Published August 25, 2025 | Version v1
Report Open

Hempoxy - A Master Document on the Science, Synthesis and Strategy of a Sustainable Nanocomposite System - A Definitive Open-Source Prior Art Release and Technical Synthesis

  • 1. Marie Landry's Spy Shop

Description

Hempoxy: A Master Document on the Science, Synthesis, and Strategy of a Sustainable Nanocomposite System is a definitive open-source technical report authored by Marie Seshat Landry (Landry Industries, Marie Landry Spy Shop, 2025).

This document introduces Hempoxy, a new class of nanocomposite materials that leverages hemp-derived nanosheets, epoxidized hemp oil, and modified lignin to create a regenerative alternative to petroleum-based composites. It consolidates the full scientific, technical, and strategic framework of the Hempoxy project, including:

  • Scientific Foundation & Prior Art: Positioning Hempoxy as defensive prior art to prevent monopolization and establish an open innovation standard.
  • Universal Hempoxy Materials Standard (UHMS): An open-source recipe for sustainable composite formulations.
  • Advanced Material Strategies: Waste valorization, greenhouse gas foaming, recyclable vitrimer chemistry, and circular economy pathways.
  • Applications & Properties: Projected benchmarks and use cases across construction, automotive, aerospace, defense, energy, and space infrastructure.
  • Commercialization & Impact: Open-source IP strategy, market analysis, sustainability assessment (LCA), and a phased development roadmap.

The work is released into the public domain as prior art to safeguard the technology against restrictive patents and foster a global ecosystem of collaborative research, commercialization, and open-science innovation.

This master document serves as a reference text for researchers, engineers, policymakers, investors, and open-innovation practitioners seeking sustainable, organic and circular alternatives to conventional composites. 

Files

Hempoxy___A_Master_Document_on_the_Science__Synthesis__and_Strategy_of_a_Sustainable_Nanocomposite_System.pdf

Additional details

Dates

Submitted
2025-08-25