Impact statement
Voluntary plastic waste initiatives bridge the current gap between extensive plastic waste leakages into the environment and the need for integrated waste management services, particularly in emerging economies. Since 2014, when the United Nations Environment Assembly (UNEA) first recognised global plastic pollution as an emerging environmental threat, stakeholder engagement on this topic has rapidly evolved. In 2022, the UNEA called for the development of a global plastic governance instrument, which is currently under development. Effective global plastic governance requires a combination of voluntary and regulatory measures to address the plastic pollution crisis. This research aims to shed light on voluntary waste initiatives to initiate a broader discussion regarding the sustainability and effectiveness of voluntary regimes. In addition, it aims to inform policymakers and practitioners about the need for accountability and sustainable financing in local waste management systems, supported by effective extended producer responsibility schemes to ensure meaningful progress towards eliminating plastic pollution.
Introduction
Indonesia is the largest archipelago in the world, a country that has experienced rapid development with a population of around 270 million people. It has been identified as the second top plastic marine litter polluter in the world (Jambeck et al., Reference Jambeck, Geyer, Wilcox, Siegler, Perryman, Andrady, Narayan and Law2015), a country where 72% of plastic pollution originates from its rural areas and small cities (WEF, 2020). The main drivers for plastic pollution, like in other Southeast Asia countries, include poor or non-existent waste management systems, lack of producer responsibility and lack of awareness by the population for responsible waste disposal (Jambeck et al., Reference Jambeck, Geyer, Wilcox, Siegler, Perryman, Andrady, Narayan and Law2015). Like neighbouring countries, the informal waste sector dominates the recovery of most recyclables, with informal waste workers and waste banks, some even functioning as formal waste management structures, recovering roughly 50% of waste (Jain, Reference Jain2017).
National laws, regulations and degrees are the basis for managing plastic waste in Indonesia (Table 1), supported by a substantial number of local regulations. The Solid Waste Management Act (No. 18/2008), the Indonesia’s Plan of Action on Marine Plastic Debris and the National Action Plan on Circular Economy 2025–2045 (The Government of the Republic of Indonesia, 2018; PPN/Bappenas, 2024) are setting provisions and targets to implement the reduce, reuse, recycle (3Rs) paradigm, aiming for a 70% reduction of ocean plastic by 2025, with gradual targets for specific type of plastic packaging in the retail sector until 2045. According to the Solid Waste Management Act, waste management is defined as a systematic, comprehensive and sustainable activity that includes waste reduction and handling (Ministry of Environment, 2008). Generated waste goes into the first processing site, namely the Temporary Waste Disposal Facility – Tempat Penampungan Sementara (TPS). TPS is a place where waste is transported before it is moved to either the recycling site, processing site, Integrated Waste Processing Site – Tempat Pemrosesan Sampah Terpadu (TPST), or 3R Waste Management (TPS 3R) site.
Updated summary of Indonesia’s national waste management regulations, adapted from Ismawati et al., Reference Ismawati, Septiono and Proboretno2022
The financial resources for municipal waste management services are sourced from public funds and direct payments from households for the waste collection service provided. Financing of waste management relies on the local budget – an annual financial plan for regional governments (Aprilia, Reference Aprilia2021). In 2022, the country allocated 0.51% of its national budget for waste management (Farahdiba et al., Reference Farahdiba, Warmadewanthi, Fransiscus, Rosyidah, Hermana and Yuniarto2023). Typically, household payment does not exceed 1–2 USD per month per household (Aaderaa, Reference Aaderaa2023). Due to gaps in household fee regulations and limited general purchasing power, many cannot afford additional costs. Consequently, household waste is either openly burned in their backyard, buried or littered into the environment.
To prevent waste generation and increase participation rates in waste management, Indonesia is gradually adopting an extended producer responsibility (EPR) approach, which requires producers to take responsibility for the products they introduce to the market. It currently covers electronic and electrical waste, batteries, plastic packaging, cardboard, glass and textiles. Some provisions for EPR are outlined in Indonesian legislation and soft law, including the National Action Plan on Marine Plastic Debris and the Roadmap for Waste Reduction by Producers or “the Road Map” (Ministry of Environment and Forestry, 2019). Given the Road Map is not a binding regulation, it provides an overarching frame for establishing EPR systems; however, to date, the implementation of existing EPR schemes for different waste types varies based on different interpretations of the Road Map. For example, some stand-alone producers channel their responsibility through financial support to selected regional waste management projects. Others, however, such as the Indonesia Packaging Recovery Organisation (IPRO) and the Packaging and Recycling Association for Indonesia’s Sustainable Environment (PRAISE), which are comprised of multinational food and beverage companies, like Danone and Coca-Cola and some recyclers, promote a collective producer responsibility scheme. Currently, there is no publicly accessible information about which companies have already submitted their Road Maps.
On top of the national efforts to manage solid waste, since 2015, Indonesia has been experiencing increasing plastic waste initiatives, generally funded by developed economies, e.g., Germany, Norway, corporate plastic industries e.g., Borealis, NOVA Chemicals, Borouge or philanthropists (Stuchtey, Reference Stuchtey, Dixon, Danielson, Hale, Wiplinger and Bai2019; Danielson, Reference Danielson2020). In addition, many start-ups, such as Waste4Change, Rekosistem and Kibumi, from the technical sphere, have emerged in Indonesia with a focus on addressing municipal waste management. Many of these initiatives focus on the rapid transfer of technology and “know-how” for plastic waste removal from the environment. According to the World Economic Forum, emergent action in Indonesia is related to initiatives that focus on new business models, material innovation, redesign for recycling, waste management and recycling, community and city level partnership, technology-based solutions (e.g., mobile phone apps) and informal recycling sector integration, single-use plastic reduction as well as on enabling activity and research (WEF, 2020).
The Indonesian municipal solid waste management (SWM) system has been the focus of many researchers and has been described in much detail in the literature. Putri et al (Reference Putri, Fujimori and Takaoka2018) looked at plastic waste material flow and compared waste recovery efficiency at source, waste pickers and waste banks (Putri et al., Reference Putri, Fujimori and Takaoka2018). Farahdiba et al. (Reference Farahdiba, Warmadewanthi, Fransiscus, Rosyidah, Hermana and Yuniarto2023) analyse food waste management, including plastics and point out to thermal treatment and refuse-derived fuel (RDF) of SWM (Farahdiba et.al., Reference Farahdiba, Warmadewanthi, Fransiscus, Rosyidah, Hermana and Yuniarto2023). The processing of RDF in developed economies contrasts with that in Indonesia, where RDF has, mostly but not always, a positive value. Bagastyo et al. (Reference Bagastyo, Anggrainy and Maharani Wiguna Hidayat Liang2023) assessed household attitudes towards waste segregation at source and proposed stronger enforcement regimes (Bagastyo et.al., Reference Bagastyo, Anggrainy and Maharani Wiguna Hidayat Liang2023). Johannes et al. (Reference Johannes, Kojima, Iwasaki and Edita2021) argued that integrating the informal sector into waste management planning and development is fundamental (Johannes et.al., Reference Johannes, Kojima, Iwasaki and Edita2021).
Furthermore, voluntary plastic waste initiatives typically emerged from Western-led corporations with a background in the plastic industry, aid money or start-up backgrounds, or they evolved from businesses often originating from the local recycling sector. These initiatives usually set up a scheme consisting of household collection, which is sometimes covered by a fee contribution. They sort on-site and further process recyclable material to off-takers and residue to landfill or, recently, more often to cement industries. They process other waste types, such as organics, cardboard and glass, with organics being the most challenging due to the lack of application options. Such initiatives usually rely on revenue from off-takers for plastics, household fees and rarely fees collected from local authorities that insufficiently cover their capital and operational expenditure. Therefore, most initiatives rely on funding from third parties.
Plastic credit projects, where individuals, corporate plastic producers, or marketing industries can purchase credits to keep their “plastic neutrality” are increasingly popular across Asia, including Indonesia. Offsetting the plastic footprint requires a standardised measurement system, with accountability from the plastic value chain, including plastic production and legacy plastic remediation. Lee, in her paper (2021), offers her view on standardised plastic credits like the existing carbon and sustainable palm oil systems and argues that such a system could serve as an interim measure for the upcoming EPR schemes (Lee, Reference Lee2021). Plastic credit initiatives in Asia, as they exist now, are voluntary. They are like unilateral EPRs built on a limited set of criteria and highly exposed to market-based risks (e.g., price calibration vs. prices of recyclables).
Environmentally sound management (ESM) of waste involves a comprehensive approach to handling plastic waste that minimises its negative impact on ecosystems and human health. This approach encompasses strategies such as reducing plastic consumption and behaviour change regarding waste disposal, as well as implementing efficient waste collection and sorting systems or securing the final disposal in an environmentally sound manner. There is a need to enhance the current legislative framework to move from the various voluntary initiatives like plastic credits to ensure nationwide, upscaled, environmentally sound waste management in Indonesia, which is crucial for minimising plastic pollution.
In Indonesia, many plastic packages are poorly designed for recycling, and there is a lack of environmentally sound recovery options (e.g., downcycling, waste to energy), as well as a shortage of sanitary landfills that follow ESM principles, due to insufficient capital expenditure and operation and maintenance funds (Munawar et al., Reference Munawar, Yunardi, Lederer and Fellner2018). This leads to plastic packaging waste being openly burned in communities or leaked into the environment, causing pollution. Furthermore, ESM requires community engagement, strong enforcement of existing waste regulations and the introduction of new measures, such as closing unsanitary landfills or phasing out non-recyclable single-use plastic packaging and products without sufficient market justification.
To date, no research has examined the sustainability of current initiatives addressing plastic pollution in Indonesia. This research paper evaluates four types of plastic waste initiatives based on their sustainability potential. It applies a sustainability framework encompassing governance, institutional, socio-cultural, environmental, operational, financial and economic aspects for its assessment.
Background
Study area and initiatives
The study focuses on examining four types of initiatives across Java, Bali, Sulawesi, Lombok and the Moluccas (Figure 1). The selection of seven initiatives was based on the following criteria: (a) all initiatives operate voluntarily; (b) are partly or fully funded by external sources, including private or private sector investments, donors or grants; and (c) intend to actively transfer technology as well as “know-how” from developed economies to regions lacking waste management and infrastructure. For some initiatives, partial financial revenues may come from households, sales of recyclables and local authorities.
Locations of the initiatives examined in the research.
Within the scope of our resources, we studied four types of initiatives: (1) a waste management system established by the initiative with the aim of handing it over to local authorities.; (2) waste management systems operated by the initiative; (3) plastic credits and (4) clean-ups and technology transfer.
A Type 1 initiative focuses on establishing and optimising a waste collection system by engaging households to separate their waste at the source into organic and inorganic fractions. It provides new waste management infrastructure to sort and process recyclables and organic waste, including a behavioural change strategy and cooperation with local authorities. The waste management capital expenses of Type 1 initiative are covered by external donors, while the operational expenses are partly covered by fees from households, the sales of recyclables, local governments, and private funds.
Type 2 initiatives engage in one or more of the following activities: setting up scheduled pick-ups for mixed fractions or plastics-only to be sorted and processed on-site, sourcing material from informal sector structures and/or waste banks and processing waste at a material recovery facility. The capital expenses for waste management in Type 2 are covered by sources such as external donors, private investments or loans, while the operational costs are partly covered by household fees, EPR fees, plastic credits and the sales of recyclables. These initiatives seek external funding or private investments to varying degrees.
Type 3 initiatives aim to establish plastic credits – a transferable certificate representing the collection of a specified weight of plastic waste that has been recovered or recycled, which would otherwise have ended up in the environment. It then brokers transactions between organisations and end users wishing to purchase these plastic credits to address their “plastic footprint”, and existing formal or informal plastic waste collectors and processors. This initiative taps into the existing supply chain, starting with the informal waste sector, and relies heavily on sales revenues and/or third-party funding.
A type 4 initiative aims to perform clean-ups using equipment, such as river litter traps, that prevent plastic waste from flowing into the ocean. This type of initiative conducts frequent clean-ups of waterways, beaches or the sea through waste collection, using hired workers and volunteers. It involves sorting, processing, and documenting material on-site. Due to the high contamination of collected materials, sales revenue is usually very low, and the initiative relies heavily on third-party funding and volunteering. This initiative relies on philanthropy and private donations.
Sustainability assessment aspects
The assessment of the initiatives in the study is based on the following sustainability aspects, which served as the basis for the questionnaire:
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1. Organisational management addressing the strategy and capacity of the initiative.
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2. Political/legal aspects that determine the scope of each initiative, and alignment with existing or planned legal and regulatory waste management frameworks and targets.
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3. Socio-cultural aspects include the influence of culture on waste generation and management in the household and in businesses; the community and its involvement in waste management; the relations between community groups, looking at gender, age and occupation (i.e., refers to the inclusion of informal waste sector stakeholders).
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4. Environmental aspects focus on environmentally sound waste management, the level of recovery of non-renewable resources and pollution control.
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5. Technical aspects include the performance of applied technology/infrastructure and waste management practices.
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6. Financial-economic aspects that pertain to budgeting and cost accounting within each initiative.
Methods
Data collection
We used a combination of complementary methods to perform this study. Current research and grey literature on regulatory and operational aspects of plastic waste management in Indonesia were gathered to inform the analysis. In addition, the study obtained information from primary data sources through field observations over a period of time and a total of 52 interviews (7 structured interviews and 45 personal interviews) with different stakeholders from local authorities, academia, initiatives, the informal waste sector, households, and civil society. We conducted structured interviews with representatives of each initiative using a standardised questionnaire, developed based on the six sustainability assessment aspects. Information was gathered through virtual and in-person interviews conducted between the interviewer and the respondents from each initiative. An overview of all questions is provided in Appendix A. During these interviews, respondents were asked to provide scores on a scale from 1 (low) to 6 (high) to define the degree to which each initiative meets the sustainability aspects.
The questionnaire was applied individually for each initiative, determining the selection of SWOT factors for each type of initiative (grouping). The SWOT factors were consistent for initiatives within the same group but different for those in different groups. The scope of this work is to assess the sustainability of each different type of initiative.
Data analysis
The analysis used to determine the sustainability of each type of initiative followed the Strengths, Weaknesses, Opportunities, and Threats (SWOT) quantitative analysis framework by employing the Internal Factors Analysis System (IFAS) and External Factors Analysis System (EFAS) technique. The SWOT analysis was performed four times, once for each type of initiative grouping. Therefore, the internal and external factors vary for each type of initiative (grouping).
IFAS and EFAS, in this analysis, had an equally important role. The weighting technique was carried out on every factor of SWOT by assigning a weight between 0.00 and 1.00. If the aspect on each factor (internal/external) summed would result in 1. After weighting, a rating was given. This rating indicated the importance level of each aspect (1 = somewhat important; 2 = important; 3 = very important). Then, the weighted score was multiplied by a predetermined rating. The sum of each factor is then summed to know the position of the initiative location in the SWOT quadrant for determining strategy options. Weighting and rating of the internal and external factors were based on internal workshops and the ranking that was provided during the structured interviews.
Results & discussion
The application of SWOT analysis provides a comprehensive understanding of the internal and external conditions that influence the effectiveness of plastic waste initiatives in promoting sustainable plastic waste management outcomes in Indonesia. Tables 2 and 3 present the SWOT outputs for both the internal and external factors analysis of the Type 1 initiative. Similar analysis was performed for Types 2, 3, and 4 initiatives.
IFAS scoring on identified internal factors in SWOT analysis for Initiatives Type 1
EFAS scoring on identified internal factors in SWOT analysis for Initiatives Type 1
The sustainability position of each type of initiative in the IFAS-EFAS quadrant (See Figure 2) was determined by calculating values on the x-axis and y-axis, referring to the total value of each factor.
Results of the IFAS-EFAS analysis in quadrant positions for the four types of initiatives.
X = Strength + Weakness Y = Opportunity + Threat
Quadrant I means that the situation is very advantageous because the initiative has the opportunity and strength to deliver sustainability in managing plastic waste. An aggressive strategy may be adopted in such a case. Quadrant II means that the initiative has the opportunity to overcome internal weaknesses immediately. Minimising internal problems may become the best strategy to solve them. However, in our case study, none of the types of different initiatives were positioned in either quadrant I or II.
The summative analysis of the Type 1 initiative falls under quandrant IV that means that this type of initiatives are characterised by stability and has the potential to grow further once internal and external weaknesses have been addressed. While this type of initiative is aligned with the national waste management priorities, goals and existing legislation, it prompts competition with the informal waste sector, and the disposal of residual waste to unregulated landfill sites, undermining the potential stability and growth. However, the biggest external threat is the lack of capital and operational costs, which depend mostly on external donors. The external threats are also linked to the gaps in the existing legislation, which does not ease the implementation of the Type 1 initiative. In addition, if such operations are handed over to the local government, the threat remains around limited technical know-how and other capabilities to secure a continued and adequate service to the communities.
The summative analysis of Types 2 and 3 initiatives is also in quadrant IV, which could be explained by threats scoring considerably higher than internal strengths, weaknesses and external opportunities. By its nature, the Types 2 and 3 initiatives demonstrate strong outcomes in recovering plastic waste, aligned with national waste management priorities and goals and existing legislation. The scoring of opportunities demonstrates that Types 2 and 3 initiatives are better positioned than the Type 1 initiatives in financial terms. Types 2 and 3 initiatives show potential to deliver recyclables of better quality to the market and generate income from the sales of material. By doing so, it can secure financial resources for future operations. However, financial security is based on a fluctuating market of recyclables, and, in addition, the existing legislation does not ease the sustainability of operations.
The summative analysis of the Type 4 initiative finds itself in quadrant III. This outcome could be explained by internal strengths and weaknesses, and external opportunities and threats being evenly scoped. Type 4 initiative contributes to recovering plastic waste from the environment and can recover difficult-to-recycle material but the capital cost and operational cost depends largely upon external donors and private investments and cannot secure continuation of operations in the future if the funding dries out.
Future perspectives
The internal and external threats identified in the SWOT analysis contextualise the current situation and help in developing strategies for stakeholder engagement and collaboration, shaping legislation, securing finances, and improving the performance of environmentally sound waste management practices.
Stakeholder engagement and collaboration
Direct engagement with households in communities is required to increase their participation in waste management and raise awareness about the high risks of environmental impacts of mismanaged waste and the dangers of open burning. Households should be informed about responsible consumption of single-use plastics in a context-specific manner, focusing on waste prevention, as well as about waste management options and their personal role in it. This long-term effort should be institutionally supported and should not be a burden to the communities. Initiatives should engage with the informal waste sector as the backbone of SWM in Indonesia. In addition, initiatives should lower barriers to integrating the informal waste sector within the structure of the initiatives by providing easy access to apply for work and providing incentives for the informal waste sector to work on standard contracts with social benefits. Finally, it is important for stakeholders to enhance interaction with local government and establish regular communication, cooperation, and accountability.
Regulatory interventions
The initiatives should take the opportunity to contribute to designing a sustainable financial framework nationwide by advocating for the government to establish an institutionalised and legislated waste management system, where producers are responsible for the end-of-life phase of products in a transparent, holistic, and systematic manner. It includes enhancing nationwide mandatory frameworks, such as EPR regulations, environmental compliance and reporting to local authorities. An unregulated and scattered system may further increase the misperception of efficiency and finally hinder the development of accountable and reliable waste management. The “polluter pays” regime should also put legitimate demand to find solutions on difficult to recycle plastics, such as multilayer plastics (MLPs). Therefore, the utilisation of proven, techno-economic, sustainable, and environmentally sound solutions for managing MLPs and a ban on specific packaging is urgently needed.
Sustainable financing
The initiatives should help stakeholders design some aspects of financial mechanisms nationwide. A mandatory “polluter pays” regime should be designed so that producers bear the waste management costs of plastic applications put on the market, without passing these costs on to the consumer. This regime should contribute to a sustainable financing mechanism that complements public funding, investments and household contributions. Meanwhile, the initiatives should increase the sales of recyclables by expanding the existing collection networks and securing high-quality recyclable materials.
Environmentally sound (waste) management (ESM)
ESM encompasses a comprehensive approach to plastic waste management by following the waste hierarchy or 3R (reduce, reuse, recycle) approach in an environmentally sound manner. All types of initiatives, regardless of their profile, should perform in line with these principles. Therefore, it is necessary to build community capacity to participate in the overall waste management to reduce risks of open burning or open littering, as well as to avoid and reduce waste generation and especially hard-to-recycle materials. This also entails strategies to find alternative consumption models, e.g. reuse models and deposit return systems, following the waste hierarchy. The final disposal of material – especially the cascading of material into applications of minor quality – could be an option to elaborate with off-takers and informal recyclers. Finally, the initiatives must ensure that the actual process during collection and on-site management during sorting and final disposal matches ESM standards. As per this research, the final residue disposal utilised by the plastic waste initiatives was unregulated dumpsites.
Limitations of the study
The Type 4 initiative primarily focuses on remediation activities, such as removing littered plastic waste from the environment. This contrasts with other initiatives that focus on plastic waste management. This limitation may hinder efforts to compare the four types of initiatives, although this is not the main scope of the paper.
Structured interviews were limited to seven, which might not be sufficient to justify the SWOT analysis results provided that this is the main and only data collection method used. To overcome this limitation, the research was enriched with a vast number of personal interviews and field visits. Furthermore, the in-depth understanding of the local context and status of initiatives under the research of one of the authors of this paper, who has operated in Indonesia for many years, enhances the credibility of the research results.
Conclusions
Plastic waste management must be integrated into a comprehensive solid waste management system to combat plastic pollution effectively and achieve sustainable outcomes. This pioneering research on assessing the sustainability of plastic waste initiatives serves as a key starting point for broader dialogues and discussions regarding the effectiveness of different voluntary regimes. Urgent attention is needed on accountability, sustainable financing and the development of a well-functioning EPR and ESM to ensure meaningful progress towards eliminating plastic pollution. Presently, voluntary plastic waste initiatives in Indonesia create uncertainty about their ability to minimise plastic leakage into the environment due to limited accountability of plastic waste management at the national scale. Reliance on external funding creates risks in securing the financial resources the initiatives largely depend on. Prioritising the establishment of a mandatory “polluter pays” regime through regulatory tools such as EPR should be a priority strategy to secure essential financial resources alongside public and household funding.
Open peer review
To view the open peer review materials for this article, please visit http://doi.org/10.1017/plc.2024.33.
Data availability
The data that support the findings of this study are available on request from the corresponding author (Ieva.Rucevska@grida.no).
Acknowledgement
The research team acknowledges Jane Fischer, the coordinator of the Indonesian Waste Platform in Bali, for her support in Indonesia, as well as Swati Singh Sambyal, GRID-Arendal officer in India, Miles Macmillan-Lawler, Chief Scientific Officer, GRID-Arendal, Mochamad Septiono of GRID-Arendal, Dr. Eleni Iacovidou, Senior Lecturer in Environmental Management at Brunel University London and Yuyun Ismawati of the Nexus 3 Foundation for taking the time and effort to review the paper and for providing their constructive feedback, valuable suggestions, and insightful comments.
Author contribution
All authors equally participated in the conceptualisation, implementation and analysis of this reseach.
Financial support
This research was financially supported by the Norwegian Agency for Development Cooperation (NORAD).
Competing interest
The research team declares that Benedict Wermter, a contributor to this study, has partly investigated some of the selected initiatives during previous journalistic assignments. The research team avoided competing interests by evaluating those initiatives with other researchers.
Ethics statement
This research has been conducted within GRID-Arendal’s policy frameworks covering code of conduct, procurement and personal data management policy that is in line with the General Data Protection Regulation (GDPR).
Appendix a: Profiles and topics of interviews included in the questionnaire
Open access
Comments
I, on behalf of the authors‘ team, wish to submit an original research article entitled ’Sustainability of Plastic Waste Management Through Voluntary Initiatives – A Case Study in Indonesia' for consideration by Cambridge Prisms: Plastics journal.
We confirm that this work is original and has not been published elsewhere, nor is it currently under consideration for publication elsewhere.
Over the last decade, the plastic pollution crisis has emerged as a global concern, bringing all stakeholders to a common agreement and vision of zero plastic waste pollution. The global awareness of this crisis has triggered an immediate chain of voluntary initiatives. South-East Asia, identified as a hotspot for plastic pollution, particularly Indonesia, has witnessed a surge in plastic waste initiatives funded by developed economies, including governments and corporate plastic industries. These initiatives mostly consist of hands-on voluntary projects related to plastic waste management.
In this paper, we investigate the sustainability of seven voluntary plastic waste initiatives in Indonesia, which are externally funded and actively transfer technology as well as “know-how” from developed economies. The voluntary approaches through plastic waste initiatives have not been thoroughly researched earlier, and we see this pioneering research as a key starting point for a broader discussion regarding the effectiveness of different voluntary regimes in the realm of plastics waste governance.
Analyzing sustainability through the techno-economic, socio-cultural, legislative, and environmental aspects, we have found that all initiatives struggle to be self-sustainable with environmentally sound waste management outcomes. The plastic waste initiatives appear more as an attempt at an immediate, hands-on response, specifically by corporate industries, to demonstrate their seriousness to act.
As we approach the final negotiation cycle on an international legally binding instrument to end plastic pollution, we call for mandatory regimes where the industry is responsible for the waste management of products they put on the market. This could be achieved through the adoption of regulatory tools such as Extended Producer Responsibility, with full accountability and transparency. We also emphasize the urgent need for long-term financial sustainability of waste management in general, taking into account socio-economic, structural, and cultural specifics. We believe that this manuscript is appropriate for publication in the Cambridge Prisms: Plastics journal due to its focus on plastics and plastics policy topics.
We have no conflicts of interest to disclose.