Towards Osaka Blue Ocean Vision - G20 Implementation Framework for Actions on Marine Plastic Litter

the Republic of South Africa

Actions and Progress on Marine Plastic Litter
Last Update : 2025/08/04

Policy Framework

National Action Plan

Name(Year):
● National Waste Management Strategy (2020)

Brief Description:
The overall purpose of the revised NWMS is to provide government policy and strategic interventions for the waste sector. The strategy advocates the concept of a circular economy, and the following outcomes are expected to be achieved by all relevant stakeholders and sectors of society: prevention of waste, and where waste cannot be prevented ensure that 40% of waste is diverted from landfill within 5 years; 55% within 10 years; and at least 70% within 15 years leading to Zero-Waste going to landfill.

Legal Framework

Name(Year):
● National Waste Management Strategy 2020
● National Environmental Management Waste Act 2008
● Extended Producer Responsibility Regulations 2021
● Plastic Bag Regulations 2003 and Amendments 2021
● South African National Standard (SANS) 695 (Compulsory Specification for Plastic Carrier Bags to improve recyclability of plastic bags)
● Plastics Master Plan, which is intended to serve as South Africa’s national action plan to tackle plastic pollution and achieve sustainable production and consumption of plastics.

Brief Description:
Implementation of Extended Producer Responsibility Regulations, 2020. Under the National Environmental Management: Waste Act, the paper, packaging, electrical, electronic, and lighting industries are required to implement Extended Producer Responsibility Regulations indicating how these sectors will deal with its extended producer responsibility and decrease plastic packaging in the environment, amongst other aspects.

Waste management practices across the country are analyzed in terms of the waste management hierarchy. The key elements of the waste hierarchy are as follows:

  1. Waste avoidance and reduction
  2. Re-use
  3. Recycling
  4. Recovery
  5. Treatment and Disposal

■ In Preparation
Name:
International legally binding instrument on plastic pollution, including in the marine environment.

Brief Description:
South Africa is taking part in the Intergovernmental Negotiating Committee to develop an international legally binding instrument on plastic pollution, including in the marine environment which is based on a comprehensive approach that addresses the full life cycle of plastic, including its production, design, and disposal. The INC commenced its work during the second half of 2022, with the ambition to complete the negotiations by the end of 2024. The process was not completed in 2024 with plans to complete INC5.2 in August 2025.

Indicators and/or Targets

■ Plastic Recycling:
Indicators:

  1. In South Africa, most of the plastic waste still ends up in landfills.
  2. Recycling is a key element of circulating plastic material in the economy. However, while all plastics are technically recyclable, not all plastics are currently recycled in practice in South Africa.
  3. The end-use market demand for recycled material is still one of the limiting factors for growth of the plastic recycling sector in South Africa. This is largely linked to the competitive price of virgin plastic.

■ Beach Cleanup:
Indicators:
There are beach cleanups taking place on days such as the International Day of Coastal Clean Ups. There are many beach cleanups across the country hosted by NGOs and members of the public.

Technical Standards, Guidelines and Methodologies

Topics
■ Production / Manufacturing
Brief Description:
In 2003, SA promulgated the ECA: Plastic Carrier Bags and Flat Bags Regulations of 2003, and the associated Standards Act Compulsory Specification for Plastic Carrier Bags and Flat Bags of 2003. The manufacture, trade, or commercial distribution of domestically produced or imported plastic carrier bags and plastic flat bags, for use within SA, is prohibited unless they comply with the Compulsory Specification for Plastic Carrier Bags and Flat Bags.

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Measures

Measures across Value Chain
Product Specific Measures: ALDFG
Partnership and Innovation
Monitoring, Data Management, Understanding Flow of Plastics/MPL
International Collaboration
Measures across Value Chain
Actions for encouraging sustainable / circular product design (example: improved durability, reparability, recyclability, reduction of material use per product…etc.) Yes

Specific Measures:
UNIDO project on Support for transitioning from conventional plastics to more environmentally sustainable alternatives.
 
Funded by the Government of Japan, this 3-year project (initiated in 2020) supports the identification and implementation of opportunities for sustainable alternative materials, including bioplastics, and will support the implementation of the Industry Waste Management Plan of the plastic packaging industry by building up the capacity to increase the quality and amount of recyclables.

Policy actions for encouraging plastic alternatives, recycled materials at production stage. Yes

Specific Measures:
National Waste Management Strategy
Brief Description:
The Strategy promotes alternatives to landfilling, composting and energy recovery options, promoting approaches to the design and packaging of products that reduce waste and encourage reuse, repair, and recycling.

Steps taken towards restricting microplastics in products. Yes

Specific Measures:
Microplastics research
Brief Description:
Establishment of micro-plastics laboratories: this initiative under the Commonwealth Litter Programme will enhance research on micro-plastic pollution and offer opportunities for scientific training and capacity-building with the DFFE and the Nelson Mandela Metropolitan University.

Reduce single-use plastic (shopping bags, straws etc.) by regulations or voluntary measures (such as ban, levy, others) Yes

■ Regulatory Measures (ex: production ban, Ban on use..etc)
Brief Description: Plastic Carrier and Flat Bags
In 2003, South Africa introduced the plastic bag regulations in a bold move to address the challenge of plastic bag litter. The regulations essentially made the provision of thicker, more durable plastic bags compulsory. The compulsory specification was subsequently developed prescribing that only plastic carrier bags and flat bags of the minimum thickness of 24 microns can be manufactured or imported into the country.

■ Economic Measures (levy, tax, subsidies…etc.)
Brief Description: Single use plastic bag levy
The levy was first introduced in 2003 and is currently set at R0.32 (32 cents) per bag.

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Introduce Extended Producer Responsibility (EPR) -

Specific Measures:
The DFFE has published the Extended Producer Responsibility (EPR) Regulations together with Section 18 Notices. The regulations apply to electrical, electronic, lighting, paper, packaging and certain single-use product sectors and recognise the mechanisms of waste pickers' role in collecting recyclables and will assist in integration of waste pickers into the waste management system.

Targeted Products Electrical and electronic, Lighting, Paper, packaging and certain single-use product sectors

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Improve waste management and recycling system Yes

Specific Measures:
National Waste Management Strategy promotes alternatives to landfilling, composting and energy recovery options, promoting approaches to the design and packaging of products that reduce waste and encourage reuse, repair and recycling.

Promoting plastic waste re-use, recycling and recovery opportunities Yes

Specific Measures:
Waste management practices across the country are analyzed in terms of the waste management hierarchy. The key elements of the waste hierarchy are as follows:

  1. Waste avoidance and reduction
  2. Re-use
  3. Recycling
  4. Recovery
  5. Treatment and Disposal
  6. Back to "Measures" top

Install capturing trap/filter on drainage/river -
Conduct clean-up activities in rivers/ wetlands/ beaches/ coasts/ coral reefs/ sea floor, involving local communities involving local communities Yes
Specific Measures:

The Department is part of the project titled “Mainstreaming Climate-Resilient Blue Economy in the BCLME Region (BCLME IV Project)” and will be contributing to the component focused on the Improvement of coastal and marine pollution management in the BCLME. The primary objectives of the project are:

  1. Reducing the impacts of litter on the coastal and marine environment and ecosystem health by implementing river basin wide interventions to recover land-based and riverine based litter, thereby reducing marine litter loads, and reducing litter generation at source.
  2. Implement a pilot project aimed at reducing marine litter by intercepting land-derived litter within the broader Saldanha Bay hotspot area (north of St Helena Bay to about Cape Agulhas) (as per the 2021 TDA).

 
The Department embarked on an initiative to contribute toward marine pollution prevention by tackling the litter (especially plastic litter) along rivers and other waterways. The Source to Sea Litter Combatting Project was implemented in the district coastal municipalities of KwaZulu-Natal province over a period of 6 months. The Project mobilised youth to recover litter from hotspot areas along the rivers and other waterways.
 
The Department conducts beach clean-ups on a regular basis. In addition, clean-ups are done when there have been flood events in which plastic waste is washed onto beaches in large volumes from river systems. In South Africa, there are NGO’s which are created specifically to do beach clean-ups.
 
National Working for the Coast Programme: a job creation initiative targeting women, youth, and persons with disabilities, focusing on promoting responsible coastal management through regular collection of litter on along South Africa’s beaches and waterways.
 
Good Green Deeds programme: a nationwide programme aimed at mobilising the public to clean local communities and raise awareness around illegal dumping and waste management.
 
Annual International Coastal Clean-up Day: celebrated in the 3rd week of September each year.

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Issue-specific Measures
<1> Abandoned, Lost and Discarded Fishing Gear (ALDFG)
Taken/to be taken National Level Action and/or Community Level Action on Clean sea initiatives including ghost net retrieval, ocean-bound plastics etc. Yes

Specific Measures:
There are currently no active projects specifically focused on retrieval efforts in the ocean. However, there are citizen science programmes looking at retrieval on beaches.

Taken actions for preventing abandoned, lost and discarded fishing gear (ALDFG) being generated. Yes

Specific Measures:
South Africa, along with several other African countries, aims to incorporate gear-marking and retrieval incentives into its fisheries management plans.

Created/creating collection/recycling mechanism for ALDFG Yes

Specific Measures:
There are currently no specific policy provisions or mechanisms addressing recycling of ALDFG in South Africa. However, through citizen science projects, ALDFG is recovered where possible. Recoverable materials such as metals are recycled, and the remainder is responsibly disposed of. Additionally, a new on-site fishing net recycling facility is being developed at the V&A Waterfront in Cape Town, led by the OCEAN Action Network in partnership with Ocean Plastic Technologies which will recycle used fishing nets into raw materials for new products.

<2> Port Waste Reception
For waste management in ports, please provide details regarding their solid waste management practices/facilities including:
Whether there is an applicable legal framework Yes

Brief Description:
Yes, see applicable legislation below:

  • National Environmental Management: Waste Act, 59 of 2008
  • Section 11(1)(g)(vi) of the National Ports Act, Act No 12 of 2005
  • Port Rules Chapter 4, Section 89
The institution(s) responsible for (or playing a central role in, if voluntary action) managing the waste from ships? (example: port management authority, fishers' association...etc.) Yes

Brief Description:

  • Transnet National Ports Authority (TNPA). Vessels must declare their waste before entering the ports in terms of MARPOL.
  • Then TNPA will handle galley and general waste in 6 of the 8 ports, then 57 section licenses will handle other streams of waste as classified in MARPOL.
Whether ports possess waste reception facilities/systems to handle solid waste from ships, the volume of waste collected and the percentage of ports with waste reception facilities? Yes

Brief Description:
MARPOL requires that Ports make adequate provisions for waste reception facilities. According to the guidelines for port reception facility providers (MEPC.1/Circ.834/Rev.1), providing suitably sealed receptacles and ensuring that MARPOL waste can be transported and disposed of in line with the applicable regulations.
 
TNPA has galley waste reception facilities, in 6 of the 8 ports that handle kitchen waste and general waste, together classified as hazardous waste that is disposed of in a hazardous landfill site.

Volume of Waste Collected:
The total Galley waste reported by TNPA for the 23/24 Financial Year:
+- 1200 tons (excluding waste handled by section 57 Licensees)
Percentage of Ports with Waste Reception Facilities:
75%

The handling procedures for each distinct waste stream once onshore. Yes

Brief Description:
TNPA has receptacles for galley waste and will also take general waste and treat it as hazardous waste that will be disposed of in Hazardous landfill sites. Section 57 Licensees for Waste Disposal will handle other waste streams that will be disposed in accordance with the National Environmental Management Waste Act, 59 of 2008.

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Partnership and Innovation
Boost multi-stakeholder involvement and awareness-raising Yes

Specific Measures:
DFFE and The Alliance to End Plastic Waste have entered into an MoU to support each other towards improving waste minimisation and recycling in South Africa. Both parties have been working together on many platforms that are intended to grow the contribution of the informal sector. The two organisations have interacted with Municipalities, SMME, especially Cooperatives, with an intention to assist them in identifying opportunities in the waste sector.
 
MoU between DFFE and Institute of Waste Management of Southern Africa (IWMSA) is to encourage and promote cooperative activities between the two Parties in the fields of Chemicals and Waste Management, Circular Economy, and Sustainable Development and integrated waste management activities on the basis of mutual benefit, equality and reciprocity and in accordance with the applicable domestic law and relevant international agreements of the respective Parties.

Encourage/ Incentivize action by private sector companies to reduce/ sustainably manage their plastic waste. Yes

Specific Measures:
Extended Producer Responsibility (EPR), has gained popularity as a policy or voluntary
practice that seeks to reduce waste in the environment by holding producers (companies) financially, and sometimes also operationally, responsible for recovering their products and packaging for recycling or disposal. The rationale is that EPR systems can incentivize companies to improve the packaging and products they generate.
 
The EPR regulations obligate the Producer Responsibility Organisation to compensate waste collectors, reclaimers or pickers, who register with the National Registration Database, for collection services and environmental benefits, through the collection service fee.

Encourage public awareness on MPL issues through formal education system and/or curriculum for Yes

Specific Measures:
Good Green Deeds programme: a nationwide programme aimed at mobilising the public to clean local communities and raise awareness around illegal dumping and waste management.
 
The National Consumer Awareness is a demonstration of ensuring the purchaser or buyer knows about the information about items and products so that they will be aware of how they are disposed of.

Promote innovative solutions through Research & Development (e.g., subsidy program, investment fund etc.) Yes

Specific Measures:
Science review of marine plastic pollution research in South Africa: led by the National Department of Science and Technology through the CSIR’s Waste Innovation Roadmap, this study reviewed the sources and pathways of plastic marine litter, transport, and fate of marine plastic litter, impacts on biota and ecology, economic impacts and monitoring methods. The findings were published in the May / June 2020 special edition of the South African Journal of Science and highlighted the gaps in knowledge and research opportunities for the future.
 
The Department's Ocean’s & Coasts Research has partnered widely nationally to extend the reach of sampling into different environments to bring in more human resources with a common goal or mutual beneficial goal. Research has also partnered widely internationally through the UN Ocean Decade Project and the UN IAEA NUTEC project. There have been very targeted partnerships to reach infrastructure or skills that are required for projects that are more academic in nature but are generating a tool for monitoring for:

  1. The UNISA partnership gives a completely new method to the global community potentially showing the impact of plastics on the foodweb,
  2. The partnership with North-West University shows the impact of floating plastic forming new environments for organisms to grow on and thereby moving from one area to another much like ballast water does in ships, and the potential for harmful organisms to grow, and
  3. The partnership with CSIR allows us a remote monitoring tool to continuously monitor the oceans for patches of floating plastic (SDG 14,.1.1.b obligations).

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Monitoring, Data Management, Understanding Flow of Plastics/MPL
Conduct Life Cycle Assessment (LCA) of plastic products. What are the challenges if LCA is not conducted? Yes

Brief Description:
Identify material substitution opportunities for identified product(s) with a Life Cycle Sustainability Assessment (LCSA). It is a component of the Project titled Supporting the transition from conventional plastics to more environmentally sustainable alternatives, funded by the Government of Japan and the United Nations Industrial Development Organization (UNIDO) and carried out in collaborations by the Council on Scientific and Industrial Research (CSIR) and the University of Witwatersrand (WITS). The overall purpose of the project is to support South Africa’s transition from conventional plastics to more environmentally sustainable alternatives with the goal of reducing the amount of plastic leaking into the environment.

Conduct Material Flow Analysis (MFA) on plastics. What are the challenges if MFA is not conducted? Yes

Brief Description:

Plastics material flow and end of life management 2017 study that seeks to determine the current quantities, use and types of plastics in South Africa, including both locally manufactured and imported, and to determine possible future management of end-of-life plastics in alignment with best practices.

Conduct monitoring / estimation / scientific research on leakage of plastics/microplastics to the natural environment and/or flow of ocean surface.
What are the challenges if these actions are not conducted?
Yes

Specific Measures:
■ Established a Monitoring/Reporting Program/Mechanism
■ Regularly Conduct Monitoring/Estimation/Scientific Research
■ Conduct Monitoring/Scientific Research

Scope: ■ Local ■ National ■ Regional■ International ■ Macro Plastics ■ Microplastics (<5㎜) ■ Ocean ■ others: rivers, soils, air etc.

Brief Description:
The Department's Ocean’s & Coasts (OC) Research is leading the monitoring of macro-, meso-, and micro-plastics in coastal, and other environments that could cause leakage of plastics into the sea [source to sea]. This is conducted at a national level through the South African (Macro-, Meso-, and Micro-) Plastics (SAMP) Network. Led by OC Research this is a network of scientists willing to use comparable methods in multiple ecosystems [beach, water, river, sediment, catchment, etc.] thereby giving comparable data for national monitoring of plastics leakage and contributing to UN SDG 14.1.1.b. OC Research and the SAMP Network have a number of infrastructure items that are required for this type of monitoring with OC Research poised to conduct training in comparable methods over the next year throughout the country. The data will filter into the OC Marine and Information Management System (MIMS), which meets international standards and is the recognised database by Stats SA for SDG 14.1.1.b. A subset of the monitoring, the monitoring of surface water and beach sand forms part of an inter-regional (16 African countries) and global project (99 countries) that agree to monitor at least 1 site, twice a year and provide that data to UN SDG14.1.1.b. All 99 countries will or have received the infrastructure for this monitoring from the UN International Atomic Energy Agency (IAEA). Due to South Africa’s advanced nature in this research area OC Research will be the hub for Southern African and gain critical skills in isotopic and nuclear techniques which will allow us to monitor even smaller plastics in the environment and use Pb210 dating to get a 100-year picture of the number of plastics that have been in the environment on our shores. All data generated by the African region will be housed in MIMS. OC Research together with MIMS is assisting IAEA to develop their NUTEC plastics database. Below is a diagram of these different research projects within OC Research:
 

 
Challenges (if applicable):
The biggest challenge to monitoring plastics is generating comparable data. There could be many scientific studies but unless their methods are the same or harmonised the data is not comparable to each other. This makes data from different environments, different times, and different researchers not comparable and therefore just a once- or twice-off of data, not information on the change of plastic leakage in space and time. The above projects aim to direct resources to address this challenge.

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International Collaboration
Participate in international cooperation through international organizations, multi-national groups, etc. Yes

Specific Measures:
In March 2022, Heads of States, Environment Ministers and representatives from 175 countries endorsed a Resolution 5/14 at the United Nations Environment Assembly (UNEA) in Nairobi to negotiate an internationally binding agreement to end plastic pollution.
 
In UNEA Resolution 5/14, governments requested the UN Environment Programme (UNEP) to convene an Intergovernmental Negotiating Committee (INC). Its mandate was to develop an internationally legally binding instrument on plastic pollution, including in the marine environment (referred to as the instrument). The INC was to commence its work during the second half of 2022, with the ambition of completing it by the end of 2024. Thereafter it will be adopted and opened for signature at a Conference of the Plenipotentiaries (COP) in 2025. The process was not completed in 2024 with plans to complete INC5.2 in August 2025.

Support target region by your international cooperation initiatives/projects: South, Central and Southeast Asia Yes

Specific Measures:
The interests of the African region in the multilateral negotiations on INC are represented by the Africa Group, also known as the African Group of Negotiators (AGN). The AGN is a ‘block’ of countries, made up of the 54 member states of Africa. The AGN originates in the UN General Assembly, where it is one of the regional blocks. The AGN is also active in other multilateral environmental agreements, like the UNFCCC. In the context of multilateral plastic treaty negotiations, the AGN is a party to the INC, as it was established to speak with a common and unified voice for the African region.

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Challenges

■ Recycling System Improvement

Specific Challenges:
The country suffers from a lack of comprehensive recycling services and infrastructure. This deficiency hinders efforts to reduce the burden on landfills and fails to capitalize on the potential benefits of recycling. Without robust recycling systems in place, the pressure on waste management infrastructure continues to escalate, making the need for immediate and effective solutions ever more critical.
 
Landfills are nearing their full capacity, with some expected to reach their limit as early as 2025. The overcrowding of landfills is not just a logistical problem; it poses severe environmental risks. As these sites overflow, harmful toxins seep into the environment, threatening both ecological and human health.

■ Proper Waste Management System (Including Lack of Local Capacity)

Specific Challenges:
South Africa's waste management system is facing a mounting crisis. As the population rapidly grows, so does the amount of waste generated, creating immense pressure on an already strained infrastructure. This issue is most pronounced in major cities, where the exponential increase in waste is overwhelming existing systems.
 
Waste collection services are inadequate. Only 60% of households have access to weekly waste collection. The lack of regular and efficient waste collection leads to illegal dumping and littering.

■ Data Collection Related to Waste in General

Specific Challenges:
Data silos are a primary challenge in recycling operations and occur when different departments, systems, or stakeholders have access to different or incomplete data sets. This problem hinders communication, collaboration, and decision-making across the entire recycling value chain.
 
Another data challenge in recycling operations is the need for more standardization and transparency across different data sources. Recycling operations often rely on multiple systems or vendors for collecting data. However, these systems may use different formats, definitions, or metrics for measuring key performance indicators (KPIs) such as material type, volume, diversion rates, contamination rates, or greenhouse gas emissions. This can lead to inconsistencies, errors or data quality, and accuracy discrepancies.

■ Data Collection Related to Marine Plastic Litter

Specific Challenges:
There are different sources of data for marine plastic litter which makes it difficult to have reliable data.

■ Lack of Financial Incentives for Waste Treatment in General

Specific Challenges:
By providing a tangible financial reward for the return of recyclable products, deposit-refund systems have been shown to stimulate recycling (or at least safe disposal) and discourage littering (United Nations Environment Program, 2005); at least in the case of the fairly limited range of products to which they can be applied (Inter-American Development Bank, 2003). Compared to product taxes, which do not generally provide incentives to stimulate recycling, they are also fairer on households, who are able to offset the price increase associated with the deposit by returning the product and claiming a refund.

■ Lack of financial incentives for technology development

Specific Challenges:
Currently, the Municipal Infrastructure Grant (MIG) is the only source of funding from national
government that can be accessed by municipalities for waste-related infrastructure. However, waste projects have to compete with projects from other sectors (e.g. water, sanitation, and electricity), which are typically prioritized.
 
As such, the potential need for a dedicated fund for waste management infrastructure should be considered. However, in the case of funding for upgrading landfill infrastructure, such a fund should ideally have conditions attached, to ensure that municipalities implement the necessary waste management reforms to access such funding.

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Best Practices

■ National Level

Description:
National Plastics Colloquium: Hosted by the Minister of Forestry, Fisheries and Environment, this is a regular platform that brings together Government, the private sector, civil society and academia to identify innovative solutions and build more effective partnerships to enhance plastic waste management thereby reducing plastic pollution.
 
National Recycling Enterprise Support Programme (RESP): This programme is primarily targeted at new or recently formed business entities that have developed business plans that demonstrate a high potential to make a significant impact within the waste economy and aims to support the establishment of at least two recycling companies in 9 provinces.

■ Private Sector Initiative

Description:
Plastics SA - The promotes recycling initiatives within the plastics sector, and which coordinates the South African volunteer-based International Coastal Clean-up initiative in partnership with the Oceans Conservancy.
Sustainable Seas Trust - SST is a Non-Profit Organisation (NPO) that supports and connects communities across Africa through research, education, enterprise development and growing awareness about ocean conservation and plastic pollution.
Sustainable Seas Trust – Development of an African Marine Litter Monitoring Manual and Guide (2020)
Sustainable Seas Trust – Development of a Sample Preparation Manual for the Analysis of Plastic-related Pollutants (2022)
WWF South Africa - The convenor of the SA Plastics Pact, which brings together various players across the plastics value chain to rethink the way plastics are designed, used and reused and to implement locally designed solutions towards a circular economy for plastics in South Africa. The WWF-SA has also been working with major retailers in South Africa to standardise On Pack Recycling Labels (OPRLs) with major retailers, to alert consumers on whether the packaging can or cannot be recycled.

■ International Initiative

Description:
Sweden and the Swedish Agency for Marine and Water Management (SwAM) in collaboration with DFFE Source to Sea screening study of pollution and flows the Umgeni River catchment in KwaZulu-Natal. This project applied the SIWI Source to Sea Practioners’ Guide to the assessment of sources of plastic litter along the river catchment. A follow-up study has been completed that carried out an assessment of the socio-economic impacts of plastic pollution along the Umgeni River catchment.
 
Nairobi Convention: Development of a Regional Marine Litter Action Plan for the Western Indian Ocean Region (2018).
Abidjan Convention: Development of a Regional Marine Litter Action Plan for the West, Central and Southern African region (ongoing).
International Union for the Conservation of Nature (IUCN): MARPLASTICS Initiative aimed at reducing plastic leakage to the environment by focusing on 4 outputs.
Commonwealth Marine Litter Project (CLiP): The programme supports six ODA-eligible Commonwealth countries to develop national litter action plans focusing on plastics entering the oceans.

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Contact Details

Name: Kgauta Mokoena
Position: Chief Director: Chemicals and Waste Policy, Specialist Monitoring Services
Division: Chemicals and Waste Management Branch
Organization: Department of Forestry, Fisheries and the Environment
Email: KMokoena@dffe.gov.za

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