The future of sustainability

Polyhydroxyalkanoates

The future of plastics

PHA is the only natural polymer material that can be compared with cellulose and starch among commercial biodegradable materials, and can be well degraded in different environments.

Origin of grain material

Raw

Material Origin

Renewable biomass is being used as the main raw material for PHA plastics, including a variety of starches and grains.

Fermentation processing

Convert

Biomass fermentation

Biomass fermentation is the approach used to produce bioplastics(specifically PHA), which are plastics made from renewable plant materials rather than fossil fuels. The use of biomass fermentation to produce bioplastics can help reduce the reliance on fossil fuels and decrease plastic waste in the environment.

Extracting Process

Extract

Purification and extraction

Biomass purification and extraction refer to the processes of removing impurities and extracting useful compounds from biomass materials. Biomass purification often involves methods such as washing, filtration, and centrifugation to remove contaminants and unwanted materials from the biomass.

Roll Stock Packaging Examples

Downstream

Product

Downstream products are products that are produced further along in the manufacturing process, using materials that have been processed or refined from raw materials. These products are typically the final products that are sold to consumers or used in other industrial processes. For example, a car manufacturer might use steel as a raw material, which is then processed into various parts, such as engines and chassis, before being assembled into a finished car. This car would be considered a downstream product. In general, the term "downstream" refers to anything that is further along in a process or supply chain, while "upstream" refers to earlier stages in the process.

01

Outperforms

PHA redefines sustainability. The production of plastics is one of the leading sources of greenhouse gas emissions. While other bio-based alternatives to traditional plastic may be more sustainable from a climate perspective, PHA (polyhydroxyalkanoate) has significantly lower carbon emissions and energy requirements than all other bio-based polymers. This makes it a potentially valuable option for reducing the environmental impact of plastic production.

02

Lifecycle

PHA is known for its hydrolytic stability and high heat deflection temperature, making it an attractive alternative to PLA in certain applications. PHA also has robust moisture and water resistance, rigidity, and gas barrier properties. In comparison, PLA is known for its toughness and transparency.

01

Outperforms

PHA redefines sustainability. The production of plastics is one of the leading sources of greenhouse gas emissions. While other bio-based alternatives to traditional plastic may be more sustainable from a climate perspective, PHA (polyhydroxyalkanoate) has significantly lower carbon emissions and energy requirements than all other bio-based polymers. This makes it a potentially valuable option for reducing the environmental impact of plastic production.

02

Lifecycle

PHA is known for its hydrolytic stability and high heat deflection temperature, making it an attractive alternative to PLA in certain applications. PHA also has robust moisture and water resistance, rigidity, and gas barrier properties. In comparison, PLA is known for its toughness and transparency.

Anacotte sustainability lifecycle

Lifecycle

Our compostable plastics lifecycle aligns with the principles of a circular economy. The process begins with the use of biomass raw materials as nutrients for microorganisms. Through fermentation, extraction, downstream processing and other steps, final compostable packaging products are being produced. At the end of the product packaging useage, there will be several options for disposal, including recycling and reuse, composting, and biodegradation. This ensures that the materials used in the production of Anacotte compostable packaging products are recycled and composted with committment: reducing waste and environmental impact.

PHA Application in packaging