BIODEGRADABLE: PHA (Polyhydroxyalkanoates) is a bioplastic that breaks down naturally in the environment. PHA decomposes in soil, water and marine environments. This helps to significantly reduce plastic pollution, especially in oceans where plastics have become a major crisis.

Traditional plastics including PLA (Polyactic Acid) remain in the environment for hundreds of years and production involves larger-scale farming of crops resulting in a much higher carbon footprint.

COMPOSTABLE: PHA bioplastic can be composted in both industrial and home composting facilities, turning into valuable compost rather than waste. This supports a circular economy where products return to the earth instead of piling up in landfills .

PLA requires high-temperature industrial composting to break down which is a big concern as marine environments can not provide this.

MADE FROM RENEWABLE RESOURCES: PHA is produced by microorganisms using renewable organic resources like plant sugars and oils. This means it’s not reliant on fossil fuels, which are used to make conventional plastics, reducing carbon emissions and reliance on non-renewable resources.

HEALTHIER ECOSYSTEMS: By preventing microplastic pollution, PHA helps protect marine life, wildlife and human health. Traditional plastics break down into harmful microplastics that enter the food chain, while PHA avoids this issue by safely degrading.

DRIVING SUSTAINABILITY: Widespread adoption of PHA bioplastic can inspire industries and consumers to prioritise sustainability, pushing forward eco friendly inovations that can heal the planet.