Reference Document — Terminology

Carbotura ↔ Conventional Industry Terminology Equivalency

A complete mapping between Carbotura ACM language and the conventional waste management, EPC, and project finance terms it replaces — with the engineering and regulatory rationale for each substitution

Doc No.CBT-REF-EQUIV-001

RevisionRev 1

ClassificationPublic

How to use this table. The left column is the Carbotura term — the correct, precise language used in all Carbotura documents. The center column shows the conventional industry equivalent that the Carbotura term replaces. The right column explains why the substitution matters — not as a style preference, but as an engineering, regulatory, or economic distinction. The conventional terms are shown with strikethrough to signal that they are replaced, not banned for their own sake, but because they carry definitional baggage that mischaracterizes what ACM facilities do. For lenders, PE reviewers, and DOE applications: where regulatory submissions require conventional terminology, the equivalence is stated once in the Document Control table and not repeated.

Category

Carbotura ACM Term	⇄	Conventional Industry Term	Category	Engineering & Regulatory Rationale
Manufacturing Feedstock	⇄	Waste / MSW / Refuse / Garbage	Core	This is the foundational substitution of ACM. Material classified as "waste" is subject to waste disposal regulations, requires disposal permits, incurs tipping fees, and cannot generate product revenue. Material classified as "manufacturing feedstock" is a raw material input to a manufacturing process — it generates intake revenue from feedstock suppliers, is exempt from disposal regulation, and the facility is classified as a manufacturer rather than a waste processor. The material's molecular composition is identical; its regulatory and economic identity is entirely different. The reclassification is not rhetorical — it is the legal and commercial basis of the ACM business model.
Advanced Circular Manufacturing (ACM)	⇄	Waste Management / Waste Processing / Waste Disposal	Core	Waste management is a service industry — it moves, stores, and disposes of material for a fee. ACM is a manufacturing industry — it converts raw material input into manufactured products for revenue. The distinction determines NAICS classification, applicable regulations (manufacturing vs. waste management), tax treatment, financing instrument eligibility, and the economic structure of the enterprise. ACM facilities are Modular Factories, not waste plants.
Modular Factory	⇄	Waste Plant / Processing Facility / Disposal Site	Core	A waste plant is permitted for waste management. A manufacturing factory is permitted for manufacturing. These are different regulatory pathways, different insurance structures, different environmental compliance regimes, and different lender risk profiles. Carbotura facilities are Modular Factories — built in 100 TPD serial manufacturing increments, scalable by replication, not by construction of larger structures.
Total Material Conversion (TMC)	⇄	Waste-to-Energy (WTE) / Incineration / Combustion	Core	WTE and incineration destroy material value while recovering only heat energy — the carbon, hydrogen, metals, and rare earths in the feedstock are converted to ash and flue gas. TMC recovers all elemental value. The MCR Reactor does not combust; it activates molecular bonds using targeted electromagnetic energy to liberate and separate elemental constituents. The regulatory classification difference — combustion vs. molecular activation — determines air permit requirements, technology classification under DOE programs, and insurance underwriting.
OmniCrude™	⇄	Syngas / Syncrude / Intermediate product / Byproduct	Product	OmniCrude™ is not a gas, not a liquid, not a syngas, and not a byproduct. It is the molecularly disintegrated intermediate state produced by Regenesis — an elementally rich multi-phase output ready for selective refining into finished manufactured products. The crude oil analogy is architecturally precise: OmniCrude™ leaves the Regenesis "wellhead" as a commodity intermediate, transported to Regenesis MAX for refining. Calling it syngas or syncrude would mischaracterize its composition and refining potential.
APS Capture Stream	⇄	Exhaust / Emissions / Flue Gas / Off-Gas / Stack Gas	Product	Exhaust and emissions are atmospheric discharges — materials leaving the process as waste to the environment. The APS Capture Stream is a product recovery system — all captured materials (carbon fines, condensable vapors, char) have defined commercial recovery value and route to product recovery processes, not to atmosphere. There is no routine atmospheric discharge from a Carbotura ACM facility. Calling APS outputs "emissions" would trigger air permit requirements for pollution control that do not apply to an enclosed product recovery system.
Susceptor	⇄	Catalyst / Additive / Ash admixture	Product	A catalyst is chemically active and regenerated. An additive modifies material properties. The susceptor is a microwave energy absorber — it absorbs and distributes electromagnetic energy from the MCR Reactor uniformly through the feedstock blend, enabling consistent molecular activation. The susceptor is not consumed chemically; it is physically separated in the downstream refining process and partially recirculated as Stream B (Regenesis solids return). The correct technical analogy is a susceptor in microwave-assisted processing, not a catalytic additive.
OER — OEM Engineering Release (Class 2 ±15%)	⇄	FEED — Front-End Engineering Design / DOE FEL-3	Engineering	FEED is a project-management gate for construction projects. An OEM Engineering Release is an engineering release for a manufactured product. The distinction matters because FEED implies construction risk (cost overruns, change orders, schedule slippage), while an OER implies product manufacturing risk (specification compliance, FAT performance, warranty coverage). For DOE LPO and AACE 18R-97 regulatory submissions, the equivalence is stated once: "Class 2 OER, equivalent to FEED/FEL-3 [external regulatory reference only]." It is not repeated throughout documents.
Modular Assembly	⇄	Construction / Construction Project / EPC Project	Engineering	Construction implies site-built, one-off, non-repeatable work subject to construction law, prevailing wage requirements, lien rights, and EPC contract structures. Modular Assembly means installing Serial-Numbered OEM Products that were factory-built, FAT-tested, and warranted before delivery. Field activities are limited to module placement, standardized connector mating, and SAT verification. The legal, financial, and risk implications are fundamentally different.
Issued for Assembly (IFA)	⇄	Issued for Construction (IFC)	Engineering	Documents released for field construction are IFC. Documents released for OEM factory assembly and site module placement are IFA. The distinction reflects the product model — modules are assembled, not constructed.
Engineering Change Notice (ECN)	⇄	Change Order	Engineering	Change orders are construction contract instruments implying cost and schedule impacts billable to the owner. Engineering Change Notices are OEM product management tools — they track design evolution within the manufacturing scope. The distinction determines who bears cost: construction change orders typically shift cost to the owner; ECNs are managed within the OEM manufacturing scope.
Technical Query (TQ)	⇄	RFI — Request for Information (construction)	Engineering	Construction RFIs are contractual instruments with schedule and cost implications. Technical Queries are engineering communication tools within the OEM product development process.
Assemblability Review	⇄	Constructability Review	Engineering	Constructability reviews assess whether a design can be built in the field. Assemblability reviews assess whether a factory-assembled module can be site-installed efficiently. Different criteria, different stakeholders, different outcomes.
Planned Maintenance Interval (PMI)	⇄	Scheduled Maintenance / Downtime / Planned Shutdown	Operations	PMI is a structured manufacturing reliability term — it connotes a designed-in, scheduled interval that is part of the operating plan, not a disruption. The N+1 redundancy architecture of Carbotura modules means PMI on one unit does not interrupt production. Calling it "downtime" implies production loss, which is not the case for a properly designed redundant system.
Unplanned Maintenance Event	⇄	Breakdown / Equipment Failure	Operations	Structured terminology for investor and lender communications. "Breakdown" implies uncontrolled failure; "Unplanned Maintenance Event" implies a managed response within a documented protocol — which is what actually happens when N+1 redundancy engages automatically and the FMEA-based maintenance protocol is followed.
Near-Zero Design Intent	⇄	Environmental Compliance / Pollution Control	Operations	Environmental compliance is a regulatory floor — the minimum performance required by law. Near-Zero Design Intent is an engineering design objective that exceeds compliance — designing for near-zero emissions, near-zero discharge, and near-zero residual as a positive manufacturing outcome, not as a regulatory obligation. The APS is an intrinsic element of the manufacturing system architecture, not a supplemental pollution control device added to meet regulations.
Leachate (routed to water treatment for near-zero discharge)	⇄	Effluent / Wastewater Discharge	Operations	Effluent and wastewater discharge imply permitted atmospheric or hydrological release. Carbotura Trough 2 leachate routes 100% to the water treatment module for near-zero discharge compliance — it is not discharged to ground, drain, or surface water. The condensate from the T2 paddle dryer is a high-value ultrapure water product stream, not a wastewater byproduct.
Authorized Strategic Integrator (ASI)	⇄	EPC Contractor / General Contractor / EPCM	Role	EPC contractors build construction projects and bear construction risk. The ASI packages, factory-assembles, and FAT-tests manufactured OEM modules to Carbotura specification. The ASI issues the Unitized Warranty Passport. The legal structure, liability framework, insurance type, and payment terms are fundamentally different from an EPC contract. The ASI operates under OEM manufacturing warranties, not construction performance bonds.
ASI Sub-Tier Partner	⇄	Subcontractor	Role	Subcontractors operate under construction law with lien rights and construction contract protections. ASI Sub-Tier Partners operate under the ASI's manufacturing scope, governed by OEM supply agreements, not construction subcontracts.
RevCon [Tier] Revenue Floor	⇄	Revenue Projection / Revenue Estimate / Revenue Forecast	Finance	Revenue projections and forecasts are unanchored financial estimates with wide uncertainty ranges. RevCon tiers are performance-based guarantee floors anchored to defined product output specifications — they state what revenue a factory generates when operating at a specified performance tier. The distinction is material to lenders and investors: a RevCon floor is a defensible engineering-based minimum, not a financial model assumption.
Unitized Warranty Passport	⇄	Turnkey Delivery Package / Warranty Package	Finance	Turnkey implies a construction project handed over complete. The Unitized Warranty Passport is the OEM equivalent — it documents that a Serial-Numbered manufactured module has been factory-tested, performance-verified, and is delivered with a complete warranty and compliance record. The UWP is a bankable document — it enables the module to be financed, insured, and warranted as a manufactured product asset.
Co-manufactured product / revenue stream	⇄	Byproduct / Residue / Secondary product	Finance	Byproducts and residues have lower regulatory and commercial standing than primary products. In ACM, all outputs — synthetic graphite, green hydrogen, rare earth elements, carbon fibers, recovered metals, ultrapure water — are co-manufactured products with defined commercial value. There are no byproducts in a Total Material Conversion system; there are only products at different stages of refinement.