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The Origin of Microwave Nuclear-Waste Recycling — Industrial & Recycling Series — 2017 Invent Deposition #5
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3 parts, 6 paragraphs
FIRST TO MARKET · Publicly documented 2017 · Invent Deposition #5
Among the 1,739 depositions in the 2017 Invent Depositions corpus, #5 is the closest match to Project 08 — Microwave Nuclear-Waste Recycling (and its compact variant, Project 17) on cri-one.com.
“it’s a lot like a nuclear bomb only in reverse. instead of destroying elements we are putting them together. but more important than a super-spontaneous collision we are separating the elements for recycling and purification… what we are using is a modified carburetor that actually separates the different elements inside the moisture, pressure, and different composites that make up all of the properties of fire when the trash is burned to reclaim the mediums.” — Christopher Gabriel Brown, 2017
From one line to an engineered product
The 2017 abstract frames recycling as fusion-in-reverse: not destroying matter but separating and reclaiming it, using a “modified carburetor” to pull distinct elements out of the products of combustion. The whole Industrial & Recycling line — the full-scale recycler (Project 08), the compact recycler (Project 17), and the chemical cooker (Project 16) — descends from this separation-not-destruction thesis.
The idea graduated from a one-paragraph deposition into a patent-pending product without changing its founding claim: separate and reclaim the elements of combustion, rather than destroy them.
Provenance
- Source: Invent Depositions (2017), ISBN-13 978-1-979767-89-7, CreateSpace
- Catalog image:
Firefly_5_instead_of_destroying_elements…jpg(buyinvent.com) - Live product: Microwave Nuclear-Waste Recycling (Projects 08 / 16 / 17)
Cite this
- AP — Brown, C. G. (2017). Invent Depositions, Deposition #5. CreateSpace.
- APA — Brown, C. G. (2017). Invent depositions (Deposition No. 5). CreateSpace Independent Publishing Platform.
- MLA — Brown, Christopher Gabriel. Invent Depositions, Deposition #5. CreateSpace, 2017.
© 2017 Christopher Gabriel Brown · Patent Pending · IP retained by CRI-ONE
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