Our technology repurposes sawdust — once treated as low-value waste — into high-performance, sustainable materials by blending it with nano cellulose. This process enhances the structural strength, moisture resistance, and durability of the material, making it ideal for applications like flat-pack furniture, decorative panels, and packaging.

Nano cellulose, derived from natural sources, acts as a reinforcing binder when mixed with purified sawdust. Through low-energy molding and compression, we produce eco-friendly boards and components that reduce dependence on virgin wood and plastics.

This approach not only diverts wood waste from landfills but also reduces carbon emissions and supports circular economy practices in the furniture industry. By transforming byproducts into new materials, we promote sustainable design without compromising quality or performance.

Harvest Nano is leading the charge in textile circularity by transforming post-consumer cotton and synthetic fabrics into sustainable cellulose and nanocellulose.

In partnership with Goodwill Industries of West Michigan, we’ve launched Michigan’s first textile-to-nanocellulose recycling facility — converting non-saleable garments into eco-friendly materials for packaging, automotive, construction, and more.

Using patented technology, we extract high-value nanocellulose from textile waste — a material four times stronger than stainless steel, yet lightweight and biodegradable. The process supports landfill diversion, creates jobs, and opens new revenue streams across industries.

This partnership proves that textile waste isn’t the end of the line — it’s the beginning of a more sustainable, circular future.