come true. This presentation provides a tool box of strategies that we could consider to move towards this aspiration. There are not many options left - landfills one day will have to be built on the Moon!!
The document outlines a strategy for improving waste management in Indian cities, which are facing increasing urbanization and waste generation. It proposes establishing waste treatment plants in major cities along with setting up a management system involving local and central government bodies, private partnerships, and community involvement. The strategy aims to properly collect, segregate, treat and dispose of wastes to reduce environmental impacts and make cities more sustainable.
This study investigates the municipal solid waste (MSW) management in Vang Vieng district, Vientiane province, Lao PDR toward circular economy. The research focus was placed on (i) current status, (ii) opportunities and challenges, and (iii) solutions to realize circular economy (CE) in MSW management. Different methods were employed, including literature review, semi-interviews, sampling, SWOT, and TOWS matrix. It was found that 43.33 tons/day of MSW is generated in Vang Vieng. Of which, the MSW amounts derived from the urban, rural, and public areas account for 50.11 %, 35.52 %, and 14.37 %, respectively. The MSW collection and recycling rates are 34.62 % and 11.54 %, correspondingly. Open dumping at a landfill is the main pathway for MSW disposal in Vang Vieng. The limitations to be addressed include (1) lack of proper awareness of solid waste management, (2) insufficiency in collection service, recycling facilities, and disposal technologies, and (3) unpopularity of the CE in the district. Contrarily, there are opportunities for applying CE in MSW management, namely (1) Vang Vieng has a specific governmental organization in charge of MSW management to keep the city clean and tidy, (2) the private sector plays an increasingly active role in MSW management, and (3) local people start to use cloth bags and glassware to minimize the MSW quantity. Finally, key solutions are proposed including (i) enhancement of the MSW separation, recycling, and transportation, (ii) promotion of the community based MSW management, and (iii) promulgation and enforcement of the MSW recycling incentive policies.
Solid waste management in Shanghai faces several challenges. Shanghai generates over 7 million tons of municipal solid waste per year and over 24 million tons of industrial solid waste. It employs various methods to manage this waste, including landfills, incineration, and recycling. However, challenges remain due to rapid urbanization and population growth, which increase waste generation. Shanghai also struggles with inadequate waste infrastructure and a lack of incentives for residents to reduce waste. Officials are working to address these challenges and build Shanghai into a more sustainable city.
The pace of urbanization throughout the world – and especially in the developing world – is challenging development donors and thinkers to find new solutions to tackling urban poverty, and urban slum issues.
Devex recently hosted an online discussion with some of the top thinkers and policymakers standing at the crossroads where urbanization and development meet.
Research Inventy : International Journal of Engineering and Science is published by the group of young academic and industrial researchers with 12 Issues per year. It is an online as well as print version open access journal that provides rapid publication (monthly) of articles in all areas of the subject such as: civil, mechanical, chemical, electronic and computer engineering as well as production and information technology. The Journal welcomes the submission of manuscripts that meet the general criteria of significance and scientific excellence. Papers will be published by rapid process within 20 days after acceptance and peer review process takes only 7 days. All articles published in Research Inventy will be peer-reviewed.
This document summarizes a study on municipal solid waste management in Nairobi, Kenya. It finds that Nairobi generates over 4,000 tonnes of solid waste daily but the collection rate is only 33%, leaving most waste uncollected. Community-based organizations have the lowest costs for waste collection and management. The roles and coordination of government, private companies, community groups, and other actors in waste management is unclear. Effective waste management in Nairobi is challenging due to low collection rates, a single overloaded dumpsite, and lack of infrastructure and regulation.
Extended producer responsibility (EPR) is a key policy approach to promote more sustainable materials management. The document discusses a survey of EPR policies around the world. The survey found that EPR policies are most common in Europe and focus on waste from electronics, packaging, tires, and vehicles. Common policy instruments include take-back requirements, deposit-refund systems, and advance disposal fees. The objective of the forum is to update EPR guidance, share experiences implementing EPR, and gain consensus on effective policy measures, including involvement from emerging markets.
PLASTIC WASTE QUANTIFICATION, CHARACTERIZATION AND ITS MANAGEMENT IN DAVANAGE...IRJET Journal
The document discusses plastic waste quantification, characterization, and management in Davanagere City, India. It finds that plastic waste makes up 11.3 kg of the 25 kg solid waste sample collected. The most common plastics were HDPE and LDPE at 30.9% and PET at 18.6%. Surveys found a lack of awareness around plastic recycling. The study concludes more policies and education are needed to better manage Davanagere's increasing plastic waste as the population grows. Strict enforcement of recycling programs and investments in new recycling infrastructure could help address this issue.
Pune’s Trash Solution: A Zero Waste City (by Kunal Kumar, Municipal Commissio...NITI Aayog
This document summarizes Kunal Kumar's presentation on Pune's approach to zero waste management. Some key points:
- Pune generates around 1600 tons of solid waste per day and collects waste door-to-door using 160 trucks.
- Their integrated waste management approach focuses on segregation at source, decentralized processing, and scientific disposal.
- Best practices include integrating the informal sector, biomethanation plants, mandatory on-site disposal for new developments, and an app for citizen complaints.
- The goal is to become a zero garbage city through increasing awareness, promoting recycling and composting, and developing comprehensive centralized processing.
The management of sludge in the informal sector, Indiazenrain man
The document summarizes sanitation practices in Bangalore, India and the role of the informal sector. Over 494,000 households in Bangalore use septic tanks or pit toilets for sanitation. However, the city's sewage system only collects and treats a portion of the total waste generated. The informal sector plays a key role in emptying pit toilets and septic tanks using "honey-sucker" trucks. This waste is then often processed into compost. The document discusses the economics of these informal sanitation practices and proposes guidelines and policies to better regulate and utilize this system.
The document discusses waste management strategies with a focus on reducing waste at the source. It notes that municipal solid waste in cities has significantly increased in recent years due to population growth and changes in lifestyle and consumption. Most waste is biodegradable household waste. The document advocates emulating European waste management strategies that prioritize waste prevention, recycling and reuse, and improving disposal methods. It also discusses approaches being taken in India like composting and converting waste to energy. The most effective approach is argued to be reducing waste at the source by changing production and consumption patterns.
This document is a thesis presented by Rhea Abigail Navarro to fulfill requirements for an International Master's Program in Environmental Science at Lund University in Sweden. The thesis examines solid waste management in Metro Manila, Philippines using a systems approach. It provides background information on Metro Manila, describes the existing solid waste management system and challenges, analyzes the system using causal loop diagrams and modeling, and examines potential scenarios to address challenges.
The document discusses waste management in India and Udupi specifically. It defines different types of waste like municipal solid waste and industrial waste. It explains that waste management involves collection, transport, disposal, and recycling of waste. It provides details on waste generation amounts in major Indian cities. It also discusses regulations and management of specific waste streams like plastic, e-waste, hazardous waste, and more. It notes that Udupi uses an integrated system of door-to-door collection and landfilling but still faces issues like lack of awareness and irregular services. The conclusion is that India's waste situation requires a holistic approach that addresses both present and long-term solutions.
This document provides guidelines for the disposal of e-waste in Nepal. It defines e-waste as discarded electronic devices and discusses some of the problems posed by e-waste, such as growing volumes and environmental and health effects. It notes that Nepal produces around 18,000 metric tons of e-waste per year. While Nepal lacks dedicated e-waste management guidelines, the Solid Waste Management Act of 2011 addresses industrial and hazardous waste disposal. The document outlines rules for managing solid waste and concludes by emphasizing the need for increased e-waste awareness, reuse/recycling, and government action to reduce improper e-waste disposal.
This presentation discusses a pilot project in Gaibandha, Bangladesh that implemented an integrated solid waste management system using waste-to-biogas technology. The system collects kitchen waste from local households to produce biogas through anaerobic digestion. The biogas is then used for cooking and powering irrigation, while the leftover slurry and compost have economic value. The project partnership between the municipality, NGO, and private sector has worked well and shown the technical and economic viability of the waste-to-biogas model. Based on the success in Gaibandha, the presentation proposes significantly scaling up this approach across Bangladeshi municipalities to sustainably manage waste, reduce energy costs, and improve livelihoods.
Implementation analysis of solid waste management.pptxRafiqulIslam84402
This document summarizes a paper that analyzes the implementation of solid waste management. It discusses why the paper was selected - because it deals with a complex environmental problem using statistical analysis. It provides background information on global municipal solid waste generation rates and India's waste generation and management. The objectives are to examine the current solid waste management scenario, analyze implementation, and identify challenges. Key factors that affect successful implementation include integrated management, citizen participation, resources, awareness, markets, policies and laws, and commitment.
Solid Waste Management of Indore City: A ReviewIRJET Journal
This document discusses solid waste management in Indore City, India. It begins by providing background on the rapid growth of Indore's population and economy, which has led to increasing amounts of municipal solid waste generation. It then reviews Indore's current solid waste management system, which includes waste collection, transportation, and disposal, but lacks adequate processing. The document also analyzes the composition and characteristics of Indore's municipal solid waste. It finds that waste collection in Indore is inefficient due to lack of infrastructure and resources. Improving Indore's solid waste management system is important for the city's environmental health and development.
This document outlines waste management strategies for various areas in Malawi. Surveys were conducted in Lilongwe, Cape Maclear, and Msonga Village to analyze waste quantities and management facilities. High levels of pollution were found in water sources near populated areas. The strategies proposed include educating communities about recycling, organizing clean ups, constructing recycling points, and promoting innovative reuse of waste materials. Workshops will design devices using waste and laminated instructions will demonstrate composting and briquette making. The goal is to establish Cape Maclear as a model eco-village and expand initiatives to other locations in Malawi.
Can there be a city with no landfill? Indeed this is a dream to come true. This presentation provides a tool box of strategies that we could consider to move towards this aspiration. There are not many options left - landfills one day will have to be built on the Moon!!
The document outlines a strategy for improving waste management in Indian cities, which are facing increasing urbanization and waste generation. It proposes establishing waste treatment plants in major cities along with setting up a management system involving local and central government bodies, private partnerships, and community involvement. The strategy aims to properly collect, segregate, treat and dispose of wastes to reduce environmental impacts and make cities more sustainable.
This study investigates the municipal solid waste (MSW) management in Vang Vieng district, Vientiane province, Lao PDR toward circular economy. The research focus was placed on (i) current status, (ii) opportunities and challenges, and (iii) solutions to realize circular economy (CE) in MSW management. Different methods were employed, including literature review, semi-interviews, sampling, SWOT, and TOWS matrix. It was found that 43.33 tons/day of MSW is generated in Vang Vieng. Of which, the MSW amounts derived from the urban, rural, and public areas account for 50.11 %, 35.52 %, and 14.37 %, respectively. The MSW collection and recycling rates are 34.62 % and 11.54 %, correspondingly. Open dumping at a landfill is the main pathway for MSW disposal in Vang Vieng. The limitations to be addressed include (1) lack of proper awareness of solid waste management, (2) insufficiency in collection service, recycling facilities, and disposal technologies, and (3) unpopularity of the CE in the district. Contrarily, there are opportunities for applying CE in MSW management, namely (1) Vang Vieng has a specific governmental organization in charge of MSW management to keep the city clean and tidy, (2) the private sector plays an increasingly active role in MSW management, and (3) local people start to use cloth bags and glassware to minimize the MSW quantity. Finally, key solutions are proposed including (i) enhancement of the MSW separation, recycling, and transportation, (ii) promotion of the community based MSW management, and (iii) promulgation and enforcement of the MSW recycling incentive policies.
Solid waste management in Shanghai faces several challenges. Shanghai generates over 7 million tons of municipal solid waste per year and over 24 million tons of industrial solid waste. It employs various methods to manage this waste, including landfills, incineration, and recycling. However, challenges remain due to rapid urbanization and population growth, which increase waste generation. Shanghai also struggles with inadequate waste infrastructure and a lack of incentives for residents to reduce waste. Officials are working to address these challenges and build Shanghai into a more sustainable city.
The pace of urbanization throughout the world – and especially in the developing world – is challenging development donors and thinkers to find new solutions to tackling urban poverty, and urban slum issues.
Devex recently hosted an online discussion with some of the top thinkers and policymakers standing at the crossroads where urbanization and development meet.
Research Inventy : International Journal of Engineering and Science is published by the group of young academic and industrial researchers with 12 Issues per year. It is an online as well as print version open access journal that provides rapid publication (monthly) of articles in all areas of the subject such as: civil, mechanical, chemical, electronic and computer engineering as well as production and information technology. The Journal welcomes the submission of manuscripts that meet the general criteria of significance and scientific excellence. Papers will be published by rapid process within 20 days after acceptance and peer review process takes only 7 days. All articles published in Research Inventy will be peer-reviewed.
This document summarizes a study on municipal solid waste management in Nairobi, Kenya. It finds that Nairobi generates over 4,000 tonnes of solid waste daily but the collection rate is only 33%, leaving most waste uncollected. Community-based organizations have the lowest costs for waste collection and management. The roles and coordination of government, private companies, community groups, and other actors in waste management is unclear. Effective waste management in Nairobi is challenging due to low collection rates, a single overloaded dumpsite, and lack of infrastructure and regulation.
Extended producer responsibility (EPR) is a key policy approach to promote more sustainable materials management. The document discusses a survey of EPR policies around the world. The survey found that EPR policies are most common in Europe and focus on waste from electronics, packaging, tires, and vehicles. Common policy instruments include take-back requirements, deposit-refund systems, and advance disposal fees. The objective of the forum is to update EPR guidance, share experiences implementing EPR, and gain consensus on effective policy measures, including involvement from emerging markets.
PLASTIC WASTE QUANTIFICATION, CHARACTERIZATION AND ITS MANAGEMENT IN DAVANAGE...IRJET Journal
The document discusses plastic waste quantification, characterization, and management in Davanagere City, India. It finds that plastic waste makes up 11.3 kg of the 25 kg solid waste sample collected. The most common plastics were HDPE and LDPE at 30.9% and PET at 18.6%. Surveys found a lack of awareness around plastic recycling. The study concludes more policies and education are needed to better manage Davanagere's increasing plastic waste as the population grows. Strict enforcement of recycling programs and investments in new recycling infrastructure could help address this issue.
Pune’s Trash Solution: A Zero Waste City (by Kunal Kumar, Municipal Commissio...NITI Aayog
This document summarizes Kunal Kumar's presentation on Pune's approach to zero waste management. Some key points:
- Pune generates around 1600 tons of solid waste per day and collects waste door-to-door using 160 trucks.
- Their integrated waste management approach focuses on segregation at source, decentralized processing, and scientific disposal.
- Best practices include integrating the informal sector, biomethanation plants, mandatory on-site disposal for new developments, and an app for citizen complaints.
- The goal is to become a zero garbage city through increasing awareness, promoting recycling and composting, and developing comprehensive centralized processing.
The management of sludge in the informal sector, Indiazenrain man
The document summarizes sanitation practices in Bangalore, India and the role of the informal sector. Over 494,000 households in Bangalore use septic tanks or pit toilets for sanitation. However, the city's sewage system only collects and treats a portion of the total waste generated. The informal sector plays a key role in emptying pit toilets and septic tanks using "honey-sucker" trucks. This waste is then often processed into compost. The document discusses the economics of these informal sanitation practices and proposes guidelines and policies to better regulate and utilize this system.
The document discusses waste management strategies with a focus on reducing waste at the source. It notes that municipal solid waste in cities has significantly increased in recent years due to population growth and changes in lifestyle and consumption. Most waste is biodegradable household waste. The document advocates emulating European waste management strategies that prioritize waste prevention, recycling and reuse, and improving disposal methods. It also discusses approaches being taken in India like composting and converting waste to energy. The most effective approach is argued to be reducing waste at the source by changing production and consumption patterns.
This document is a thesis presented by Rhea Abigail Navarro to fulfill requirements for an International Master's Program in Environmental Science at Lund University in Sweden. The thesis examines solid waste management in Metro Manila, Philippines using a systems approach. It provides background information on Metro Manila, describes the existing solid waste management system and challenges, analyzes the system using causal loop diagrams and modeling, and examines potential scenarios to address challenges.
The document discusses waste management in India and Udupi specifically. It defines different types of waste like municipal solid waste and industrial waste. It explains that waste management involves collection, transport, disposal, and recycling of waste. It provides details on waste generation amounts in major Indian cities. It also discusses regulations and management of specific waste streams like plastic, e-waste, hazardous waste, and more. It notes that Udupi uses an integrated system of door-to-door collection and landfilling but still faces issues like lack of awareness and irregular services. The conclusion is that India's waste situation requires a holistic approach that addresses both present and long-term solutions.
This document provides guidelines for the disposal of e-waste in Nepal. It defines e-waste as discarded electronic devices and discusses some of the problems posed by e-waste, such as growing volumes and environmental and health effects. It notes that Nepal produces around 18,000 metric tons of e-waste per year. While Nepal lacks dedicated e-waste management guidelines, the Solid Waste Management Act of 2011 addresses industrial and hazardous waste disposal. The document outlines rules for managing solid waste and concludes by emphasizing the need for increased e-waste awareness, reuse/recycling, and government action to reduce improper e-waste disposal.
This presentation discusses a pilot project in Gaibandha, Bangladesh that implemented an integrated solid waste management system using waste-to-biogas technology. The system collects kitchen waste from local households to produce biogas through anaerobic digestion. The biogas is then used for cooking and powering irrigation, while the leftover slurry and compost have economic value. The project partnership between the municipality, NGO, and private sector has worked well and shown the technical and economic viability of the waste-to-biogas model. Based on the success in Gaibandha, the presentation proposes significantly scaling up this approach across Bangladeshi municipalities to sustainably manage waste, reduce energy costs, and improve livelihoods.
Implementation analysis of solid waste management.pptxRafiqulIslam84402
This document summarizes a paper that analyzes the implementation of solid waste management. It discusses why the paper was selected - because it deals with a complex environmental problem using statistical analysis. It provides background information on global municipal solid waste generation rates and India's waste generation and management. The objectives are to examine the current solid waste management scenario, analyze implementation, and identify challenges. Key factors that affect successful implementation include integrated management, citizen participation, resources, awareness, markets, policies and laws, and commitment.
Solid Waste Management of Indore City: A ReviewIRJET Journal
This document discusses solid waste management in Indore City, India. It begins by providing background on the rapid growth of Indore's population and economy, which has led to increasing amounts of municipal solid waste generation. It then reviews Indore's current solid waste management system, which includes waste collection, transportation, and disposal, but lacks adequate processing. The document also analyzes the composition and characteristics of Indore's municipal solid waste. It finds that waste collection in Indore is inefficient due to lack of infrastructure and resources. Improving Indore's solid waste management system is important for the city's environmental health and development.
Similar to Seminor think about waste in nepal with local cases and international comparison (20)
Download the Latest OSHA 10 Answers PDF : oyetrade.comNarendra Jayas
Latest OSHA 10 Test Question and Answers PDF for Construction and General Industry Exam.
Download the full set of 390 MCQ type question and answers - https://www.oyetrade.com/OSHA-10-Answers-2021.php
To Help OSHA 10 trainees to pass their pre-test and post-test we have prepared set of 390 question and answers called OSHA 10 Answers in downloadable PDF format. The OSHA 10 Answers question bank is prepared by our in-house highly experienced safety professionals and trainers. The OSHA 10 Answers document consists of 390 MCQ type question and answers updated for year 2024 exams.
(Q)SAR Assessment Framework: Guidance for Assessing (Q)SAR Models and Predict...hannahthabet
The webinar provided an overview of the new OECD (Q)SAR Assessment Framework for evaluating the scientific validity of (Q)SAR models, predictions, and results from multiple predictions. The QAF provides assessment elements for existing principles for evaluating models, as well as new principles for evaluating predictions and results. In addition to the principles, assessment elements, and guidance for evaluating each element, the QAF includes a checklist for reporting assessments.
This new Framework provides regulators with a consistent and transparent approach for reviewing the use of (Q)SAR predictions in a regulatory context and increases the confidence to accept alternative methods for evaluating chemical hazards. The OECD worked closely together with the Istituto Superiore di Sanità (Italy) and the European Chemicals Agency (ECHA), supported by a variety of international experts to develop a checklist of criteria and guidance for evaluating each criterion. The aim of the QAF is to help establish confidence in the use of (Q)SARs in evaluating chemical safety, and was designed to be applicable irrespective of the modelling technique used to build the model, the predicted endpoint, and the intended regulatory purpose.
The webinar provided an overview of the project and presented the main aspects of the framework for assessing models and results based on individual or multiple predictions.
Monitor indicators of genetic diversity from space using Earth Observation dataSpatial Genetics
Genetic diversity within and among populations is essential for species persistence. While targets and indicators for genetic diversity are captured in the Kunming-Montreal Global Biodiversity Framework, assessing genetic diversity across many species at national and regional scales remains challenging. Parties to the Convention on Biological Diversity (CBD) need accessible tools for reliable and efficient monitoring at relevant scales. Here, we describe how Earth Observation satellites (EO) make essential contributions to enable, accelerate, and improve genetic diversity monitoring and preservation. Specifically, we introduce a workflow integrating EO into existing genetic diversity monitoring strategies and present a set of examples where EO data is or can be integrated to improve assessment, monitoring, and conservation. We describe how available EO data can be integrated in innovative ways to support calculation of the genetic diversity indicators of the GBF monitoring framework and to inform management and monitoring decisions, especially in areas with limited research infrastructure or access. We also describe novel, integrative approaches to improve the indicators that can be implemented with the coming generation of EO data, and new capabilities that will provide unprecedented detail to characterize the changes to Earth’s surface and their implications for biodiversity, on a global scale.
Exploring low emissions development opportunities in food systemsCIFOR-ICRAF
Presented by Christopher Martius (CIFOR-ICRAF) at "Side event 60th sessions of the UNFCCC Subsidiary Bodies - Sustainable Bites: Innovating Low Emission Food Systems One Country at a Time" on 13 June 2024
Trichogramma spp. is an efficient egg parasitoids that potentially assist to manage the insect-pests from the field condition by parasiting the host eggs. To mass culture this egg parasitoids effectively, we need to culture another stored grain pest- Rice Meal Moth (Corcyra Cephalonica). After rearing this pest, the eggs of Corcyra will carry the potential Trichogramma spp., which is an Hymenopteran Wasp. The detailed Methodologies of rearing both Corcyra Cephalonica and Trichogramma spp. have described on this ppt.
Emerging Earth Observation methods for monitoring sustainable food productionCIFOR-ICRAF
Presented by Daniela Requena Suarez, Helmholtz GeoResearch Center Potsdam (GFZ) at "Side event 60th sessions of the UNFCCC Subsidiary Bodies - Sustainable Bites: Innovating Low Emission Food Systems One Country at a Time" on 13 June 2024
Seminor think about waste in nepal with local cases and international comparison
1. Think about “Waste”
in Nepal
Local cases and international comparison
- JOCV -
Atsushi Takahashi
Taiki Nagira
Chizuru Matsuura
Yusuke Kawajiri
2018.6.21 JICA Nepal, Knowledge Management Seminar
2. Contents
1. Waste situation in local cases
(15 min)
・Baglung N.P.
・Vyas N.P.
・Resunga N.P.
2. What will be the waste in
Nepal in the future (5 min)
3. Waste situation in Japan to
keep in mind (5 min)
3. Waste situation in local cases
Pokhara SMPC
Butwal SMPC
1.5hour
3hour
5hour
Source: Solid Waste Management in Nepal Current Status and Policy Recommendations(2013)
Resunga N.P.
Baglung N.P.
Vyas N.P.
Kathmandu MPC
Kirtipur N.P.
0
20
40
60
80
100
120
0 50,000 100,000 150,000 200,000 250,000 300,000
Vyas N.P.
Baglung N.P.
Pokhara SMPC
Resunga N.P.
Waste Generation
(tonnes/day)
Population
Kirtipur N.P.
Kathmandu MPC
10,03,285 people
466 tonnes/day
4. Waste management in Baglung
Introduce of private cooperative
Baglung Municipality
JICA Volunteers(2017-3)
Environmental Education
CHIZURU MATSUURA
5. Dhaulagiri Waste Management and Environment
Preservative Cooperative Society Ltd.
It is an organization that is entrusted with
waste collection from Baglung municipality.
・Established:2015 (3years ago)
・Established Volunteer 4 peoples
・Number of employee
Office 7 peoples ,
Waste collector 6 peoples
( 1Car 1driver,2helper × 2car)
6. Established reason
• The growth of Baglung bazaar’s population caused to
increase waste.
• There is waste at every intersection and shop, it is dirty.
• The work of waste collection at the municipality is
insufficient.
• So they want to solve this problem on their own.
• So they established Private Corporative.
• Collect money from 55pepoles by 100NRS.
13. Separate waste according to type by wome’s hand.
Sale for Kathmandu once a month.
Bottle…
1NRS/1bottele
Plastic…
5NRS/1㎏
Cardboard…
5NRS/1㎏
14. Plan of future
Install composting machine on damping site.
To do so they need money.
First of all planning to start collecting waste
separately.
And they would like to sell more plastics and
glass bottles and increase profits.
16. <Collection area>
Ward No. Population
① 8932
② 7419
③ 3982
④ 6059
+ part of Ward No.⑤
Waste Collection System in Vyas Municipality
Dumping site
500m
①
④
③
②
⑤
16
17. Waste Collection System in Vyas Municipality
Worker : 19 people
(city employee)
Collection day : Sunday to Friday
Collection fee : 25 , 40 , 70 NRs /Month
(According to amount of waste)
×2
×2
3~4/Day
Dumping site 17
19. IV tube with needle
(Dumping site)
IV tube with needle
(Hospital)
Dust bin(Hospital)
Medical waste -Intravenous(IV) drip tube with needle-
Needle
19
21. hospital
Dumping site
Needle Destroyer
Some hospitals and pharmacies
Sterilize
Autoclave sterilization
Direct
After the meeting of medical institutions
was held, we feel that medical waste has
decreased.
However, medical waste is still brought to
the dumping site.
needle
Recycle(plastic)
Recycle?(metal)
Syringe
IV tube
21
27. Dumping site
• Make a medical waste collection day once a week
• Separating recyclable waste(Build a sanitation center)
• Reconsider collection system and fee
• Build composting system (Separating garbage at households)
• Environmental education for public
Compost
Future plans - What to do next -
Medical
waste
<Image>
Recyclable
waste
(Sanitation
center)27
28. Medical
waste
Dumping
site
?
- Pokhara dumping site -
- Public hospital in Waling -
We must make a new medical waste
management plan referring to other places we’ve
visited. 28
Future task
29. 29
- Old dumping site -
We must protect our environment for our future generations.
32. Municipal Solid Waste Generation versus GDP by country in Asia
Source: Solid Waste Management in Nepal Current Status and Policy Recommendations(2013), The history and current state of
waste disposal in Japan(2018) , World Economic Outlook Database(2014), Environmental Statistics Collection of 2017 version
Indonesia
Nepal
India
Bngladesh
Phlippines
Lao PDR
Sri Lanka
Malaysia
VietNam
Tailand
1960
1965
1970
1975
1980
1985
1990 1995
2000
2005
20102015
2016
0
50
100
150
200
250
300
350
400
450
500
-10,000 0 10,000 20,000 30,000 40,000 50,000
GDP* per capita (current US$)
Wastegeneration(kg/capita/year)
Japan
The period of high
economic growth
Bubble economy period
*Gross Domestic Product: 国内総生産
33. Average Household Waste Generation by Monthly Expenditure Level
Source: Solid Waste Management in Nepal Current Status and Policy Recommendations(2013)
Average monthly Expenditure* (NRs / Households)
AveragedailyWasteGeneration
(kg/Households)
Nepal(2012)
n = 3,233 Households*
* Households:家庭 * Expenditure : 支出
34. Municipal Solid Waste Generation Estimate of Nepal in 2025
Source: What a Waste : A Global Review of Solid Waste Management(2012),
World Population Prospects: The 2017 Revision(2017), World Economic Outlook Database(2018)
0
200
400
600
800
1,000
1,200
1,400
1,600
0
5,000
10,000
15,000
20,000
25,000
30,000
35,000
1990
1992
1994
1996
1998
2000
2002
2004
2006
2008
2010
2012
2014
2016
2018
2020
2022
2024
Population
GDP
27,650
682
31,814
1,335
Municipal Solid
Waste Generation
1,435
tonnes/day
7,385
tonnes/day
2012 2025
TotalPopulation(thousands)
GDPpercapita(currentUS$)
×5
Nepal
35. Municipal Solid Waste Generation Estimate of Nepal in 2025
In order to cope with this increase of
waste, the Government of Nepal
enacted the law; The Solid Waste
Management Act in 2011,
and started to support local
governments to formulate the waste
management plan.
Local governments have carried out
landfill projects, as final disposal.
37. Source: Solid Waste Management in Nepal Current Status and Policy Recommendations(2013)
Before
Federal Democratic Republic
After
Federal Democratic Republic
58
Metropolitan City
Sub-Metropolitan City
Municipality
293
4.5
Municipal
Population(2011)
(million)
16.5
1,435
Municipal Solid
Waste Generation
(2012) (tonnes/day)
5,238
Government
of Nepal
Solid Waste
Management
Budget
Local Bodies
38. Necessity of appropriate operation of Environmental Impact Assessment
Source: Created based on material of Ministry of Law, Justice and Parliamentary Affairs (2001)
Initial Environmental
Examination (IEE)
Environmental Impact
Assessment (EIA)
100 to 1,000 tonnes
of waste per year
more than 1,000 tonnes
of waste per year
2 291
Filling of land
Scale Requirements for Waste Management Project
and Estimated number of municipalities that require IEE/EIA procedures
Current situations
• No waste management plan in Municipality
• Difficulty to implement the waste
management planning guidelines required
• Less staff and budget of Solid Waste
Management Technical Support Center
• Less knowledge on the environmental
impact assessment by municipality’s staff
• Less knowledge on the IEE/EIA guidelines by
municipality’s staff
• No guidelines published on the Internet
Increase of Landfill Site construction project
Environmental impact assessment is not
appropriately carried out.
Both the living environment and the natural
environment are badly affected.
40. Municipal Solid Waste Generation versus GDP and
History of Waste Administration in Japan
Indonesia
Nepal
India
Bngladesh
Phlippines
Lao PDR
Sri Lanka
Malaysia
VietNam
Tailand
1960
1965
1970
1975
1980
1985
1990 1995
2000
2005
20102015
2016
0
50
100
150
200
250
300
350
400
450
500
-10,000 0 10,000 20,000 30,000 40,000 50,000
GDP per capita (current US$)
Wastegeneration(kg/capita/year)
Japan
1970 Enactment of Waste
Disposal and Public Cleaning
Law*1, Establish basic structure
of waste management
1960’s Introduction of fixed-time / fixed-point collection
system, promotion of mechanization of collection etc.
Pollution problem
1991 Amendment of Waste Disposal
and Public Cleansing Law, Addition of
reduce, segregation and recycling to
the purpose of law
2000 Enactment of The Basic Law for Establishing
the Recycling-based Society*2, Legislating the
priority of resource recycling and waste disposal
((1) Reduce, 2) Reuse, 3) Recycling, 4) Thermal
Recycle, 5) Appropriate Disposal)
1980’s Group Resource
collection spread nationwide
1945-1950 Waste dumped in the river and ocean
Source: Solid Waste Management in Nepal Current Status and Policy Recommendations(2013), The history and current state of
waste disposal in Japan(2018) , World Economic Outlook Database(2014), Environmental Statistics Collection of 2017 version
1995-2000 Enactment of
Various Recycling Law
*1: 廃棄物処理法
*2: 循環型社会形成推進基本法
41. I show a video created in 1960 in Tokyo
to know about the situation of Japan at that time.
It shows throwaway culture, collection system by human
power and open dumping site at Tokyo bay.
42. Source: Google Earth
Landfill amount (Since 1927)
109 million tonnes
207 years*
of Municipal Solid Waste
Generation amount in Nepal(2012)
* Municipal Solid Waste Generation amount in Nepal(2012) is 524,000 tones/year
43. Source:Google Earth
Yume no shima Park
Tropical Greenhouse Dome
Waste incineration plant
Stadium
Sports culture center
Marina
Sports ground
The landfill site in video is here.
Here has been called “Fly heaven” before and large scale
disinfection was done.
But Currently this landfill site is used for a park and stadium.
45. Source:Candidature file(2013)
I think, in Nepal ,
it would be better to think
landfill sites as resources
and promote investment in
landfill projects for the future.
46. References
• Asian Development Bank (ADB) (2013). Solid Waste Management in Nepal Current Status and Policy
Recommendations, https://www.adb.org/publications/solid-waste-management-nepal-current-status-
and-policy-recommendations
• United Nations Environment Programme (UNEP) and International Solid Waste Association (ISWA)
(2015). Global Waste Management Outlook 2015, http://web.unep.org/ourplanet/september-
2015/unep-publications/global-waste-management-outlook
• Waste Atlas, http://www.atlas.d-waste.com/
• World Bank Group(2012), What a Waste : A Global Review of Solid Waste Management,
https://openknowledge.worldbank.org/handle/10986/17388
• United Nations(2017), World Population Prospects: The 2017 Revision, https://esa.un.org/unpd/wpp/
• International Monetary Fund(2018), World Economic Outlook Database April 2018 Edition,
https://www.imf.org/external/pubs/ft/weo/2018/01/weodata/index.aspx
• World Bank Group, International Comparison Program database (2018/6/12),
https://data.worldbank.org/indicator/NY.GNP.PCAP.PP.CD?locations=NP
• Ministry of the Environment, Environmental Statistics Collection of FY2017 version,
http://www.env.go.jp/doc/toukei/h29tbl.html
• Ministry of the Environment(2014), The history and current state of waste disposal in Japan,
https://www.env.go.jp/recycle/circul/venous_industry/ja/history.pdf
• Ministry of the Environment (2018), Regarding general waste disposal and treatment situation etc.
(FY2008), https://www.env.go.jp/press/105322.html
• Tokyo Metropolitan Environment Bureau (2018), transition of waste landfill disposal site,
http://www.kankyo.metro.tokyo.jp/faq/resource/chubou/rekishi/answer_01_04.html
• The Tokyo Organising Committee of the Olympic and Paralympic Games(2013), Candidature file,
https://tokyo2020.org/jp/games/plan/
47. Municipal Solid Waste Generation versus income level by country
Source: Global Waste Management Outlook 2015 (2015), Solid Waste Management in Nepal Current Status and Policy Recommendations(2013)
GNI* per capita (current US$)
Wastegeneration(kg/capita/year)
Nepal(2012)
116 kg/capita/year
(317 g/capita/day)
Japan(2016)
339 kg/capita/year
(925 g/capita/day)
*Gross National Income: 国民総所得
48. Waste Collection Rates by Region
Source: What a Waste : A Global Review of Solid Waste Management(2012),
Solid Waste Management in Nepal Current Status and Policy Recommendations(2013)
OECD
MiddleEast&North
Africaregion
LatinAmerica
&theCaribbean
Europe&Central
Asiaregion
EastAsia&
Pacificregion
SouthAsia
region
Africaregion
Nepal(2012)
62.3%
49. Waste Collection Rates and Solid Waste Management Budget
Source: Solid Waste Management in Nepal Current Status and Policy Recommendations(2013)
0
10
20
30
40
50
60
70
80
90
100
0 5 10 15 20 25 30
CollectionRates(%)
Solid Waste Management (SWM) Budget
(% of total municipal budget, 3-Year Average)
60-70%
Street
sweeping and
collection
20-30% Transport
The rest Final disposal
of Total SWM
Budget
Nepal(2012)
58 Municipalities
2,724 NRs/ton
SWM Cost
50. Indonesia
Nepal
India
Bngladesh
Phlippines
Lao PDR
Sri Lanka
Malaysia
VietNam
Tailand
1965
1970
1975
1980
1985
1990 1995
2000
2005
20102015
2016
0
50
100
150
200
250
300
350
400
450
500
-10,000 0 10,000 20,000 30,000 40,000 50,000
Municipal Solid Waste Generation versus GNI by country in Asia
Source: Solid Waste Management in Nepal Current Status and Policy Recommendations(2013), The history and current state of
waste disposal in Japan(2018) , World Economic Outlook Database(2014), Environmental Statistics Collection of 2017 version
GNI* per capita (current US$)
Wastegeneration(kg/capita/year)
Japan
The period of high
economic growth
Bubble economy period
*Gross National Income: 国民総所得
Editor's Notes
It shows the forecast of the population, GDP and waste generation of Nepal until 2025
It shows the forecast of the population, GDP and waste generation of Nepal until 2025
Municipalities have not formulated a waste management plan.
Municipalities have not considered the size of the final disposal site and the method of waste management.
The guidelines for formulating a waste management plan published by Nepal Government is difficult to understand because there are no concrete cases.
Since SWMTSC had formulated a waste management plan so far, even if I plan to ask SWMTSC to formulate a waste management plan, the Nepal Government has shifted to a federal system and SWMTSC has no staff and no budget, so SWMTSC can not support formulation.
The municipality’s staff does not know well the environmental impact assessment related to the newly constructed project at the final disposal site.
The municipality’s staff do not know the existence of IEE / EIA guidelines. The guidelines are not published on the Internet.