Stationary Landfill Mining and Resource Recovery Center

Project 25 — the disciplined, industry-validated stationary version of Project 15's mobile truck concept

500–2,000 tons / day. Seven proven separation stages from named commercial vendors. 45–65% material recovery (industry-validated). 70–85% diversion from landfill.

The Stationary Landfill Mining and Resource Recovery Center is a fixed-site industrial facility that mines closed or active landfills, separates materials into saleable commodities through seven proven commercial-equipment stages, recovers energy from non-recyclables via standard waste-to-energy thermal processing, and produces clean water. Unlike Project 15's mobile-truck concept, this is a permanent processing center with full-scale industrial equipment, no weight constraints, 10–50× the throughput of the truck, and recovery rates validated against existing landfill-mining operations (SWANA, EPA data). Patent foundation is the umbrella USPTO 19/540,453 (Integrated Technology Portfolio, filed 2026-02-13).

Why a Center, Not a Truck

Project 15 proposed a mobile truck. The README enumerates the truck's fundamental limitations and the center's corresponding advantages:

Trucks can still haul material to the center from multiple landfill sites within a 50-mile radius — but the processing happens at the fixed industrial facility.

Seven Processing Stages — All Proven, All Commercial

Every stage uses equipment manufactured today and operating at existing facilities worldwide:

1. Excavation & Hauling — standard earthmoving equipment (CAT, Komatsu); material trucked to the center.
2. Trommel Screening — rotating drum screens, separates by size; commercial units from Terex, McCloskey.
3. Magnetic Separation — overhead belt magnets and drum magnets, pulls ferrous metals; Eriez, Bunting.
4. Eddy Current Separation — repels non-ferrous metals (aluminium, copper, brass); Eriez, SGM Magnetics.
5. Density Separation — air classifiers and sink-float tanks, separates plastics, organics, inerts; Westeria, Nihot.
6. Optical / NIR Sorting — near-infrared cameras identify plastic types for sorting; TOMRA, Steinert, Pellenc ST.
7. Thermal Processing — waste-to-energy for non-recyclables, proven gasification or incineration with heat recovery; Covanta, Babcock & Wilcox.

Facility Specifications

Revenue Model — Conservative

Based on actual commodity prices and existing landfill-mining operations (SWANA, EPA references):

Payback period: 5–8 years (conservative) / 3–5 years (optimistic). 5-year ROI: 20–60%.

Heritage from Project 15 — What's Kept, What's Discarded

Inherited:

• Universal Recycling Container (URC) system for standardised material handling.
• Multi-stage separation philosophy.
• Thermal energy recovery concept.
• Revenue diversification strategy.

Discarded:

• Mobile truck constraint (replaced with stationary facility).
• Unproven element separation claims (replaced with commercial sorting tech).
• Overstated recovery rates (replaced with industry-validated 45–65%).
• Fictional electricity generation methods (replaced with proven waste-to-energy).

What's in the Package

Patent Foundation

Per the README, this project's patent portfolio is the Consolidated utility application USPTO 19/540,453 (Integrated Technology Portfolio, filed 2026-02-13). Per PATENT_LINKAGE_REPORT.md, Project 25 is also cross-linked to broader inventor USPTO portfolio applications. The Project 25 README explicitly notes that the corrections it applies (industry-validated recovery rates, commercial-equipment vendors, proven waste-to-energy) make the IP position cleaner than Project 15's overclaimed approach.

How it's made

The Stationary Landfill Mining and Resource Recovery Center is the inventor's disciplined replacement for Project 15's overclaimed mobile-truck concept. Where Project 15 promised >85% materials and >95% elements recovery from a mobile platform, Project 25 promises industry-validated 45–65% material recovery and 70–85% diversion-from-landfill from a fixed industrial facility — and grounds every figure in published landfill-mining data from SWANA and the EPA. Where Project 15 named "advanced reverse-nuclear element separation" as a recovery technology, Project 25 names commercial vendors (Eriez, TOMRA, Steinert, Covanta) supplying equipment that operates at existing facilities today.

The 7-stage pipeline is documented per-stage in blueprints/PROCESSING_STAGES.md with equipment specifications referenced to named vendors. The bill of materials in blueprints/EQUIPMENT_BOM.md covers vendors and costs. The financial model in financials/BUSINESS_PLAN.md includes sensitivity analysis. The regulatory pathway is mapped in financials/REGULATORY_PATHWAY.md. The SCADA / PLC control system is implemented in software/control_system.py and the monitoring dashboard in software/dashboard.py.

Why I made it

Project 15's mobile truck was a good marketing concept and a flawed engineering proposal. The numbers in its MARKETING_MATERIALS.md and the chemistry in its ADVANCED_INCINERATOR_ELEMENT_SEPARATION.md made claims that don't survive contact with the existing landfill-mining literature. A serious buyer reading that package against SWANA's published recovery-rate data would see the gap immediately and either walk away or negotiate the price down sharply.

I built Project 25 as the corrective. Same broad goal (turning landfills into resource recovery operations), much more disciplined methodology (proven commercial equipment, industry-validated rates, honest financial model), much cleaner IP position (no claims that won't survive expert review). The README is explicit about what was discarded and why. A buyer reading this package against SWANA / EPA data should find the numbers consistent.

What it can do

The acquired engineering package delivers the design content needed for an EPC firm or municipal authority to permit, construct, and commission a 500–2,000 tons / day stationary landfill-mining facility on a 10–15 acre site. The 7-stage processing pipeline uses commercially-available equipment from named vendors; the financial model projects $4.8M–$13.7M annual revenue against $4.8M annual costs with a 5–8 year payback (conservative) or 3–5 year payback (optimistic).

What this acquisition does not deliver: it does not include constructed facilities, equipment supply contracts with the named vendors (Eriez, TOMRA, etc. are referenced for their commercial product, but the equipment-purchase relationships are the buyer's), regulatory permits in any jurisdiction, or operational licences. The buyer takes the design package forward into permitting, EPC contracting, equipment procurement, and operations.

Why it's a fact

• The 25-landfill-recycle-center/ folder contents are inspectable on disk: specs/TECHNICAL_SPECIFICATIONS.md, blueprints/ (FACILITY_DESIGN.md, PROCESSING_STAGES.md, EQUIPMENT_BOM.md, ENERGY_RECOVERY.md), financials/ (BUSINESS_PLAN.md, REGULATORY_PATHWAY.md), software/ (control_system.py, dashboard.py), drawings/ (site_layout.svg, process_flow.svg).
• The 7-stage commercial-equipment pipeline references named vendors (CAT, Komatsu, Terex, McCloskey, Eriez, Bunting, SGM Magnetics, Westeria, Nihot, TOMRA, Steinert, Pellenc ST, Covanta, Babcock & Wilcox) — verifiable against those vendors' published equipment catalogs.
• The 45–65% material-recovery rate is grounded in SWANA / EPA published landfill-mining data, not invented for this listing.
• The README's "What it discards" list is the inventor's own self-correction of Project 15's overclaims; cross-referenced with the Project 15 description's own honest framing.
• Price discrepancy (flagged at top): README $50M vs allinone.html $2M. The README is the more recent canonical source for this project; the allinone.html master table appears to be out-of-sync. Buyers should reconcile with the inventor before purchase.

License Terms — What's Granted, What Isn't

The acquisition grants the buyer permission to make, build, and copy the deliverable. It does not transfer the underlying intellectual property:

• Granted with the acquisition: permission to construct (or have constructed) Stationary Landfill Mining facilities under the documented design; permission to operate facilities under the buyer's regulatory framework; permission to make copies of the engineering package, financials, and software for the buyer's EPC, operations, and integration use.
• Not transferred with the acquisition: USPTO 19/540,453 (Integrated Technology Portfolio umbrella, filed 2026-02-13), the broader inventor portfolio book references, the named-vendor commercial equipment IP (those remain the vendors' IP, separately licensed by the buyer through commercial purchase), trademarks, copyrights, or any rights to license or assign the IP onward to third parties. The intellectual property remains held by Christopher Gabriel Brown.
• The buyer's permission is to use the facility design, not to own the rights behind the design.

This framing applies uniformly across the inventor's portfolio. Buyers seeking IP assignment rather than make/build/copy permission should contact the inventor directly — that is a separate negotiation outside the standard storefront acquisition.

The disciplined, industry-validated, commercial-equipment, fixed-facility version of landfill mining. Permission to make, build, and copy.