Carbotura ACM Terminology Glossary

The industrial category created by Carbotura. ACM treats what legacy industries classified as waste as what it actually is — a molecularly complex raw material containing carbon, hydrogen, metals, rare earth elements, and other high-value constituents. ACM facilities are modular factories that achieve Total Material Conversion, not waste processing plants. The distinction is not semantic; it determines regulatory classification, financial instrument eligibility, and the economic model of the enterprise.

The mass ratio of pulverized susceptor ash to Manufacturing Feedstock entering the Regenesis Rotational Mixer. Canonical definition: AFR = m_ash / m_feedstock, where m_ash is the combined mass flow of WTE ash (Stream A) and Regenesis solids recycle (Stream B), and m_feedstock is the mass flow of MSW Manufacturing Feedstock only. The denominator is feedstock mass — not total blended mass. Default design AFR = 0.25 (250 TPD ash per 1,000 TPD feedstock). Operating range: 0.0 to 1.0. The AFR is the primary quality control parameter governing OmniCrude™ yield and composition.

A facility-wide containment architecture that is an intrinsic element of the manufacturing system design — not a supplemental pollution control device. The APS maintains all process enclosures under continuous negative pressure, ensuring air always flows inward from the atmosphere. All vapors, particulates, and condensables released during manufacturing operations are captured as product streams via the APS and recovered, refined, or returned to the facility material balance. There is no routine atmospheric discharge from any Carbotura ACM facility during normal operations. The APS Capture Stream is a product stream — it contains materials with defined commercial recovery value including carbon fines, condensable vapors, and process particulates. The APS is specified in CBT-APS-TDS-001.

The controlled flow of vapors, particulates, or condensable materials extracted from a sealed process enclosure into the Atmospheric Protection System. The APS Capture Stream is a product stream — all materials captured have defined commercial recovery value. Carbon fines route to carbon recovery, condensable water vapor routes to ultrapure water treatment, char routes to susceptor recycle. Never referred to as exhaust, emissions, or off-gas in Carbotura documentation.

The Carbotura-qualified entity responsible for packaging, factory-assembling, and performance-testing Carbotura module skids to OEM specification. The ASI issues the Unitized Warranty Passport to Carbotura upon successful completion of Factory Acceptance Testing. The ASI role is not vendor-specific — it is a qualification designation that any entity meeting CBT-ASI-QUAL-001 criteria may hold. The ASI is not a construction contractor; it is an OEM integration partner executing a defined manufacturing scope under Carbotura specification authority. Multiple ASIs may be qualified simultaneously for different module types or geographic regions.

Carbotura's proprietary commercial and operational program that delivers Total Material Conversion through the Pregenesis, Regenesis, and Regenesis MAX protocols. The Circular Advantage program is the economic vehicle through which feedstock suppliers, municipalities, and industrial partners convert legacy cost liabilities into manufacturing revenue streams. The program is structured around the RevCon Valorization Ladder.

A statistical measure of blending uniformity expressed as: CV = (standard deviation / mean) × 100%. In the Pregenesis Protocol, CV measures the uniformity of susceptor ash distribution throughout the blended Manufacturing Feedstock as it exits the Rotational Mixer. Target: CV < 5% per shift grab sample. A CV above 8% triggers an alarm and investigation. OmniCrude™ yield and composition in the Regenesis MCR Reactor are sensitive to CV — non-uniform susceptor distribution creates hot spots and reduces conversion efficiency.

Carbotura's molecular fingerprinting and traceability system. EcoGraph™ provides batch-level provenance for every manufactured product, linking output materials to feedstock source, processing conditions, and AFR parameters. EcoGraph™ records are the basis for ESG reporting, product certification, and carbon credit verification.

The procurement-ready engineering package for a specific module or equipment skid. Where a TDS defines what a module must do, an EDP defines exactly how it shall be built — to the level of detail required to issue an RFQ to the ASI and qualified OEM suppliers. An EDP must be complete enough that the ASI can fabricate, assemble, and FAT the module without requiring clarification from Carbotura Engineering. Document numbering: CBT-EDP-[MODULE]-[SEQUENCE].

A Carbotura precursor protocol deployed at legacy deposit sites for urban and landfill mining operations. Exogenesis extracts and conditions material from closed landfills, coal ash ponds, mining tailings, and contaminated soils for delivery into Pregenesis and the standard ACM manufacturing sequence. Exogenesis is not part of the standard ACM Modular Factory — it is deployed at separate legacy deposit sites. Any feedstock type can arrive via direct delivery or via Exogenesis; the distinction is source (legacy deposit vs. active supply), not material type.

The formal performance and functional test conducted by the ASI at the manufacturing facility before any module is released for shipment. FAT verifies that the module meets all Carbotura OEM specifications — mechanical, electrical, controls, and performance. FAT is witnessed by Carbotura Engineering and, for critical modules, by an independent third party. No module may be shipped without a completed FAT signed by the ASI's Professional Engineer and Carbotura Engineering Lead. Successful FAT completion is the trigger for the ASI to issue the Unitized Warranty Passport.

A structured risk engineering register that identifies specific failure mechanisms for each equipment item, their system-level effects, and the detection and mitigation path for each. FMEA entries are scored using Severity (S), Probability (P), and Detectability (D) on a 1–10 scale each, with Risk Priority Number (RPN) = S × P × D. RPN ≥ 200 requires immediate engineering action and must be closed before Issued for Assembly (IFA) release. The Carbotura FMEA register is a live engineering document, not a one-time analysis.

The binding engineering document that defines every mechanical, electrical, data, and process interface between adjacent modules. ICDs specify connector types, part numbers, standards, and test requirements for each interface point. In the Carbotura system, "TBD" is not a valid ICD status at Class 2 OER. Every ICD entry must be DEFINED (fully specified) or carry a named Open Action with a specific resolution gate. ICDs are the contractual engineering boundary between modules and between the ASI's scope and Carbotura's scope.

A 1–5 scale measuring the maturity of interface definitions between modules. IRL 1 = interfaces identified in principle only. IRL 3 = interfaces characterized but not specified. IRL 5 = all interfaces fully defined and validated at scale. The Carbotura target for Class 2 OER is IRL 5 for all interfaces. IRL is tracked per module in the TDS TRL/ERL/IRL Assessment section and drives the Confidence Factor score.

Energy isolation procedure per OSHA 29 CFR 1910.147 required before any manual entry or maintenance on Carbotura equipment. All stored energy sources (electrical, hydraulic, pneumatic, gravitational, thermal) must be isolated and confirmed at zero energy state before personnel enter the hazard zone. LOTO is referenced throughout Carbotura OPS documents. Failure to follow LOTO is a serious safety violation. Where LOTO is required, it is stated as a mandatory callout box in the applicable OPS procedure.

The raw input material received at Carbotura ACM facilities. What legacy industries classified as "waste" — municipal solid waste (MSW), tires, biosolids, WTE ash, industrial sludge — is, in ACM, manufacturing feedstock: a molecularly complex raw material containing carbon, hydrogen, metals, rare earth elements, and other high-value constituents. The reclassification is not rhetorical; it reflects the material's actual economic and molecular identity. Manufacturing Feedstock is never referred to as "waste," "refuse," "garbage," "trash," or "residue" in Carbotura documentation.

A Carbotura Advanced Circular Manufacturing facility. Constructed in modular 100 TPD increments, scalable from 100 TPD to 6,000+ TPD. Each 100 TPD module is an identical, independently commissioned manufacturing unit. The Modular Factory is a manufacturing facility — not a waste plant, not a processing facility, not a disposal site. Field activities at a Carbotura Modular Factory are Modular Assembly — not construction. The modules are Serial-Numbered OEM Products, delivered, assembled, and warranted as manufactured equipment.

The Regenesis Reactor at the heart of the Regenesis Protocol. Uses targeted electromagnetic energy for molecular-level material activation and Total Material Conversion. The MCR Reactor is a reactor — not a furnace, not a burner, not an incinerator. It does not combust Manufacturing Feedstock; it activates molecular bonds at the quantum level to liberate and separate elemental constituents. The term "Recyclotron™" is the branded consumer-facing name for the MCR Reactor technology.

The Carbotura engineering maturity gate designation — used in place of the conventional project-management term "FEED" (Front-End Engineering Design). An OER is classified by AACE accuracy level: Class 4 OER (±30%), Class 2 OER (±15%), and Issued for Assembly (IFA). The distinction from FEED is substantive: an OER is an engineering release for a manufactured product, not a project-management gate for a construction project. For regulatory and lender reference — DOE LPO, AACE 18R-97, institutional finance — the equivalence is: Class 2 OER ≈ "FEED / DOE FEL-3." That equivalence is stated once in the Document Control table of each TDS and EDP and is not repeated throughout the document.

Carbotura's branded term for the molecularly disintegrated intermediate state produced by the Regenesis Protocol. OmniCrude™ is not the feedstock — it is what feedstock becomes after manufacturing processes break it to its molecular level, liberating the carbon, hydrogen, metals, rare earth elements, and other elemental constituents locked within. OmniCrude™ is the Carbotura equivalent of crude oil leaving the wellhead — an elementally rich intermediate state ready for selective refining into finished manufactured products. Regenesis MAX then refines OmniCrude™ into the full portfolio of manufactured materials: synthetic graphite, green hydrogen, rare earth elements, carbon fibers, industrial gases, construction materials, and ultrapure water. In distributed deployment architectures, OmniCrude™ becomes a transportable intermediate commodity.

The first of the three core Carbotura ACM protocols. Pregenesis covers all feedstock intake, preparation, and conditioning operations from truck arrival through delivery of a blended, size-reduced, AFR-controlled Manufacturing Feedstock stream to the Regenesis Protocol. Pregenesis includes: Truck Intake & Scale Airlock Building (TISAB), Dumping Floor and dual-trough receiving system, Shredder Train (primary shredder, hammermill, two-stage ferrous separation), Ash Pulverizer (VRM), Rotational Mixer, Trough 2 Processing (dewatering, drying, pulverizing), and the Regenesis Feed Metering Bin. Pregenesis is the manufacturing front-end — its output is the precisely conditioned feed stream that the Regenesis MCR Reactor converts to OmniCrude™.

The second core Carbotura ACM protocol — the Total Material Conversion stage. Regenesis receives the blended, metered Manufacturing Feedstock stream from Pregenesis and converts it to OmniCrude™ using the MCR (Multiphase Microwave Reactor). Regenesis operates at molecular scale, using targeted electromagnetic energy to liberate and separate the elemental constituents of Manufacturing Feedstock. The Regenesis output is OmniCrude™ — an elementally rich intermediate state that is further refined in Regenesis MAX into finished manufactured products.

The third core Carbotura ACM protocol — the OmniCrude™ refining and product manufacturing stage. Regenesis MAX selectively refines OmniCrude™ into the full portfolio of Carbotura manufactured products: synthetic graphite, green hydrogen, rare earth elements, carbon fibers, industrial gases, construction materials, and ultrapure water. In hub-and-spoke deployment architectures, Regenesis MAX operates as a centralized refinery receiving OmniCrude™ from multiple distributed Regenesis nodes via OmniCrude Haulers.

Carbotura's proprietary revenue projection framework, structured as four tiers of increasing valorization of OmniCrude™ and its refined products. Each RevCon tier represents a defined revenue floor per annum for a 400 TPD baseline factory. All performance guarantees in Carbotura engineering documents are baselined to a specific RevCon tier — currently RevCon 3 ($150M–$325M/yr). RevCon tiers are not revenue forecasts; they are performance-based guarantee floors anchored to defined product output specifications. The PowerBlock revenue meter (ASI-PBK-QC-4160-32MW) provides the fiscal measurement basis for RevCon accounting.

The formal verification test conducted at the Carbotura Modular Factory following module assembly. SAT verifies correct assembly and individual equipment function. SAT is distinct from FAT (factory test) and FPT (full performance test). The sequence is: FAT at ASI factory → module shipped → SAT at site → FPT at site with Manufacturing Feedstock within P90 envelope → TPGT (72-hour continuous performance guarantee test).

Densified, wrapped, and palletized blocks of prepared Manufacturing Feedstock. Produced by Pregenesis as a buffer storage option only — not the standard operating mode. When SMUs are created, they are reactor-ready for Regenesis processing. Direct feed from Pregenesis to Regenesis is the primary pathway; SMUs serve as inventory management tools during throughput fluctuations.

Pulverized WTE ash or Regenesis solids recycle processed to sub-500 micron D90 particle size. The susceptor is the microwave energy absorber added to Manufacturing Feedstock at the AFR-controlled Rotational Mixer before it enters the Regenesis MCR Reactor. The susceptor absorbs and distributes electromagnetic energy from the MCR Reactor throughout the feedstock blend, enabling uniform Total Material Conversion. Susceptor quality — particle size distribution (D90), moisture content, and AFR ratio — directly governs OmniCrude™ yield and composition.

The primary engineering specification document for a Carbotura module. The TDS defines module-level technical requirements, interfaces, testing, and warranty boundaries. It is not a commercial document; commercial risk allocation, financing structures, and lender requirements are addressed in separate documents. TDS documents follow an 18-section mandatory structure and are classified by OER accuracy level. Document numbering: CBT-[PROTOCOL]-TDS-[MODULE NUMBER].

Module 0A of the Pregenesis Protocol. The entry pressure boundary for the Carbotura ACM Modular Factory. TISAB is a two-lane drive-through enclosed structure housing certified legal-for-trade weighbridges, RFID transponder readers, and high-speed airlock doors. The airlock maintains the factory negative pressure boundary during truck entry. TISAB gross weight is matched to EASB tare weight for payload reconciliation — the basis of Manufacturing Feedstock billing.

The defining outcome of the Carbotura ACM manufacturing sequence. TMC is the complete molecular liberation and elemental recovery of all constituents within Manufacturing Feedstock. Nothing is destroyed; nothing is wasted; nothing is merely "treated." Every element within the feedstock — carbon, hydrogen, metals, rare earths, water — is liberated, captured, and manufactured into a commercial product. TMC is what separates ACM from all legacy waste processing, incineration, gasification, and pyrolysis approaches: they destroy or partially recover material value. TMC recovers all of it.

NASA scale 1–9 measuring technology maturity. TRL 9 = fully commercial technology deployed at scale. TRL 7 = prototype demonstrated at scale. TRL 6 = prototype demonstrated in relevant environment. Carbotura component technologies are predominantly TRL 9 (proven commercial equipment). The integration system TRL is 6–7, reflecting the novel integration of proven technologies into the ACM sequence. Individual equipment TRL being high (7–9) while integration TRL is lower is standard for any proprietary manufacturing system integrating multiple commercial technologies.

The comprehensive warranty and compliance package issued by the Authorized Strategic Integrator (ASI) to Carbotura upon successful completion of Factory Acceptance Testing. The UWP contains: FAT completion certificate, all material certifications, spring isolation test reports with PE signature, electrical test certificates, Modbus I/O loop-check report, APS duct leak test reports, feeder calibration certificates, SIL 1 interlock test report, OEM warranty certificates for all equipment, and all ASI-issued serial numbers. The UWP is the operational warranty document for the module — it is the basis for warranty claims, spare parts procurement, and maintenance scheduling. No module may be shipped without a completed UWP.

The Carbotura brand mark — the stylized vortex symbol representing the circular, recursive nature of Advanced Circular Manufacturing. The Vortex™ mark is the registered trademark of Carbotura Inc. and appears on all official Carbotura documents, products, and communications.

Waste-to-Energy bottom ash from external WTE facility. Stream A in the Carbotura Pregenesis ash supply system. WTE ash is processed as a manufacturing susceptor product — the microwave energy absorber added to Manufacturing Feedstock at the Rotational Mixer. WTE ash supply is governed by an offtake agreement with the WTE facility. At the design AFR of 0.25, Stream A supplies approximately 175 TPD of the 250 TPD total ash requirement, with Stream B (Regenesis solids return) providing the balance.