Harvest Nano
Textile Waste → High-Value Materials
Harvest Nano develops technologies and systems for post-consumer textile waste. The platform connects:
Smart Sorting → PFAS-Aware / Contamination Management → Cellulose → Microcellulose → Nanocellulose
The objective is to preserve reusable textiles wherever possible, intelligently route what remains, manage contamination risks, and recover higher-value materials from textile waste that can no longer serve its original purpose.
Harvest Nano developed and operated a documented textile-processing pilot system that produced physical cellulose, microcellulose, and nanocellulose materials from post-consumer textiles. The technology brings together protected intellectual property, confidential know-how, trade secrets, process integration, machine architecture, operating experience, testing data, and scale-up knowledge into a physical system designed to work with complex real-world textile streams.
This page describes the platform only at a high level. Proprietary implementation details, operating parameters, software/control logic, process conditions, datasets, and other confidential know-how are not publicly disclosed.
Harvest Nano inquiries: info@harvestnano.com
From Textile Waste to Advanced Materials
Harvest Nano combines material characterization, Smart Sorting, contamination-aware routing, machinery, process engineering, and cellulose recovery in one integrated platform. The objective is not simply to recycle textiles, but to preserve reusable products first and convert selected non-reusable cotton-rich material into higher-value cellulose, microcellulose, and nanocellulose material streams. The platform reflects years of development across intellectual property, machinery, process integration, testing, troubleshooting, and scale-up.
Dr. Refael Aharon
Intellectual Property Notice: Public descriptions are high-level summaries only and do not constitute disclosure, assignment, waiver, or authorization concerning Harvest Nano intellectual property, confidential information, trade secrets, licensing rights, or proprietary know-how.
© 2026 Dr. Refael Aharon. All rights reserved. Public descriptions are provided for informational purposes only and do not waive, assign, license, or otherwise alter any intellectual-property, confidential-information, trade-secret, or other proprietary rights.
