Perennial Polymers
Perennial Polymers produces high-performance bioplastics from fallen leaves, a renewable waste biomass, using a proprietary low-temperature conversion process. The resulting compostable thermoplastic offers durability that distinguishes it from bioplastics made solely from cellulose or lignin, making it suitable for sophisticated applications in manufacturing and design.
- New Materials
- Clean Technology
- Chemical Technology
Funding
Founders
Founder details are not available yet.
Product
Problem
Conventional plastics persist in the environment for centuries, while many existing bioplastics lack the durability needed for reliable, long-lasting products. Materials derived from cellulose or lignin alone often fail to balance compostability with structural integrity, limiting their practical use in manufacturing and consumer goods.
Solution
Perennial Polymers produces high-performance bioplastics from fallen leaves, one of nature's most renewable resources. The company's proprietary low-temperature process converts fallen leaves into a compostable thermoplastic material. Unlike bioplastics made from cellulose or lignin alone, Perennial Polymers' material offers reliable durability while retaining its compostable properties. The company emphasizes a meticulous approach to quality, partnering with experienced craftsmen to ensure each product meets high standards.
Target Audience
Primary customers include architects, brokers, and photographers, as well as manufacturers and designers seeking sustainable, compostable materials for sophisticated product applications.
Features
- Proprietary low-temperature conversion process transforms fallen leaves into a thermoplastic bioplastic
- Compostable material designed to leave no trace after disposal
- Reliable durability distinguishing it from bioplastics made solely from cellulose or lignin
- Collaborative approach with craftsmen and partners in materials, lighting, and furniture for sophisticated end products
- Focus on detailed craftsmanship and experimentation with unusual materials and combinations