Redefining the Future of Plastics: Sustainability Through PHA
Microplastics
The Challenge: A World Overwhelmed by Plastic
For decades, traditional plastics have driven innovation and convenience, but they have also left a lasting scar on our planet. With millions of tons of plastic waste entering our oceans and landfills every year, the need for a sustainable, end-to-end solution has never been more urgent. We need materials that perform like plastic but harmonize with nature.
Compostability
The Solution, PHA
Polyhydroxyalkanoates (PHA) is a revolutionary class of biopolymers. Unlike conventional plastics derived from fossil fuels, PHA is produced by microorganisms through the fermentation of renewable, plant-based resources.
It is nature’s version of plastic—created by nature, and fully returnable to nature. When disposed of, PHA is recognized by microorganisms in the environment as food, allowing it to break down completely without leaving harmful microplastics behind.
Life Cycle Analysis
Key Sustainability Benefits
100% Bio-Based: Derived entirely from renewable biomass, significantly reducing reliance on fossil fuels and lowering global carbon emissions.
Marine Biodegradable: Unlike many other bioplastics, PHA is certified to biodegrade in marine environments, soil, and freshwater, tackling ocean pollution at its source.
Home & Industrial Compostable: PHA materials seamlessly integrate into existing composting infrastructure or home compost bins, supporting a zero-waste lifestyle.
Zero Toxic Residue: As it degrades, PHA breaks down into harmless carbon dioxide, water, and organic biomass, ensuring no toxic microplastics remain in the food chain.
Circular Economy
Our Commitment to a Circular Economy
We believe that true sustainability means considering the entire lifecycle of a product—from the raw materials sourced to its final end-of-life phase. By championing PHA technology, we are helping brands and consumers transition from a "take-make-dispose" linear economy to a restorative circular economy.
Feedstocks
PHA begins with biobased, renewable feedstocks
As we design new plastics and products with more options for biodegradability and circularity, it’s also critical that we address how we decouple materials from fossil fuel feedstocks. With biobased polymers like PHACT™ PHA, we can accelerate the transition to plant-based feedstocks that are sourced with environmental, social, and economic resilience in mind.