Why UN Plastic Pollution Treaty Talks in Geneva Failed | DW Analysis

Extended Producer Responsibility (EPR) is a legal framework where companies who put products into the market are required to pay a certain amount of money to a producer responsibility organization to fund waste management, rather than relying on municipal government taxes. EPR has broad support in the UN process, with countries including Brazil, China, Indonesia, Iran, the United States, Japan, Russia, and South Korea all rallying around it. EPR supports both disposal and tracking of waste management.

Extended Producer Responsibility (EPR) emerged as one of the few points of convergence in the plastic treaty negotiations, with approximately 70 countries having enacted EPR schemes. EPR requires companies to take responsibility for the plastic and packaging they bring into the market, with different forms ranging from waste management fees to source reduction requirements. In the US, seven states have enacted EPR: California, Colorado, Maine, Maryland, Minnesota, Oregon, and Washington, with 12 more in various stages of implementation. The Philippines provides a compelling example of a developing country successfully implementing an ambitious EPR law, with responsibility measured in weight rather than fees. Companies must measure their footprint in tons, get third-party audits, and take increasing percentages of responsibility: 20% in year one, rising to 80% by 2028. The law includes six upstream measures for reducing footprint and six downstream measures for recovery, with plastic credits being one of the downstream compliance options.

Extended Producer Responsibility (EPR) is a policy approach that holds manufacturers accountable for their products throughout their lifecycle, including safe disposal and recycling after consumer use. Several U.S. states are implementing EPR policies for plastics, including New Hampshire studying extended producer responsibility for packaging, Vermont advancing stronger bottle bill legislation, Massachusetts proposing minimum recycled content requirements for beverage containers and banning plastic bags, and Connecticut pursuing packaging EPR and bans on styrofoam takeout food containers. These policies shift responsibility from municipalities and taxpayers to the companies that produce plastic products.

Extended Producer Responsibility (EPR) uses market forces to correct waste-related externalities. In the US, California is writing ballot measures to tax producers of single-use plastics. Business leaders should proactively embed EPR measures into core business strategy because social norms are changing and regulations are catching up, making doing nothing no longer viable.

Extended Producer Responsibility (EPR) is a policy principle that extends manufacturer responsibilities beyond production and sale to cover the entire product life cycle, including take-back, recycling, and final disposal. The core principle is that producers should bear the full cost of waste management, internalizing negative environmental externalities through the polluter-pays approach. EPR schemes are designed as essential solutions to address global plastic pollution by funding prevention and incentivizing sustainable design. The ongoing negotiations for a Global Plastics Treaty may mandate EPR for ratifying countries worldwide.

Research revealed over 600 fossil fuel industry lobbyists were present at COP27, not just as observers but as part of state delegations, actively involved in drafting texts. This raises fundamental questions about the integrity of international climate diplomacy. The challenge of global climate governance includes the UN format moving too slowly, less developed countries prioritizing economic development, and the 20 major industrial nations responsible for most emissions.

This segment examines how corporate lobbying influences environmental policy. COP 30 in Brazil was described as a sellout with no direct reference to fossil fuels, with one big oil lobbyist for every ten activists. Internal documents show fossil fuel companies lobbied to weaken New Zealand's cleanup rules and received 200 million in subsidies despite no new oil fields being discoverable. The segment illustrates how corporate interests can capture international climate governance, how fossil fuel subsidies undermine environmental protection, and how regulatory frameworks can be weakened through sustained corporate lobbying efforts.

Corporate lobbying at COP 30 revealed direct connections between congressional decisions and international climate negotiations. The same financial interests that fund congressional representatives also financed nearly all COP 30 events, including the Agronegócios Zone. Petrobras and fossil fuel lobbyists achieved record presence with over 16 credentialed lobbyists participating in all decision-making spaces, demonstrating the structural nature of the conflict between corporate interests and environmental protection.

International environmental law functions as a '30% solution'—it is not the most important factor in addressing problems like climate change, but rather one component among politics, science, economics, and social attitudes; the law contributes by establishing norms that influence behavior through internalization or reputational pressure, rather than through strong enforcement mechanisms, and its effectiveness depends on balancing treaty stringency with broad participation, as demonstrated by the contrast between the Kyoto Protocol's binding targets with limited participation and the Paris Agreement's non-binding nationally determined contributions with universal buy-in.

The video explains how fossil fuel companies engage in systematic lobbying to influence climate policy. At COP28 in Dubai, over 2,450 lobbyists from oil, gas, and coal industries were present in UN negotiation corridors. The video provides a specific example: the French government gave Total Energy's CEO Patrick Pouyanné a special badge allowing access to UN climate negotiations, demonstrating state complicity in facilitating corporate influence over international climate policy.

Bioplastics and biomaterials play a crucial role in transitioning from a linear economy (extract, use, dispose) to a circular economy by fitting into biological cycles where they can return nutrients to the environment, unlike synthetic materials that only enter technical recycling loops; these natural materials can be produced locally using abundant resources like cellulose, chitin, and starch, and their development benefits from open-source collaboration and life-friendly chemistry that minimizes environmental impact.

When public awareness of the recycling lie grew, petrochemical corporations developed new illusions: bioplastics and chemical recycling. Bioplastics (PLA) are marketed as compostable or made from corn, but they require industrial composting facilities with temperatures above 60°C for days. Over 90% of cities worldwide lack such facilities, so bioplastics end up in landfills or oceans where they persist for decades to centuries, becoming microplastics. Chemical recycling (advanced recycling) is presented as a solution that can melt any plastic back into pure oil, but environmental organizations report it is merely a euphemism for toxic burning machines. The process (pyrolysis) requires massive energy input, produces low-quality fossil fuels that are burned again, and leaves toxic ash residue. These innovations are corporate greenwashing designed to maintain the plastic industry while appearing environmentally responsible.

A circular economy operates on three principles: designing out waste and pollution, keeping products and materials in use, and regenerating natural systems. Full Cycle Bio Plastics demonstrates this by using organic waste as feedstock for bacteria to produce polyhydroxyalkanoate (PHA), a biodegradable plastic alternative that can be continuously upcycled back into new products without material downgrading, creating a closed-loop system that addresses plastic pollution at its root cause rather than treating symptoms.

The transition to a circular economy relies on bioplastics as sustainable alternatives to conventional plastics and advanced recycling technologies that process materials like rPET, LDPE, and PP into high-performance recycled plastics, enabling industries to recycle plastics effectively and fuel circular economy development.

Bioplastics are materials defined as bio-based (derived from biological sources like corn starch) and/or biodegradable. However, not all bioplastics are biodegradable, and not all biodegradable bioplastics are bio-based. Biodegradability depends heavily on conditions—some require industrial composting facilities with high temperatures and will not degrade in home compost or natural environments. The circular economy is a production and consumption model replacing the linear 'extract-produce-use-dispose' approach. Its principles include eliminating waste and pollution, keeping materials in use at highest value, and regenerating natural systems. The 9 Rs hierarchy (Reduce, Reuse, Repair, Refurbish, Refabricate, Repurpose, Recycle, Recover, Rot) prioritizes actions before recycling. Practical applications include mycelium packaging that decomposes in 50 days, modular furniture design allowing part replacement, and repair services extending product lifespans.