Treeless manufactures fibrillar materials derived from microorganisms, eliminating the need for tree-based cellulose. Their scalable, automated production uses local industrial organic waste, reducing energy, water, and transportation impacts. The resulting fibers are tailorable for multiple industries, offering a biobased alternative to microplastics, toxic substances, and PFAS.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional pulp production for fibrous materials relies on energy-intensive processes, including wood collection, chemical processing, and long-distance transportation, contributing to deforestation and significant environmental pollution. Global supply chain instabilities and rising transportation costs further exacerbate the economic challenges for businesses dependent on pulp-based products.
Solution
Treeless produces sustainable, microorganism-based cellulose materials through local fabrication using scalable and automatable platforms, upcycling industrial organic waste. By harnessing the power of biology, Treeless creates natural fibers without trees, eliminating the need for long-distance transportation of resources. The resulting materials offer unique mechanical and biochemical properties, enabling novel applications across industries while supporting a circular economy through the use of local biological waste and integration with existing recycling infrastructure.
Target Audience
Treeless targets businesses across industries reliant on pulp-based products seeking sustainable, locally produced, and environmentally friendly alternatives to conventional materials.
Features
- Microorganism-based cellulose production, eliminating the need for tree-based pulp.
- Local fabrication using scalable and automatable platforms for efficient production.
- Upcycling of industrial organic waste, promoting a circular economy.
- Customizable mechanical and biochemical properties for diverse applications.
- Modular manufacturing process enabling proximity to customer markets.