Efforts to finalize a global treaty on plastic pollution have faltered after more than two years of negotiations. Over 200 nations gathered in Busan, South Korea, to discuss the issue, but divisions remain. Nearly 100 “high ambition” countries pushed for plastic production to be phased out, while oil-producing nations resisted, citing potential impacts on global development.
“The objective of this treaty is to end plastic pollution, not plastic itself. Plastic has brought immense benefit to societies worldwide,” argued Kuwait’s negotiators as talks ended without resolution.
Since 1950, more than nine billion tonnes of plastic have been produced globally, but less than 10% has been recycled, according to the United Nations. In the United States, 73% of plastic waste ends up in landfills, while millions of tonnes find their way into oceans each year. The Ellen MacArthur Foundation estimates that by 2050, there could be more plastic than fish in the oceans by weight if current trends continue.
The environmental consequences are dire: plastic waste harms wildlife, disrupts ecosystems, and contributes to climate change through its production, which accounts for 5% of global emissions. However, even amid these challenges, innovative solutions like those offered by Biodegradable Future (BFA) provide a path forward—one that doesn’t rely on waiting for political agreements.
Biodegradable Future: Addressing What Escapes the Recycling Stream
Biodegradable Future has developed organic additives specifically designed to address the growing crisis of plastic waste. These additives enable all types of polymers—polyethylene, polypropylene, PET, polystyrene, polyurethane, nylon, textiles, and others—to convert into fertile biomass once they reach microbial-rich environments such as landfills, oceans, or industrial composting sites.
“Seventy-three percent of plastics in America go to landfills, and millions of tonnes find their way into oceans annually. Recycling alone cannot address this,” said Dean Lynch, President of Biodegradable Future. “Our additives ensure that the plastics escaping the recycling stream don’t become an environmental burden—they biodegrade into safe, regenerative biomass instead.” Carbon neutral.
Key advantages of Biodegradable Future
• Compatibility Across Polymers: BFA’s additives work with all major polymers, including the most common types used in packaging, textiles, and consumer products.
• Environmentally Triggered Biodegradation: Unlike conventional plastics that persist for centuries, products using BFA additives begin to biodegrade only in microbial-rich environments like landfills, industrial composters, or oceans.
• Supports Recycling Efforts: The additives are designed to avoid interference with recycling processes, ensuring materials can still enter the circular economy where systems are in place.
• Regenerative Outcomes: The biodegradation process produces biomass, water, and gases like CO₂ or methane in controlled conditions, contributing to the regeneration of natural systems.
• Ease of Integration: BFA’s technology fits seamlessly into existing manufacturing processes, making it accessible to producers worldwide without requiring costly infrastructure changes.
A Solution for Brands Seeking Leadership
The failure of treaty negotiations highlights the need for businesses to take independent action. Biodegradable Future empowers brands to become part of the solution rather than the problem. By adopting BFA’s technology, companies can ensure their products do not contribute to the long-term plastic pollution crisis.
“This is not just about sustainability—it’s about regeneration,” said Lynch. “Our solution transforms waste into resources. For brands, the choice is clear: you can contribute to the solution now without waiting for global consensus.”
The Bigger Picture
The debate over plastic pollution continues to divide nations. Article 6 of the proposed treaty—focusing on cutting plastic production—remains contentious, with countries like India opposing restrictions, citing developmental needs. Meanwhile, environmental charities and scientists point to the urgent need for action, as millions of tonnes of plastic enter oceans annually, endangering marine life and ecosystems.
Biodegradable Future’s solution bypasses these political roadblocks by addressing the root issue: waste that escapes recycling. Whether it’s plastics discarded in landfills, washed into oceans, or left in unmanaged waste systems, BFA’s additives ensure these materials don’t harm the planet for centuries to come.
Biodegradable Future demonstrates that solutions don’t need to wait. By leveraging innovative technology, businesses can make a tangible impact today, addressing global plastic waste while remaining aligned with environmental goals.
For brands, governments, and industries alike, the message is simple: the tools to combat plastic pollution exist now. With Biodegradable Future, the path to a cleaner, more regenerative planet is already within reach.
