Keywords
Solid waste, policy, waste management, environmental protection, pollution
Solid waste, policy, waste management, environmental protection, pollution
Solid waste materials have a low content of liquid and are occasionally hazardous. Solid waste generation has increased in developing countries with urbanization and rising population growth. Improper solid waste management has become a threat to public health in developing countries as it negatively affects the quality of life of people.1 Management of municipal solid waste (MSW) is an important aspect of environmental sanitation, which is necessary for promoting good health and quality of life. The necessity of MSW management is also reflected in the four sustainable development goals (SDGs). SDG 3 aims at ensuring healthy lives and well-being; SDG 6 promotes clean water and sanitation; SDG 11 ensures inclusive, safe, resilient, and sustainable cities; and SDG 13 takes action against climate change and its impact.2 However, managing MSW is a major challenge worldwide, particularly in rapidly expanding urban areas of low- and middle-income countries (LMICs).3
MSW management is a complete process covering all the functional elements from waste generation to disposal. This process involves the identification, reduction, storage, collection, transfer and transport, reuse and recycling, and effective treatment and disposal of MSW in accordance with the best principles of management, economics, engineering, public health, conservation, aesthetics, and other environmental conditions, including all administrative, financial, legal, planning, and engineering functions involved in the total spectrum of problem-solving options.4 MSW risk factors include organic contents of waste (e.g., blood, body fluids, animal body parts, fecal matter) or inorganic contents (e.g., hazardous chemicals, heavy metals, greenhouse gases, and pressurized gas containers).5 The disposal of solid waste is a major problem and an urgent issue that contributes to air, water, and land pollution. The accumulation of uncollected MSWs on roads and in open spaces is detrimental to public health.6 Improper management of MSW can contaminate water and is a source of air pollution; the pollutants may include methane, carbon dioxide, benzene, and cadmium, which can cause severe bodily harm.7
Bangladesh is a developing country experiencing rapid economic expansion. However, the industrialization and urbanization of this country’s economic growth are degrading its environment. Inadequate and improper MSW management is one of the significant contributors to the environmental deterioration in Bangladesh. Nowadays, MSW management is a crucial issue in urban Bangladesh. In 2012, the total waste generated in Bangladesh was around 22.4 million tons per year or 150 kilograms per capita per year.8 The capital city of Bangladesh, Dhaka, generated 6448.373 tons of MSW per day (0.57 per capita per day) in 2016-2017.9 Despite door-to-door community-based waste collection, half of the total MSW in Dhaka City remains uncollected.10 The MSW trend in Dhaka is alarming, and the projected daily waste generation for 2025 is 47,664 tons.11
In recent years, various innovative approaches have been introduced globally for MSW management. Some Asian countries have substantially improved their MSW management systems. For example, neighboring India has developed mechanical composting technology and bio-methanation for biodegradable MSWs that can act as a renewable energy source.12 Unfortunately, like many other developing countries, Bangladesh is still far behind in taking long-term strategies for MSW management. The major obstacles behind the poor MSW management in Dhaka city are rapid industrialization, unplanned urbanization, a dearth of sufficient budget, limited efficient human resources, poor use of technology, and negligence of the community.13–15 There are few studies on MSW management in Bangladesh, most with a focus only on household-level waste management. Some studies measured the amount of MSWs16,17 while others examined MSW management from systems and policy perspectives.18–21 However, no study applied a political economy lens to examine Bangladesh’s policy issues related to MSW management. Therefore, this study aimed to explore the available policies, including the contents, context, actors, and processes regarding MSW management of policies in Dhaka City, Bangladesh, applying the policy triangle framework.22 This article focuses on the policy triangle’s context, actors, and processes, as the policy contents have been extensively covered in other studies.9,19
The study adopted an exploratory qualitative approach. Data were generated through document reviews and key informant interviews (KIIs) conducted from September 2016 to January 2017.
For the retrospective policy analysis, the policy analysis triangle framework22 (Figure 1) was used; the constructs of which are:
• Content means the substance of the policies.
• Context is the influencing factors of the policy, such as political, social, and cultural factors.
• Actors are organizations, government institutions, and individuals who play a significant role in the policy processes.
• Process is the action of the actors through which the policies are implemented.
Document review
The reviewed documents included published reports, research or evaluation articles, guidelines, strategic white papers, and policy documents. The academic databases Scopus, Web of Science, and PubMed were searched using terms such as “municipal solid waste management,” “Dhaka South City Corporation,” and “Bangladesh.” The Bangladesh Waste Management Board and the Dhaka South City Corporation’s official website were consulted as government registers and databases pertaining to waste management. The websites of international organizations such as the World Bank, United Nations Develop Program (UNDP), and Asian Development Bank (ADB), as well as local organizations and NGOs such as Waste Concern and WMAB, were investigated. In addition to examining the reference lists of identified documents, additional sources, including government publications, policy memoranda, conference proceedings, and grey literature, were considered. Utilizing pertinent keywords, subject headings, and Boolean operators (e.g., AND, OR) were utilized to refine search results. To determine if a document met the inclusion criteria, we reviewed the document fully. Multiple evaluators participated in the screening process, evaluating each record and report independently. Consensus meetings were conducted to resolve any disagreements and ensure that documents were consistently included. Multiple reviewers were involved in accumulating data from reports, and they worked independently to extract pertinent information. When clarification or additional information was required, attempts were also made to contact the study’s investigators to obtain the necessary information. Documents related to medical wastes were excluded because these require specialized treatment, and their processing and disposal are distinct from MSW in general. At the beginning of the review, the research team compiled a preliminary list, which was supplemented by suggestions from the key informants and reference tracking of published articles. The relevant parts of the policy documents written in Bengali were translated into English. The list of documents reviewed is provided in Table 1.
Key informant interviews (KIIs)
Initially, the sampling method was purposive, with the snowball technique added as the interviews progressed. The interviews were conducted from 18th to 20th December 2017. The KIIs were conducted using a semi-structured interview guideline supplemented by qualitative probing. Eight SWM officials from the Dhaka South City Corporation (DSCC), the Department of Environment (DoE), and the Japan International Cooperation Agency (JICA), with at least one year of working experience, were included in the study. A breakdown of the key informants is provided in Table 2.
Members of the research team conducted all face-to-face interviews at the respondents’ offices in their preferred language. The majority of responses were given in Bangla, the local language, while others preferred English. The interviews were recorded using a digital audio recorder with the respondents’ permission. Additionally, handwritten notes were taken to prevent data loss in case of technical error. Following the interview, respondents were requested to introduce the research team to their colleagues and other relevant officials involved with the policy processes. The average duration of the interview was half an hour. Based on the suggestions and recommendations from the primary sets of key informants, we interviewed officials from JICA and DoE.
After the interview, two research assistants transcribed the data into English within 24 hours of data collection. Data familiarization was done through repeated readings. A priori codes were prepared before the data collection. A quotation from each transcription was used to cluster and compose the data display matrix in order to identify the policy analysis framework components. Prior to the data collection, a set of priority codes was developed, and information was entered into each code. During the data familiarization process, which consisted of reading and rereading the transcripts, additional subcodes and inductive codes were determined. Finally, thematic analysis was done using a manual coding technique. Texts were organized across the following themes: i. Policy Context, ii. Policy Actors and iii. Policy Processes. Quotations were extracted to substantiate the thematic analysis. To increase validity, the first and the last authors independently coded the two transcripts, calibrated the coding according to the codebook’s definitions, and consulted whenever any confusion occurred.
As the study was a master’s thesis, no individual ethical approval number was provided. Instead, an interim board of reviewers, consisting of members from the regular IRB of the BRAC James P Grant School of Public Health, reviewed all the students’ thesis proposals, provided necessary comments, and approved the proposals for data collection after ensuring that ethical issues were adequately addressed. Permission from DSCC authorities and written informed consent from all the respondents were taken, and the study’s purpose, potential benefits, and risks were explained. Confidentiality and anonymity were maintained, and interviewees possessed the right to withdraw from the interview at any time.
During the independence of Bangladesh, there was no policy on environmental issues. The Planning Commission of the Government of Bangladesh (GoB) started the First Five-Year Plan of Bangladesh (1973-1978) without any sectoral chapter on the environment. This trend continued until the Third Five-Year Plan of Bangladesh (1985-1990). The first mention of the environment is found in the Fourth Five-Year Plan of Bangladesh (1990-1995), ‘Environment and Sustainable Development,’ not as a sectoral chapter but as an introductory macro chapter. The environment found a place for the first time as a sectoral chapter in the Sixth Five-Year Plan (2011-2015). Since then, Bangladesh’s government policy documents have included objectives, timelines for proposed activities, and budgetary allocations for MSW. Apart from the Five-Year Plans, an ordinance of environmental pollution control was a valuable step in the 1980s toward prioritizing environmental protection nationally.23–27 The National Environmental Policy, approved in 1992, was a pioneering framework to express the government’s commitment to environmental issues.27–30 Thereafter, establishing the Department of Environment Pollution Control (DEPC) was an important sequence for promoting environmental protection in the country. The latest initiative at the time of data collection was drafting the National SWM Regulations, which was published in 2021. A key informant said,
“We are working on the SWM regulations, which are at their final stage. We will leapfrog on its implementation as soon as we finalize the document. This will be a big achievement regarding SWM policies in Bangladesh.” KII 5
Meanwhile, important initiatives for the MSW management in Dhaka were taken by Japan International Cooperation Agency (JICA) in 2005. In 2010, the DoE developed the National 3R Strategy for Waste Management with support from the United Nations Centre for Regional Development (UNCRD) and the Ministry of Environment of the Government of Japan. After certain improvements in SWM, JICA developed another four-year plan. After completing that project in 2017, they began a new project for the next fifteen years to enhance the MSW sector in Bangladesh, particularly in the capital city. A key informant from DSCC said,
“JICA is helping us through different projects on MSW, mainly through technical support. There is a contract between the Bangladesh government and the Japanese government, and as a part of this, they have taken a project for the next 15 years.” KII 6
The major policy events related to MSW in Bangladesh since its independence are shown in the timeline (Figure 2).
Bangladesh’s main actors in relation to MSW policy-making are the Ministry of Environment, Forest and Climate Change (MoEFCC), the Department of Environment (DoE), and the Planning Commission. Other relevant ministries, consultants, bureaucrats, and environmental NGOs like the Forum of the Environmental Journalists of Bangladesh (FEJB), Bangladesh Centre for Advanced Studies (BCAS), Association of Development Agencies of Bangladesh (ADAB), International Union for Conservation of Nature (IUCN), and Coastal Area Resource Development and Management Association (CARDMA) have been involved in MSW management. JICA has been providing funding and technical support for the last decade. Additionally, JICA advocated for policy development, especially the National SWM Regulations. The DoE under the MoEFCC is primarily responsible for initiating policy processes, such as developing the primary draft and finalizing the version of the policies that are suitable for publication. As such, the DoE organized formal meetings with the cabinet, other pertinent ministries, and relevant stakeholders in developing the National SWM Regulations. A key informant said,
“We [JICA] provide donations per the government’s request. We not only provide donations but also provide support like technical cooperation, knowledge and skills, technology, etc. Although we do not create policies, our work with the government generates demand for new policies on MSW management.” KII 4
However, in regard to implementing the policies, the key informants named the Ministry of Local Government, Rural Development and Cooperatives (MoLGRD&C) as the primary stakeholder. The city corporations, under the jurisdiction of MoLGRD&C, are responsible for MSW management. The capital city of Dhaka is divided into two city corporations, and our study area’s MSW management was the responsibility of the DSCC. A respondent said,
“We [DoE] drafted the National SWM Regulations, which the MoLGRDC will engage the DSCC to implement, along with other local government entities. So, it’s not only MoEFCC’s business; MSW management involves many stakeholders from policy formulation to implementation.” KII 7
MSW management requires multisectoral collaboration. DoE under the MoEFCC is entrusted with policy-making related to SWM. On the other hand, MSW management is the responsibility of the city corporations, such as the DSCC. MoLGRD&C is a large ministry that oversees city corporations, with multiple responsibilities, ranging from organizing local government elections to providing primary healthcare to urban residents. Health-related issues pertaining to MSW fall under the Ministry of Health and Family Welfare’s (MoHFW’s) jurisdiction. These ministries are unable to prioritize their coordination with other ministries due to their diverse responsibilities. A key informant said,
"DSCC’s work should be done by DSCC without interference from the agencies that do not share the pain. There is very weak coordination between the ministries. This creates tension and hinders our workflow." KII 8
Due to the relatively recent occurrence of rapid urbanization, GoB agencies lack the technical expertise to address MSW challenges. MSW is a complex issue involving climate change, environmental pollution, waste management technologies, management approaches, health problems, and governance. Aligning different dimensions of MSW is too complicated for the GoB to manage by itself and therefore, it depends on bilateral and multilateral agencies for technical support, which is prone to rendering the GoB donor dependent. A respondent said,
“The [MSW management] process is sluggish and often influenced by international agencies. This is because this problem demands multidisciplinary expertise, which is often deficient in Bangladesh.” KII 2
MSW management demands large landfill sites, incinerators, recycling plants, dump trucks, storage and treatment tanks, etc. As Bangladesh is a populous country, finding adequate space, especially in urban areas, presents a significant challenge. Furthermore, the chronic funding shortage leads to deficient equipment and logistics support for MSW management. Reflecting on this issue, a key informant said,
"We need to change the aged transport. Secondly, we need to arrange more secondary transfer stations because, currently, we put waste in open containers here and there, and sometimes inside a room. Thirdly, we don’t have any field to dump the waste. In general, there is a severe shortage of both space and equipment for MSW management." KII 1
Public policies in Bangladesh are usually formulated by a ‘top-down’ approach, hardly involving the community, civil society, and national and international NGOs. This issue is even more pronounced in Bangladesh’s MSW management, as there is insufficient public attention to this issue. Since this issue has traditionally been away from public discussion, ensuring people’s awareness and spontaneous participation is a challenge. Highlighting the importance of citizen participation, a key informant said,
“Cleaners clean all the drains and roads by 6 AM, but as soon as people open the markets around 9 AM, they start dumping the waste in the road again. So, without the help of citizens, we can’t achieve our goal of clean Dhaka." KII 3
Our qualitative policy analysis found that the issue of MSW gradually integrated into Bangladesh’s policy documents beginning with the Sixth Five-Year Plan (2011-2015),30 with sporadic policy initiatives occurring prior to that. Due to its being a relatively new concept, there is still a lack of expertise in GoB to tackle the issue. This may put our policy-makers and implementers in a position of reliance on donors. Secondly, MSW management demands multi-stakeholder involvement. This depends on proper coordination among different relevant ministries and departments that report to them. Lack of coordination is a chronic problem in many LMICs, including Bangladesh. Thirdly, MSW policies, like most other social policies, require citizen involvement. Inadequate community engagement threatens both the formulation and implementation of MSW-related policies. These major findings from the policy analysis have been summarized in the figure (Figure 3).
Donor dependence may prevent decision-makers from deciding what is best for the local population in terms of MSW management. Donors frequently adhere to a prescribed format disregarding the local culture and priorities. A study on strengthening the health research system in Africa identified donor dependence vis-à-vis local capacity as a factor inhibiting health improvements.31 Another example, from South Asia, is Pakistan, where reproductive, maternal, neonatal, and child health progress was slow despite a high volume of overseas development assistance. This calls for developing local capacity and coming out of donor dependence.32 In contrast to Cambodia and Sierra Leone, where development partners expanded their influence through both technical assistance and financing, in Uganda, their contribution to post-conflict reconstruction was primarily limited to financing. This enabled the Ugandan government to regain the lead coordination role over various actors more rapidly than other such post-conflict countries.33 Buse,34 based on his seminal work on donor control over aid coordination in Bangladesh, proposed the solution, albeit time-consuming, to be the enhancement of capacity and improvement of governance systems.
MSW management is a multidisciplinary endeavor demanding additional coordination, while lack of coordination among ministries and departments is a hallmark of LMICs.31,33 Participants of a study on the public perception of the COVID-19 pandemic management in Bangladesh expressed concern about a lack of coordination among different government authorities, which manifested itself in several ways, including the imposition of a lockdown in rural areas without making arrangements for the patients to be transported to the health facilities in the city, the designation of several hospitals as COVID-19 dedicated institutions without allocating the necessary resources, and the involvement of private hospitals in the delivery of care without allowing them to test patients for COVID-19 upon admission.35 Similar coordination issues exist in the implementation of MSW management in Kathmandu, Nepal.36 Despite all evidence in favor of the need for a coordinated response to MSW management, there is no specific guideline on the responsibility of different stakeholders in this regard for Bangladesh. Coordination approaches should be extended beyond government agencies, to include civil society, academia, media, development partners, and eventually citizen bodies.
Citizen engagement is crucial not only in MSW policy formation but also in awareness raising in its proper application. According to a study on MSW in Hong Kong, community members are frequently not involved in the design and implementation process, nor are implementers trained in public participation. In the same study, public awareness and participation have been asserted as one of the driving forces of MSW management.37 It is now well known that understanding and considering the local context and local voices are necessary for effective changes to MSW management. In a study from Thailand, community consultations on MSW generated a multitude of innovative recommendations, such as hosting MSW training programs in the locality to increase awareness, engaging local students in awareness building, donating recyclable waste to religious sites (e.g., temples in Buddhist-majority Thailand), etc.38 Citizens must be empowered and involved not only in MSW-related policy formulation but also in its implementation and evaluation.
Conducted as a low-budget student thesis under time pressure, this study failed to interview representatives of many key stakeholders of MSW management in Dhaka City, including the MoLGRD&C, which is the mother ministry of the implementing agency, DSCC. Secondly, given the qualitative nature of the study, the findings of this study cannot be generalized statistically. Finally, since we conducted all interviews during office hours, most respondents rushed during the interview and often the interviews had to be shortened.
Despite the limitations, due to the dearth of policy-relevant research on MSW in Bangladesh, this small-scale qualitative research generated some important policy recommendations and identified research needs. The GoB must strive to improve the MSW management capacity both technically and financially, and eventually overcome donor dependence. Acknowledging the multidisciplinary nature of the issue, a high-level multi-ministerial coordination body should be formed for MSW management. Citizen bodies must be engaged in every step of the MSW policy cycle, i.e., from issue identification to policy monitoring and evaluation.39 Further implementation research and evaluation are needed to identify the optimum implementation strategies for MSW management in Dhaka City.
Solid waste generation has increased gradually and consistently in Bangladesh with urbanization and population growth in the last few decades. MSW management is an important aspect of environmental sanitation necessary for promoting good health and quality of life. Despite recent technological advancements in MSW management, policy integration of these technologies is still at an early stage in Dhaka City, one of the fastest growing megacities in the world with a population of 22.6 million.40 Our policy case study analysis, which included DSCC as a case, revealed that the GoB lacks the expertise to tackle MSW due to the relative novelty of the concept in the country’s policy landscape, resulting in donor dependence. From policy formulation to implementation and risk mitigation, it is a challenge to ensure proper coordination among different stakeholders. Community engagement, both at the policy level and awareness to cooperate in MSW management, is indispensable. Despite the limited nature of the study (an exploratory student project for a master’s thesis), the study generated some important policy lessons such as the need for the technical and financial capacity of GoB for MSW management, high-level multi-ministerial coordination, and citizen empowerment and engagement throughout the MSW policy cycle.
Harvard Dataverse: Policy analysis on municipal solid waste management in Dhaka South City Corporation, Bangladesh: a qualitative study. https://doi.org/10.7910/DVN/FXEMSC. 41
This project contains the following underlying data:
- KII 1 (Waste Management Officer I)
- KII 2 (Engineer I)
- KII 3 (Engineer II)
- KII 4 (Waste Management Advisor I)
- KII 5 (Planning Officer I)
- KII 6 (Waste Management Officer II)
- KII 7 (Planning Manager I)
- KII 8 (Engineer III)
Data are available under the terms of the Creative Commons Zero “No rights reserved” data waiver (CC0 1.0 Public domain dedication).
The study was conducted under the Urban Wash program at the BRAC James P Grant School of Public Health, BRAC University, Dhaka, Bangladesh. We thank the research team members, and the institution for providing the opportunity.
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Is the work clearly and accurately presented and does it cite the current literature?
Yes
Is the study design appropriate and is the work technically sound?
Yes
Are sufficient details of methods and analysis provided to allow replication by others?
Yes
If applicable, is the statistical analysis and its interpretation appropriate?
Partly
Are all the source data underlying the results available to ensure full reproducibility?
Partly
Are the conclusions drawn adequately supported by the results?
Yes
Competing Interests: No competing interests were disclosed.
Reviewer Expertise: Waste management and Environmental Engineering
Is the work clearly and accurately presented and does it cite the current literature?
No
Is the study design appropriate and is the work technically sound?
Partly
Are sufficient details of methods and analysis provided to allow replication by others?
No
If applicable, is the statistical analysis and its interpretation appropriate?
No
Are all the source data underlying the results available to ensure full reproducibility?
No
Are the conclusions drawn adequately supported by the results?
Partly
Competing Interests: No competing interests were disclosed.
Reviewer Expertise: Waste Management and Circular Economy
Alongside their report, reviewers assign a status to the article:
Invited Reviewers | ||
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Version 1 11 Oct 23 |
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Provide sufficient details of any financial or non-financial competing interests to enable users to assess whether your comments might lead a reasonable person to question your impartiality. Consider the following examples, but note that this is not an exhaustive list:
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