Imagine turning the piles of autumn leaves on city sidewalks into high-quality paper. Instead of letting them clog drains or treating them as trash, this process extracts the strong fibers from the leaves using a mix of heat and mechanical pressure. It's like recycling nature's own waste to stop us from cutting down so many trees.
Traditional paper production relies on cutting trees and consumes massive amounts of water and electricity while using harsh chemicals. Meanwhile, cities struggle with the waste management of fallen leaves that cannot decompose on paved surfaces.
A first-of-its-kind pilot production line that transforms fallen leaf biomass into pulp for paper and packaging materials.
If you are a packaging manufacturer dealing with high deforestation footprints — this project developed a leaf-based fiber that reduces CO2 emissions by 78% compared to traditional paper. This allows you to offer a product that decomposes in 30-60 days.
If you are a city utility dealing with the cost of collecting and disposing of urban leaf litter — this project developed a way to convert that waste into a valuable raw material for the pulp industry. It turns a disposal cost into a revenue stream.
If you are a paper mill dealing with high resource costs — this project developed a process that uses 15 times less water and 3 times less electricity than conventional methods. It also removes the need for sulphate and sulphite reagents.
The solution is described as cost-efficient due to the high availability of raw materials and resource-efficient production, resulting in a lower price for the consumer compared to other alternatives.
Yes, Releaf Paper holds a patent for the technology based on a unique method of combining mechanical, chemical, and thermal processes.
The project has focused on launching the world's first pilot production line, which has been assembled and tested to process leafy mass into pulp.
The paper can be recycled up to 5 times without losing quality and naturally decomposes within 30-60 days.
Based on available project data, the pilot line was built using modified off-the-shelf components adapted to the specific needs of leaf processing.
The project is led by a single French SME, RELEAF PAPER FRANCE SAS. With a 100% industry ratio and no university or research partners, the project is lean and focused entirely on commercial application and technical deployment rather than academic study.
Contact RELEAF PAPER FRANCE SAS regarding their patented leaf-to-cellulose process.
Contact us to explore licensing opportunities for leaf-based fiber technology.
