Published October 13, 2026
| Version v1
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INDUSTRIAL SYMBIOSIS ROADWAYS (REV24): Transforming Heavy Petroleum Liabilities into Intelligent, Self-Sensing, and Self-Healing Carbon Infrastructure
Authors/Creators
Description
INDUSTRIAL SYMBIOSIS ROADWAYS (REV24)
Transforming Heavy Petroleum Liabilities into Intelligent, Self-Sensing, and Self-Healing Carbon Infrastructure
Design Authority: Zachary August Jacoby
Permanent Digital Object Identifier (DOI): 10.5281/zenodo.23348188
Core Compliance Specification: SOP-01 Hard-Hardened Standalone Spoke / The Node / The Moat Hubs
Permanent Digital Object Identifier (DOI): 10.5281/zenodo.23348188
Core Compliance Specification: SOP-01 Hard-Hardened Standalone Spoke / The Node / The Moat Hubs
📌 Project Abstract & Technical Overview
This repository contains the complete production-locked engineering specifications, bare-metal automation source code, and simulated validation data models for Industrial Symbiosis Roadways (REV24). This cyber-physical infrastructure framework resolves three independent global economic liabilities—heavy unrefined petroleum refinery waste, rapid public infrastructure degradation, and roadside microplastic pollution—by upcycling heavy asphaltene residues into high-performance Turbostratic "Flash" Graphene (TFG). Operating on a spatially decoupled regional supply network, this system feeds distributed pre-cast casting yards to manufacture zero-emission, self-sensing, and autogenous bio-self-healing modular geopolymer highway slabs at upfront cost parity with traditional pavements ($1.25 Million per lane-mile).
🏗️ Core Repository Architecture & Directory Blueprint
/docs/: Houses the complete data-lockedDESIGN-EIB-2026-FINAL-REV24.mdmaster engineering framework alongside technical appendices (APP-AthroughAPP-J) and the custom split-governanceLICENSEwrapper./src/: Houses the core automation directories containing deterministic fixed-point C drivers and constant-time Python digital twin scripts for the 1.2996 GW transient electrical pulse loops, Edge-AI tank pre-blending routines, and Dual-Frequency AC Impedance Spectroscopy signal solvers./hardware-blueprints/: Contains production-ready CAD scripts (.scr) and 3D solid STEP exchange models (.step) for the 100-block parallelized stack arrays, split-layer electromagnetic shields, and flexible silver-polymer cold-welded ribbon terminals./data/: Holds experimental and simulated validation tables mapping the 28-day geopolymer compressive strength validation (≥ 65 MPa) and the 2,500 W/m² @ 240V AC active ultra-flash electro-thermal de-icing master profiles.
⚙️ Key Technical Inclusions (REV24 Upgrades)
- Shielding Saturation Deflection: Implements a split-layer stationary Faraday shroud (8.5 mm OFHC Copper / 1.5 mm Mu-metal) utilizing inner eddy-current bucking to suppress transient fields below 0.5 T, permanently preventing Mu-metal magnetic saturation under 1.3 GW transient pulses.
- Quaternary High-Entropy Core Metallurgy: Deploys Molybdenum-Lanthanum (Mo-La) and Tungsten-Rhenium (W-Re) alloy electrodes armored with quaternary AlTiCrN/TaNbHfZrN PVD coatings to eliminate grain-boundary sulfidation from extreme 8.0 wt% sulfur plasma outgassing.
- Real-Time Acoustic Damage Intercept: Embeds ultra-sonic Acoustic Emission (AE) sensors directly into ZTA structural locking pins to listen for micro-cracking acoustic frequencies (100 kHz – 1 MHz) during firing, triggering automated barrel blade hot-swaps via a
REG_PLC_P1_CELL_SWAP_REQstate change the exact millisecond spalling or micro-fissures pass the 65.0 dB master abort threshold. - Randles Equivalent Circuit Interrogation: Configured edge microcontrollers for simultaneous Dual-Frequency Interrogation (500 Hz / 20 kHz channels) running an Equivalent Randles Circuit model (
randles_circuit_solver.py) to isolate true structural resistance from parasitic capacitive reactance, keeping weigh-in-motion analytics immune to changing environmental moisture and heavy rainfall. - Decoupled Piezo-Hydraulic Actuation: Features balanced-poppet piezoelectric valves running on a decoupled hydraulic amplification fluid framework, shielding fragile ceramic piezo-stacks from abrasive sulfur dust to clear a component lifecycle limit exceeding 50+ million operations.
📜 OPERATIONAL CAPACITY CAPS & LICENSING TOLLBOOTH
To balance public-good proliferation with absolute investor equity protection, this repository enforces a strict Split-Governance Dual-Licensing Matrix (SOP-01-TRACK):
- Track A: The Open Academic Concession (GPL-3.0-or-later): Unrestricted, royalty-free replication, modification, and deployment authorized exclusively for university laboratories, non-profit community cooperatives, and open-science research groups.
- Track B: The Enterprise Fences (SOP-01 Commercial Tollbooth): Any commercial, industrial, or municipal operation utilizing this engine is bound to a strict physical energy fence of 5.0 Megawatts (MW) and a financial fence of $2,500,000 USD in gross revenue. Breaching either fence instantly voids the Track A concession. The SCADA data bus branchlessly throws a constant-time
LICENSE_VIOLATION_HALTruntime code string to freeze entry valves and halt data transmissions until a private, royalty-bearing Technology-Transfer Waiver Agreement is executed directly with the author.