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Titanium vapor reduction for graphene

[Category : - ELECTRONICS- OTHER- CHEMISTRY]
[Viewed 53 times]

Portfolio Overview: An innovative collection of three provisional graphene-related patents designed to revolutionize graphene production, purification, and energy harvesting. These inventions address key industry challenges with groundbreaking solutions, offering scalable, safe, and efficient methods applicable to defense, aerospace, semiconductor, energy storage, and medical sectors.

Included Patents:

1. Closed-Loop Titanium-Based Graphene Reduction System

Eliminates hazardous chemical reductants.

Utilizes titanium vapor and electrical pulses to effectively remove oxygen groups.

Incorporates optional thermoelectric power scavenging and steam cycling for energy efficiency.



2. Modular Vacuum-Assisted Electrical & Laser-Induced Reduction System

Provides a scalable method for graphene oxide purification.

Employs precise vacuum and laser technology to enhance graphene quality and reduce defects.

Ideal for integration in semiconductor manufacturing, medical technology, and clean-energy applications.



3. Spectrally Tuned Graphene Energy-Collecting Shell

Multilayer graphene composite optimized to capture specific light wavelengths.

Suitable for power generation, protective shielding, and lightweight structural applications.

Applicable in aerospace, orbital technologies, wearable devices, and defense systems.




Monetization Opportunities:

Outright portfolio sale

Exclusive licensing arrangements

Partial assignment with royalty structures


This patent portfolio represents a strategic opportunity for organizations seeking advanced graphene technology to enhance their competitive advantage and industry leadership.

Contact Information: John Beene
[Use the button below to contact me]


Financial information

1. Closed-Loop Titanium-Based Graphene Reduction System

Provisional Patent No.: 63/784,958

Core Value Proposition:
Efficient, eco-friendly graphene production with reusable titanium oxygen scavenger and thermoelectric energy recovery. Modular design allows heat/steam capture for broader industrial applications.

Market Sector:

Advanced materials (graphene)

Green manufacturing

Clean energy systems


Comparable Tech Licensing Deals:

HydroGraph Clean Power Inc. graphene production tech: $10–20M valuation in early funding rounds

Vorbeck Materials raised over $18M for scalable graphene synthesis


Estimated Licensing Potential (5-Year Outlook):

Low Estimate: $1.5M (small-scale industrial contracts or niche licensing)

Mid Estimate: $5–10M (mid-tier materials manufacturers, research labs)

High Estimate: $25M+ (exclusive licensing to a major firm like Zentek, 3M, or BASF)


Manufacturing ROI Potential (if self-manufactured):

CapEx: ~$250K–500K for pilot plant

Ongoing OpEx: ~30–40% cheaper than current methods

Break-even in 2–3 years with steady output and sales



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2. Modular Vacuum-Assisted Electrical and Laser-Induced Graphene Reduction System

Provisional Patent No.: 63/782,685

Core Value Proposition:
Ultra-precise control of defect removal and oxygen reduction during graphene production using targeted pulse DC + laser energy in a controlled vacuum chamber.

Market Sector:

Nanofabrication / cleanroom production

Semiconductor manufacturing

Aerospace/defense material fabrication


Comparable Tech Licensing Deals:

NanoGraf Technologies: $9M+ in funding for battery-grade graphene

High-performance materials firms have paid $1–3M for early-stage thermal reduction methods


Estimated Licensing Potential (5-Year Outlook):

Low Estimate: $1–2M

Mid Estimate: $5–7M

High Estimate: $15M+ (especially if adopted by a high-end fabrication company)


Integration Potential:
Could be bundled with your titanium system as an "upgrade module" or premium refinement stage.


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3. Spectrally Tuned Graphene Energy-Collecting Shell (Spacecraft Skin Concept)

Provisional Patent No.: 63/780,367

Core Value Proposition:
Multi-layered graphene that collects and stores light energy across different spectrums (UV, visible, IR). Functions as both shielding and a power source. Can integrate with AI and quantum computing cores.

Market Sector:

Aerospace (NASA, DARPA, SpaceX, Blue Origin)

Defense and stealth technology

Energy harvesting tech


Comparable Tech Licensing/Investment Deals:

PowerFilm Solar’s lightweight solar materials licensed by NASA

Zentek invested $10M+ in thermal-regulation graphene materials for space

DARPA projects commonly fund $2–25M per advanced materials proposal


Estimated Licensing Potential (5-Year Outlook):

Low Estimate: $2–3M

Mid Estimate: $10–20M

High Estimate: $50M+ (if it passes preliminary military or aerospace proof-of-concept)


Potential Buyers/Partners:

DARPA

NASA

Lockheed Martin

Zentek

SpaceX/Blue Origin



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Total Portfolio Valuation (Provisional Estimate):

Conservative: $5–10M

Realistic Goal: $15–30M

High-End Potential: $75M+ (if everything hits and scales with a buyer like DARPA or a Tier-1 aerospace firm)

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