Peak Nano Unveils Biodegradable Film to Fight Microplastic Pollution

VALLEY VIEW, Ohio – February 12, 2026 – In a significant move against the tide of plastic waste, Ohio-based Peak Nano has announced a new development program to engineer a first-of-its-kind biodegradable multilayer polymer film. The initiative, backed by the Greater Akron Polymer Innovation Hub, aims to replace the ubiquitous, hard-to-recycle plastics used in food, beverage, and medical packaging with a sustainable alternative that promises not to compromise performance.

At the heart of this initiative is the mounting global crisis of microplastics. Conventional multilayer packaging, while effective at preserving products, is composed of numerous bonded polymer layers that are nearly impossible to separate and recycle. Over time, this packaging fragments into tiny plastic particles that contaminate soil, infiltrate waterways, and permeate the global environment, posing a long-term ecological threat. Peak Nano’s solution targets this problem at its source, offering a material designed to return safely to the environment.

A Nano-Solution to a Macro Problem

The technological leap behind this effort is Peak Nano's patented NanoPlex™ metamaterials technology. Born from foundational research at Case Western Reserve University by leading polymer scientists Eric Baer and Lei Zhu, this process represents a paradigm shift from traditional polymer manufacturing. Instead of melting and blending plastics, NanoPlex™ uses nanolayer coextrusion to create films containing thousands of distinct, precisely controlled layers.

This meticulous layering, almost like an electronic circuit board, allows scientists to engineer material properties with unprecedented accuracy. The company can combine the characteristics of several polymers into a single film, fine-tuning attributes like atmospheric barriers, molecular permeability, and mechanical strength. This process also boosts resistance to oxygen and water vapor, ensuring the film is durable enough for real-world packaging operations. The key innovation, however, is the ability to build biodegradability into the material’s fundamental structure.

"With NanoPlex™, we can create nano-layers that let us dial in characteristics like barrier performance, mechanical strength, and even degradability," said Dr. Michael Ponting, Chief Scientific Officer at Peak Nano. "This lets us tackle one of the toughest problems in packaging. We can now design biodegradable nanolayer structures that give converters the barrier and mechanical properties they need, with a much better end-of-life story."

Redefining 'Green' in a Competitive Market

Peak Nano enters a booming sustainable packaging market, projected to reach over $200 billion by 2030, fueled by intense consumer pressure and tightening regulations. The landscape is already populated with eco-friendly alternatives from major players like BASF, with its compostable ecoflex® polymer, and NatureWorks, known for its plant-based Ingeo™ PLA. However, these solutions have their own limitations. Many require specific industrial composting facilities, which are not widely available, and some may not match the high-barrier performance of conventional, non-recyclable multilayer films.

Peak Nano's technology aims to carve out a unique niche by offering a solution that avoids these trade-offs. The goal is to provide a high-performance film that meets the stringent demands of food and medical applications while offering a more robust and forgiving end-of-life pathway. The next phases for the company will be critical in proving this potential, as they plan to conduct rigorous biodegradability testing. This will determine if the films can meet established standards, such as ASTM D6400 for industrial compostability, or potentially even more advanced standards for marine and soil degradation, which would truly set them apart.

Akron's Polymer Powerhouse Fuels a Green Revolution

This technological endeavor is not happening in a vacuum. It is a flagship project for the Greater Akron Polymer Innovation Hub, a regional consortium revitalizing Northeast Ohio's legacy as a polymer capital. Powered by the Polymer Industry Cluster and the Greater Akron Chamber, the Hub is deploying a $42 million fund—comprising state and local money—to accelerate innovation in sustainable materials.

Peak Nano's project was selected from a competitive field of over 40 proposals, making it one of eight initiatives receiving support. This funding is part of a broader strategy to build a robust ecosystem for sustainable polymers, including the establishment of a polymer pilot facility, support for startups, and workforce development. The goal is to transform the region into a national leader in advanced, circular materials.

"The Polymer Industry Cluster was created to tackle shared problems that no single company can solve," explained Hans Dorfi, Executive Director and Chief Innovation Officer of the Polymer Industry Cluster. "Peak Nano's films show how we can align world-class materials science with our region's deep expertise in polymer science and advanced manufacturing to address global environmental challenges and create new economic opportunities here at home."

This sentiment was echoed by Jean-Claude Kihn, a co-chair of the Hub's Innovation & Commercialization Committee and former CTO of Goodyear. "This collaboration is about turning leadership in advanced materials into commercial reality with regional economic impact," he stated. "By backing Peak Nano's technology and scale-up in Ohio, we're helping translate the state's century-long polymer heritage into next-generation sustainable materials and high-value jobs."

The Path from Lab to Shopping Cart

The journey for Peak Nano's biodegradable film is still in its early stages, but a clear roadmap is in place. The current phase involves producing prototype films and evaluating them on the commercial converting and packaging equipment used by the industry today. This step is crucial for proving the material's real-world viability and its claimed ability to integrate seamlessly into existing manufacturing infrastructure—a key factor for rapid adoption.

Following successful prototyping, the project will move into extensive biodegradability testing, cost and scale-up modeling, and the development of a full commercialization plan. Navigating the hurdles of regulatory approval, particularly from the FDA for food-contact safety, will be a critical milestone. Achieving cost-competitiveness with entrenched, low-cost conventional plastics remains perhaps the greatest challenge for any new material. However, by designing for existing machinery, Peak Nano hopes to lower the barrier to entry for converters and brand owners. With a secure, U.S.-based supply chain and manufacturing footprint in Ohio, the company is well-positioned to bring this potentially game-changing material to market at scale, paving the way for a future where packaging protects both products and the planet.