Carbon, engineered.

Verified industrial methane abatement, settled on Solana, custodied through Fireblocks, and supported by a six-instrument legal package — designed to meet the standard at which environmental commodities become institutional assets.

Instruments

Two-tier architecture · Tier 1: Measured Vintage CAT (M-CAT) — verified ex-post against Level 5–monitored vintages, retirable against current emissions claims · Tier 2: CAT-Forward Vintage (CAT-FV) — bilateral, non-standardized, non-exchange-traded contractual conversion right against a future-vintage M-CAT, governed by a streaming/prepay agreement and convertible only through a defined technical conversion process (Level 5 monitoring, Kent Group verification, Gate 29 sign-off, and CCCi annual premium clearance). CAT-FVs are not retirable against emissions until converted. See §01.1, §04.5, §06, §07.4.5.

Tickers

M-CAT: LMCX-CHR (Christopher) · LMCX-ABR (Abernathy) — Solana Token-2022 · CAT-FV: LMCX-CHR-CATFV — Christopher only; separate Solana Token-2022 mint with cross-referenced CIBF Layer 1 serials. Abernathy is issued single-tier as M-CAT; the Abernathy 1,656,501 P95+LHS conservative figure already encompasses the full 10-year project-lifetime quantification claimed at issuance and is not split into a forward CAT-FV pool.

Reference Assets

Christopher Unit #1 and Abernathy Unit #1 · Loving County, Texas · Block 53 deep-formation methane abatement program (formations below base of Wolfcamp — Atoka, Pennsylvanian)

API Numbers

Christopher Unit #1: 42-301-30037 · Abernathy Unit #1: 42-301-30214-0002

TRRC Lease

Christopher Unit #1: Gas Lease No. 172305 · Abernathy Unit #1: Gas Lease No. pending recording

Issuer

Last Mile Production LLC · TRRC P-5 No. 102051

Project Entities

Christopher Unit 1 IMCSS, LLC · Wyoming SOS No. 2026-001934109 · Abernathy Unit 1 IMCSS, LLC · Wyoming SOS filing pending

Tokenization

Fireblocks Tokenization · Token-2022 standard · M-CAT and CAT-FV each issued as a distinct Token-2022 mint with separate metadata schemas (see §04.5). CAT-FV → M-CAT conversion executes as an atomic burn-and-mint operation through Fireblocks Tokenization upon vintage clearance.

Custody

Fireblocks MPC-CMP

Planned Issuance — Tier 1 (M-CAT)

Y1 indicative M-CAT inventory: 3,833,280 (GWP28) — Christopher Unit #1: 2,176,779 (Kent Group ISO 14064-3 reasonable-assurance verification, August 2025; Y1 vintage; first-mint authorization pending IRP approval) · Abernathy Unit #1: 1,656,501 (P95 Monte Carlo + LHS conservative full 10-year project-lifetime quantification claimed at issuance; indicative pending Kent Group ISO 14064-3 verification). For Christopher, each subsequent annual M-CAT vintage is issued only upon that vintage's Level 5 plug-integrity confirmation, Kent Group verification, 29-Gate Mint Checklist clearance, and confirmed CCCi premium payment. For Abernathy, the 10-year volume is issued in a single lot as the P95+LHS lower bound of the full project quantification; no subsequent annual vintages are minted.

Planned Issuance — Tier 2 (CAT-FV) · Christopher only

Indicative CAT-FV pool sized against ISO 14064-2 §5.4 ex-ante project quantification net of Y1 M-CAT issuance — Christopher Unit #1: 19,243,827 CAT-FVs (10-year project quantification of 21,420,606 tCO₂e GWP28 minus Y1 M-CAT 2,176,779). Abernathy Unit #1 does not have a CAT-FV pool; the Abernathy 1,656,501 P95+LHS figure already encompasses the full 10-year project-lifetime quantification claimed at issuance, so the two-tier split does not apply. CAT-FVs are not represented as Level 5–measured tonnes; they are bilateral conversion-right entitlements against engineering-projected Christopher vintages, governed by a streaming/prepay agreement (§10.6) and not a derivative or financial instrument. See §02.1, §05.2, §06.2, §07.4.5, §13.

March 2026 MRP

$13.0784 / MT · IFEU IMPACT CP1.FUT · N=25 (Databento job IFEU-20260331-CLBJ594CQ8) — applies to M-CAT pricing reference. CAT-FV pricing is derived separately under §05.3.

M-CAT Indicative Reference Range

$19–$22 / MT (observed bilateral OTC reference range for M-CATs; not a price commitment — see §05.1, §06.4)

CAT-FV Indicative Reference Framework

M-CAT spot reference, less (i) time-value discount, (ii) conversion-risk discount, (iii) ratings-tier discount reflecting forward-instrument treatment. Framework only — not a price commitment. Mining-streaming precedent (Wheaton typical 20–30% discount to spot at deal inception, narrowing as delivery approaches) is the closest analog; pricing is bilateral and may be materially different. See §05.3.

Regulatory Posture

M-CAT classified as a digital environmental commodity unit — a non-financial digital commodity. Not a security, derivative, asset-referenced token, e-money token, collective investment scheme interest, or other regulated financial product under U.S. (SEC / CFTC), EU (MiCA Title II "other crypto-asset"; not ART, not EMT, not a MiFID II financial instrument), or UAE (VARA / ADGM FSRA non-financial Virtual Asset) frameworks. CAT-FV classified as a bilateral, non-standardized, non-exchange-traded contractual conversion right (commercial supply / streaming structure); not a derivative, security, ART, EMT, or Specified Investment, and the subject of distinct outside-counsel opinions under each framework as a condition precedent to issuance. No regulator has ruled. See §07.4 and §13.

Permanence Support Architecture

Issuer-level integrity instruments administered by an independent Collateral Agent — see §03 and §10. CCCi Lloyd's $100M policy, recorded VPP covenant ($125 / tCO₂e LD), UCC-1 Security package. Not held by, pledged to, or beneficially owned by M-CAT or CAT-FV holders. Reversal exposure is bounded by retired M-CATs in circulation; CAT-FVs do not increase reversal exposure because they are not retirable against emissions until converted.

Effective Date

May 1, 2026 · Protocol v1.0 + Amendments No. 1–4 · LMCX_CAT_Methodology v1.3 (extends v1.2 with ISO 14064-2 §5.4 ex-ante quantification, SPE-PRMS §3.2 economic-cutoff documentation, widened Monte Carlo envelope for CAT-FV-attributed tonnes, and correlated-barrier-failure permanence re-analysis). Amendment No. 4 introduces the two-tier instrument architecture, the CAT-FV Issuance Checklist, and the streaming/prepay legal package.

Confidential · Authorized Institutional Review Only

The structure of this paper.

The paper is organized in three parts: foundations (framework rationale, executive thesis, engineering, permanence); architecture (token, capital markets, additionality, mint controls, operations); and governance (legal, controls, market context, risks).

Foundations & engineering.

Built on measurement first, not labeling.

LMCX did not select OGMP 2.0 Level 5, EPA Subpart W, and ISO 14064 / 14065 as credit labels. Each was selected because it addresses a distinct institutional diligence requirement — measurement integrity, regulatory accounting discipline, and independent assurance — and because no single framework, by itself, addresses all three.

The design philosophy underlying this white paper is straightforward: if a carbon asset cannot withstand engineering scrutiny, audit scrutiny, and compliance scrutiny simultaneously, it should not be tokenized. The frameworks below are the technical foundation on which the LMCX issuance methodology, the legal package, and the on-chain architecture are then built.

Many carbon products begin with marketability and retrofit integrity afterward. LMCX took the opposite sequence: a measurement-grade methane quantification framework, a legally auditable emissions accounting framework, and an independently verifiable assurance framework were specified before any token architecture, capital markets structure, or commercial document was drafted.

Why OGMP 2.0 Level 5 — measurement, not guesswork

Methane credit programs fail when they rely on generic emission factors, dated assumptions, or broad engineering estimates. OGMP 2.0 Level 5 is widely recognized as the most rigorous methane accounting standard because it requires simultaneous source-level direct measurement (Kuva OGI, in the LMCX architecture) and site-level top-down atmospheric reconciliation (DrillSage AI satellite spectrometry), with the two streams reconciled against each other on a continuous basis. As of 2024, only 31 OGMP member companies globally have achieved Level 5 status for more than half their operated production. Christopher Unit #1 meets this standard at the individual asset level — and the supply scarcity that follows from that is structural, not promotional.

For institutional buyers, this matters because methane intensity varies dramatically well-to-well and basin-to-basin. Investors should not buy avoided methane tonnes priced off broad averages. Level 3 (factor-based) approaches have been documented to underestimate measured emissions by 1.6× to 3.0×, depending on basin and operation type. CATs are issued against the opposite architecture: direct measurement that confirms actual avoidance.

Why EPA Subpart W — regulatory discipline

EPA Subpart W is a mandatory U.S. greenhouse-gas reporting program, not a crediting program — and the LMCX protocol does not represent it as one. It is used because it provides established oil & gas emissions source definitions, consistent calculation protocols, regulatory reporting discipline, and recordkeeping expectations recognized across U.S. operations. The result is a bridge between environmental commodity claims and operating data that buyers' legal, audit, and compliance teams already understand on its own terms.

Subpart W improves comparability and defensibility. It does not produce credits. Where the LMCX measurement framework demonstrates emissions materially in excess of Subpart W factor-based estimates, the measured data governs — Subpart W defines the floor, not the answer.

Why ISO 14064 and ISO 14065 — assurance

Environmental commodities are only as credible as the controls around them. ISO 14064 structures GHG quantification boundaries, baseline logic, project accounting treatment, emissions reductions documentation, and reporting consistency. ISO 14065 ensures that the verification body itself operates to recognized assurance standards. That distinction matters: many credits claim to be "verified," yet few disclose the quality standard applied to the verifier. ISO 14065-accredited verification — provided in the LMCX protocol by The Kent Group Associates — gives institutional diligence teams a layer of assurance they can interrogate against published criteria, rather than against an issuer's self-attestation.

Why all three, together

No single framework solves every problem. The combined stack maps directly onto the diligence questions a sophisticated counterparty asks before underwriting an environmental commodity:

What we are not claiming

The closing principle

LMCX selected OGMP 2.0 Level 5, EPA Subpart W, and ISO 14064 / 14065 because serious environmental commodities should be built like financial assets: measured carefully, accounted consistently, verified independently, disclosed transparently. That is the standard the framework was chosen to meet, and the standard against which every issuance under that framework is intended to be evaluated.

A new asset class, with old-asset rigor.

The LMCX Carbon Avoidance Token program issues two structurally distinct Solana Token-2022 instruments. A Measured Vintage CAT (M-CAT) is the verified spot digital environmental commodity unit, issued ex-post against a Level 5–monitored vintage and retirable against current-period environmental accounting claims. A CAT-Forward Vintage (CAT-FV) is a bilateral, non-standardized, non-exchange-traded contractual conversion right against a future-vintage M-CAT, governed by a streaming/prepay agreement and convertible only through a defined technical conversion process (Level 5 monitoring, Kent Group verification, Gate 29 sign-off, and confirmed annual CCCi premium clearance). The M-CAT is a digital environmental commodity unit; the CAT-FV is a non-financial commercial supply / streaming arrangement. Neither is represented as, or should be construed as, a registry-issued voluntary carbon credit, a security, an investment contract, a derivative, an asset-referenced or e-money token, a collective investment scheme interest, a debt instrument, or a partnership interest under U.S., EU, UAE, or other applicable law.

1.1 · What the CAT is — two-tier instrument architecture

v2.6 of this paper formalizes a two-tier instrument architecture that separates what is measured today from what is contractually committed for delivery against future measurement. Both instruments use the same Loving County Block 53 reference assets, the same OGMP 2.0 Level 5 measurement program, the same Fireblocks Tokenization custody and issuance infrastructure, and the same issuer-level integrity instruments. They differ in the epistemic basis of the claim each instrument carries.

For brevity in this paper, "CAT" used without a qualifier refers to the M-CAT, which inherits the existing CAT architecture (cryptographic double-count prevention; issuer-level integrity instruments administered by an independent Collateral Agent; OGMP 2.0 Level 5 dual-stream measurement; ISO 14065 reasonable-assurance verification by The Kent Group Associates; Fireblocks Tokenization on Solana Token-2022; CIBF Layer 1 / LMCX Layer 2 serialization). CAT-FV-specific provisions are flagged explicitly. The defining structural characteristics of the M-CAT — cryptographic double-count prevention; an issuer-level institutional debt-financing facility; a recorded real property covenant supporting the issuer's permanence performance; and an institutional insurance policy issued to the issuer entity — together represent a combination the issuer has not identified in any registry-issued carbon instrument currently available to institutional buyers. The issuer believes this combination is consistent with the digital environmental commodity characterization framework, including SEC/CFTC Joint Release No. 2026-30 (March 17, 2026), but no regulator or court has ruled on the M-CAT or the CAT-FV specifically. The M-CAT is priced by reference to the ICE Futures Europe IMPACT CP1.FUT contract via Databento, producing a Monthly Reference Price computed from the arithmetic mean of 25 valid trading days. Issuer-level integrity instruments (a perfected UCC Article 9 security interest at Wyoming SOS Filing No. 2026-001934109; a recorded Deed of Trust over a Production Prohibition Interest in Loving County, Texas; and CCCi Lloyd's of London insurance policy CCCi-0120125) are administered by an independent Collateral Agent for the purpose of supporting protocol environmental integrity. These instruments are not pledged to, held for, or beneficially owned by M-CAT or CAT-FV holders.

1.2 · The institutional differentiation statement

1.3 · Why registry credits are an inadequate benchmark

Registry credits — whether issued under Verra VCS, American Carbon Registry, Gold Standard, or comparable programs — share five structural failure modes that the CAT architecture is specifically designed to address. These are not edge cases; several have already materialized in the market with documented institutional losses.

1.4 · The reference implementations — two-project Loving County Block 53 program

The LMCX Protocol is implemented across two Loving County, Texas projects in Block 53, both targeting deep-formation methane abatement below the base of Wolfcamp (Atoka and Pennsylvanian formations).

Christopher Unit #1 (API 42-301-30037, Section 38, Block 53, TRRC Gas Lease No. 172305) is the first completed project under the LMCX Protocol. The well was permanently plugged and abandoned under a 9-barrier isolation architecture (500–600% above TRRC §3.14 minimum) between July 16 and August 8, 2025. Post-P&A emissions were confirmed at zero SCFH by 15-day continuous Kuva OGI monitoring and surface pressure telemetry. The Kent Group Associates (ISO 14065-accredited VVB) completed verification in August 2025. All 29 Mint Checklist gates are in progress toward Issuance Review Panel (IRP) approval for first token issuance. Indicative Y1 issuance: 2,176,779 CATs (GWP28).

Abernathy Unit #1 (API 42-301-30214-0002, Section 28, Block 53, T2S, H&TC Survey) is the second project in the program. The well is a legacy gas-producing asset (spud November 1978, original operator Sandridge Energy, current operator Last Mile Production LLC) with historical producing horizons in the Fusselman (1981) and Morrow (2002) formations at depths of 16,594'–19,560'. Permanent plug and abandonment was completed October 11, 2025, with a 14-barrier cement plug architecture documented in the post-plug Wellbore Diagram (Plugs #1–#14, dated September 14 to October 9, 2025), including 8 environmental cement plugs. The Enovate AI Greenhouse Gas Emission Report (August–September 2025) yielded a deterministic 10-year methane avoidance estimate of 2,438,346 tCO₂e (GWP28). Probabilistic validation via Monte Carlo simulation and Latin Hypercube Sampling produced a P95 conservative issuance quantity of 1,656,501 CATs, which is the issuance figure approved under the Issuance Determination Report. Abernathy is at OGMP 2.0 Level 5 dual-stream measurement (source-level dMRV continuous sensors and OGI; site-level top-down DrillSage satellite reconciliation integrated). ISO 14065 verification statement is pending Kent Group site inspection and desk review.

NPV of each P&A program without carbon finance is materially negative, satisfying UNFCCC Tool 01 Step 2 financial additionality. Carbon finance is the sole economic enabler of these projects. This is not a co-benefit — it is the reason these wells were plugged.

Formation scope and Delaware Mountain Sands isolation. The methane avoidance project zone for both projects is the deep formation system below the base of Wolfcamp (Atoka, Pennsylvanian). Last Mile Production LLC owns rights at both shallower and deeper depths at both leases, but the upper Delaware Mountain Sands formations are isolated with no commingling of emissions at the lease level. The recorded VPP covenants at both projects are scoped specifically to the deep rights below the base of Wolfcamp; the Delaware Mountain Sands and other upper formations are excluded from the project scope and the VPP covenants. This formation-level isolation is what allows the methane avoidance attribution to be cleanly bounded to the deep formation system.

What measurement actually requires.

The Oil and Gas Methane Partnership 2.0 Level 5 framework requires simultaneous source-level direct measurement and site-level top-down atmospheric measurement, reconciled against each other. Level 5 is the only methane measurement tier that eliminates the two primary failure modes of lower-tier approaches: undetected sources and systematic negative bias.

2.1 · OGMP 2.0 Level 5 — what it covers, and what it does not

Lower-tier approaches fail in two characteristic ways: bottom-up inventories miss undetected sources, and emission-factor averaging produces systematic negative bias. Level 5 addresses both by requiring source-level direct measurement (which catches sources the bottom-up inventory missed) and site-level top-down measurement (which detects integrated facility emissions independent of source-level cataloging), then reconciling the two streams.

As of 2024, only 31 OGMP member companies globally have achieved Level 5 status for more than half their operated production, up from 7 companies in 2023. Christopher Unit #1's measurement program meets the Level 5 standard at the individual asset level. Level 3 (EPA Subpart W emission factor) approaches — which underpin a substantial portion of voluntary carbon market methane credits currently available — have been documented to underestimate actual measured emissions by 1.6× to 3.0× in comparable U.S. operations. An OGMP 2.0 U.S. member company reported 2022 methane emissions 2.3× higher at Level 4 than at Level 3 for the same asset (OGMP 2.0 Senior Advisors Guide, 4th Annual Methane Mitigation Europe Summit, February 2026). A registry credit backed by Level 3 estimation is, in effect, crediting a reduction that is 1.6×–3.0× smaller than what actually occurred. M-CATs are backed by the opposite architecture: direct measurement that confirms actual avoidance for the monitored vintage.

2.2 · Measurement architecture — Four-System MRV stack

2.3 · Reconciliation engine — the technical moat

Reconciliation is the mechanism that simultaneously confirms inventory completeness, quantification accuracy, and reduction attribution. No single measurement stream provides all three. The reconciliation workflow:

2.4 · Deterministic physics backbone

Every credit quantity is traceable to first-principles physics. Three governing equations operate in the LMCX engineering stack:

A · Ideal Gas Law — Formation Pressure to Surface Volume

P_f × V_f / (z × T_f) = P_s × V_s / T_s

V_s [Mscf/day] = (P_f × V_f × T_s) / (P_s × T_f × z)

B · Gaussian Plume Model — Annular Surface Flux Validation

C(x,y,z) = Q/(2πσ_yσ_z u) × exp[−y²/(2σ_y²)] × [exp(−(z−H)²/(2σ_z²)) + exp(−(z+H)²/(2σ_z²))]

C · Annular Pressure-Volume Equation — SCADA Baseline Fingerprinting

ΔP/Δt = Q_gas × B_g / (V_annular × C_t)

2.5 · Monte Carlo uncertainty specification

The Monte Carlo simulation governing credit issuance uses the parameters below, fully documented in the Enhanced Monte Carlo Uncertainty / Sensitivity Report (Enovate AI, November 2025).

Combined uncertainty: ±8.6% at 95th percentile confidence. 100,000 iterations using Latin Hypercube Sampling with antithetic variates. Convergence: mean, P50, P95 stable within <0.5% deviation over the final 10,000 runs. Credit issuance is based on the P95 worst-case conservative output, not on the mean. The above specification governs Christopher Unit #1.

Abernathy Unit #1 methodology. Abernathy is quantified under the same Monte Carlo + Latin Hypercube Sampling framework, applied to the project-specific uncertainty inputs documented in the Enovate AI Greenhouse Gas Emission Report (August–September 2025) and the Issuance Determination Report (April 2026). The Abernathy combined relative standard uncertainty under root-sum-square propagation is approximately ±19.5% (1σ), reflecting the project-specific dMRV measurement uncertainties, DCA-derived structural methane uncertainty, gas composition assumptions, and GWP value bounds. The Latin Hypercube Sampling output produces a P95 conservative lower bound of 1,656,501 CATs against a deterministic mean of 2,438,346 tCO₂e (GWP28), which is the issuance figure approved under the Issuance Determination Report. The deductions documented for Christopher (D_unc, D_leak, D_perm, D_buf) are incorporated within the P95 + LHS framework for Abernathy and are not applied as a separate stack on top of the 1,656,501 figure.

Permanence as physics, plus law.

Physical permanence is necessary but not sufficient for institutional-grade credit integrity. The CAT's permanence architecture combines a 9-barrier wellbore isolation system (Christopher Unit #1) and 14-barrier wellbore isolation (Abernathy Unit #1) with three independently enforceable legal instruments — engineering, insurance, and recorded property law operating as parallel layers, not as alternatives.

Formation isolation as an engineering integrity fact

The methane avoidance project zone for both Christopher Unit #1 and Abernathy Unit #1 is the deep formation system below the base of Wolfcamp (Atoka, Pennsylvanian). Last Mile Production LLC owns rights at both shallower and deeper depths at each lease, but the upper Delaware Mountain Sands formations are physically isolated from the deep formation system, with no commingling of emissions at the lease level. The recorded VPP covenants at both projects are scoped specifically to the deep rights below the base of Wolfcamp; the Delaware Mountain Sands and other upper formations are excluded from the project scope, the VPP covenants, and the issuer-level integrity instruments described in §3.3. This formation-level isolation is what allows the methane avoidance attribution to be bounded cleanly to the deep formation system, with no cross-contamination of methane sources or accounting between zones. Each project's MRV stack measures only the deep-formation-attributable emissions, and the issued CATs represent only the avoidance from that scope.

3.1 · Physical permanence — wellbore isolation architecture

Christopher Unit #1's physical permanence is defined by a 9-barrier wellbore isolation architecture, designed and executed to exceed TRRC minimum requirements (16 Tex. Admin. Code §3.14) by 500–600%. Abernathy Unit #1's physical permanence is defined by a 14-barrier cement plug architecture documented in the post-plug Wellbore Diagram dated October 13, 2025 (Plugs #1–#14, dated September 14 to October 9, 2025), including 8 environmental cement plugs covering the surface-cap-to-Pennsylvanian formation depth interval, with continuous CBL/VDL verification across the cement column. The Abernathy P&A architecture exceeds TRRC §3.14 minimum requirements through a depth-stratified isolation strategy targeting all historically perforated zones (Fusselman, Morrow) and the deep formation system (Atoka, Pennsylvanian) within the VPP-encumbered scope.

3.2 · GCC Permanence Analysis

The GCC Permanence Analysis (Christopher Unit #1, 2026) documents that simultaneous failure of all 9 barriers is required for methane reversal to occur. No published case study or engineering literature documents simultaneous 9-barrier failure in a properly cemented wellbore. The actuarial probability of simultaneous multi-barrier failure is estimated at <0.1% per century, based on:

• Published individual barrier failure rates from oil & gas well abandonment literature (IEA 2021 oil well integrity data).
• Class G cement degradation modeling under saline Permian Basin formation water at relevant pressure-temperature conditions.
• USGS probabilistic seismic hazard assessment for Loving County, Texas.
• TRRC inspection record analysis confirming no precedent for simultaneous multi-barrier failure in Permian Basin deep plugging programs.

3.3 · Issuer-level integrity instruments

The issuer has caused three issuer-level integrity instruments to be put in place, recorded in permanent public records and administered by an independent Collateral Agent for the purpose of supporting protocol environmental integrity in the event of a verified Reversal Event. These instruments operate in parallel; failure of any one does not impair remediation through the others. They are not pledged to, held for, or beneficially owned by CAT holders, and CAT holders have no direct claim on insurance proceeds, foreclosure recoveries, or any other recoveries under these instruments.

A verified Reversal Event triggers a coordinated remediation process: an insurance claim under the CCCi policy; enforcement of the VPP covenant's contractual remedies; and (where contractual default conditions are met) exercise of the security interests held by the Collateral Agent. This sequencing is administered by the Collateral Agent for the purpose of preserving protocol environmental integrity, not for the benefit of any individual CAT holder.

Token, capital markets, operations.

The Solana ledger is the credit.

Conventional registry credits are serial numbers in a private database. Their uniqueness, retirement, and provenance depend on the registry's continued accurate operation. The CAT eliminates each of those dependencies by making the Solana blockchain — through Fireblocks Tokenization on the Token-2022 standard — the authoritative record, not a representation of an authoritative record held elsewhere.

4.1 · Why on-chain is the credit, not a wrapper

The CAT is issued, custodied, transferred, and retired on the Solana Token-2022 standard, with all token lifecycle operations executed through Fireblocks Tokenization — the institutional tokenization platform operated by Fireblocks under SOC 2 Type II controls and integrated with Fireblocks MPC-CMP custody. Retirement — the burn function — is a Token-2022 native instruction, cryptographically irreversible at the Solana protocol level. The verification statement is pinned to IPFS through Pinata, and its content identifier (CID) — together with the SHA-256 hash of the file — is permanently linked to the token via on-chain metadata. There is no manual step, no registry portal, and no intermediary whose failure could compromise the retirement record.

The architectural decision to use Fireblocks Tokenization rather than bespoke smart contracts is deliberate. Fireblocks Tokenization provides pre-audited token issuance, transfer, and burn operations on the Token-2022 standard, with policy controls enforced at the custody layer rather than through unaudited on-chain hooks. The trust assumption is moved from "this issuer's bespoke code is correct" to "Fireblocks' audited platform is correct" — a substantially stronger position for institutional buyers, whose risk committees already evaluate Fireblocks under their digital-asset custody frameworks.

4.2 · Two-layer serialization architecture

The CAT uses a two-layer serialization architecture that separates accounting functions from on-chain token functions. Both layers are present on every issued unit.

4.3 · MRV pipeline — from field sensor to minted token

4.4 · Token-2022 technical specifications

4.5 · CAT-FV Token-2022 architecture and conversion mechanics

The CAT-FV is issued as a separate Solana Token-2022 mint, distinct from the M-CAT mint, with a metadata schema that explicitly identifies the instrument class and the target vintage. Each CAT-FV records, on-chain, a bilateral non-standardized contractual conversion-right entitlement against a future-vintage M-CAT, governed by a streaming/prepay agreement and convertible only through the defined technical conversion process (Level 5 monitoring, Kent Group verification, 29-Gate Mint Checklist clearance, and confirmed annual CCCi premium for the target vintage). The on-chain mint is the ledger record of the bilateral entitlement; it is not a transferable retail-tradable instrument, not a derivative, and not designed for speculation. CAT-FVs are not retirable against current emissions; the burn instruction at conversion is paired atomically with the mint of the corresponding M-CAT and is not exposed as a standalone retirement function.

CAT-FV Token-2022 metadata schema (on-chain)

CAT-FV → M-CAT conversion — atomic burn-and-mint

Conversion of a CAT-FV into an M-CAT executes as an atomic burn-and-mint operation through Fireblocks Tokenization upon vintage clearance. The atomicity is enforced at the Fireblocks platform policy layer, not through a bespoke smart contract: a single Fireblocks Tokenization workflow is configured such that the CAT-FV burn instruction and the M-CAT mint instruction execute under the same policy approval, with neither side completing absent the other.

Failure of any condition precedent suspends conversion for the affected vintage. Failure of the CCCi annual premium specifically triggers contractual default to CAT-FV holders for that vintage (see §11.4), not just suspended future minting. The CIBF AuditLog records each conversion event with cross-references to the burned CAT-FV serial, the minted M-CAT serial, the IER, and the Kent Group verification statement CID.

Pricing built from three layers, bifurcated by tier.

v2.6 bifurcates the pricing discussion. M-CAT pricing follows the existing three-element framework (MRP + Quality Premium + Instrument Premium) at the $19–$22 / MT indicative reference range observed in bilateral OTC discussions to date. CAT-FV pricing is a distinct framework: M-CAT spot reference, less time-value, conversion-risk, and ratings-tier discounts reflecting forward-instrument treatment. Both frameworks are internal organizing structures for negotiation conversations — not price commitments, not formulas applicable to any specific transaction, and not representations of any specific execution price. Actual transaction prices for either instrument are set bilaterally between the issuer and the relevant buyer. The March 2026 MRP is $13.0784 / MT (Databento job IFEU-20260331-CLBJ594CQ8, N=25 valid trading days, arithmetic mean of official end-of-day settlement closes); it is the reference for M-CAT pricing only.

5.1 · Three-element pricing discussion framework — M-CAT

Element 1 — Quality Premium analysis (illustrative +36% above MRP)

Six independently documented MRV quality attributes that the issuer has used to organize internal discussions of the CAT's quality positioning relative to the average voluntary carbon market instrument. The attributes are descriptive; the +36% aggregate is illustrative and is not a representation of any specific transaction price.

Quality Premium aggregate (illustrative): +36% → 1.36× MRP × 1.36 = $13.0784 × 1.36 = $17.79 / MT (intermediate reference value used in internal discussion only; not a price commitment)

Element 2 — Instrument Premium analysis (illustrative +15–18% above the Quality-adjusted reference value)

Six issuer-level integrity instruments that the issuer has used to organize internal discussions of the CAT's structural positioning. Each represents a discrete protocol-integrity feature; the issuer makes no representation that any of these instruments confer any direct benefit on CAT holders, and the aggregate range is illustrative, not a price commitment.

Instrument Premium aggregate (illustrative): +30% → 1.30× × Quality-adjusted reference value $17.79 × 1.15 to 1.18 = $20.46–$20.99 / MT indicative reference range (within the $19–$22 indicative reference range observed in bilateral OTC discussions; not a price commitment).

Element 3 — Liquidity / Discount adjustment

The Liquidity / Discount adjustment reflects the issuer's view of the bilateral OTC market liquidity, buyer concentration, and vintage availability conditions at the time of any specific negotiation. The $19–$22 / MT figure is an indicative reference range observed in bilateral OTC discussions to date; it is not a price commitment, not a marketed price target, and not a representation of any specific transaction price. Actual prices are negotiated bilaterally and may be materially higher, lower, or unavailable. No assurance is given that any specific liquidity, transaction frequency, or transaction price will materialize, persist, or recur.

5.2 · CAT-FV pricing framework

CAT-FV consideration in the bilateral streaming/prepay agreement is structured as a discount to the prevailing M-CAT spot reference. The discount stack reflects three independent risk drivers that distinguish a future-vintage bilateral conversion-right entitlement from a verified spot environmental commodity unit. The framework below is illustrative and is not a price commitment; pricing is bilateral, non-listed, and governed by the streaming agreement.

Illustrative aggregate discount: Using illustrative midpoints applied to a $20 / MT M-CAT spot reference and a 5-year vintage horizon: (time-value 13% over 5y) + (conversion-risk 10%) + (ratings-tier 6%) ≈ 26% aggregate discount → $14.80 / MT indicative for a 5-year-out CAT-FV. This is illustrative only and is not a price commitment, not a marketed target, and not a representation of any specific transaction price for any specific CAT-FV vintage.

Mining-streaming and midstream-prepay precedent. The closest commercial analogs to the CAT-FV are mining streaming agreements (Wheaton Precious Metals, Franco-Nevada) and midstream gas prepay structures (Cheniere LNG SPA prepay). In these markets, forward delivery rights typically transact at a 20–30% discount to spot at deal inception, with the discount narrowing as delivery approaches. The CAT-FV framework above is designed to be intelligible against this precedent, not as a representation that the CAT-FV is identical in legal characterization or commercial treatment to those instruments.

The CAT-FV is sold via bilateral OTC streaming agreements, not as a commoditized listed product. Buyers contemplating CAT-FV purchases should expect bilateral negotiation of conversion conditions, material adverse change provisions, and remedies upon non-conversion. The streaming agreement is the controlling document at the buyer level; this paper is not the controlling document.

5.3 · Carbon Credit Advance Facility (issuer-level)

The issuer contemplates an issuer-level senior secured Carbon Credit Advance Facility designed to provide working capital and pipeline-development financing to the issuer entity. The facility, as described below, is a financing arrangement at the issuer level. CATs are not debt of the issuer or any affiliate, do not represent participation in the facility, and CAT holders have no claim on facility proceeds, collateral, or repayments.

The facility is not yet executed and is subject to definitive documentation. The figures above are indicative and may change materially.

What it costs, what it earns, who pays whom.

The CAT is structured as a digital environmental commodity unit — not a security, partnership interest, debt instrument, governance token, or claim on issuer revenues, profits, or distributions. Its economics, as described in this section, address the cost of producing and verifying one tonne of methane avoidance; the supply mechanics that gate issuance; the issuer-level integrity instruments that support protocol environmental performance; and the indicative reference points that have informed bilateral OTC discussions to date. Nothing in this section is a representation of value, a price commitment, or assurance of any specific transaction outcome.

6.1 · Supply architecture — bounded by physics

The CAT has no fixed maximum supply. Issuance is bounded by what physical methane avoidance can be measured, reconciled, and verified at OGMP 2.0 Level 5. Every minted CAT is a verified P95 worst-case tonne — not a forecast, not an allocation, not a pre-mint.

This architecture deliberately inverts conventional tokenomics. Most digital tokens are issued against a fixed cap with a pre-defined release schedule, with no underlying physical constraint. The CAT has no cap — but is rate-limited by the physical reality of verified abatement. Supply scarcity is structural, not promotional.

6.2 · Year-1 supply schedule — two-project, two-tier disclosure

The Year-1 supply schedule distinguishes M-CAT issuance (current verified, ex-post against Y1 monitoring period) from CAT-FV issuance (forward 9-vintage pool sized against ISO 14064-2 §5.4 ex-ante project quantification, net of Y1 M-CAT issuance).

Combined Y1 indicative M-CAT inventory: 3,833,280 (GWP28). Composed of Christopher Y1 vintage (2,176,779) and Abernathy single-lot full-project-lifetime (1,656,501). Subject to Abernathy Kent Group ISO 14064-3 verification and IRP approval.

Indicative CAT-FV pool — Christopher only: 19,243,827 (GWP28), distributed across target vintages 2026–2034. Abernathy has no CAT-FV pool: its 1,656,501 M-CAT issuance already encompasses the full 10-year project-lifetime quantification at P95+LHS conservative lower bound. Christopher CAT-FV issuance subject to CAT-FV Issuance Checklist clearance, including Kent Group limited-assurance attestation of the ISO 14064-2 §5.4 ex-ante project quantification.

For Christopher, each subsequent vintage M-CAT issuance — whether converted from a CAT-FV or issued de novo against an additional PDP well, portfolio P&A program, or LDAR program — requires its own IER, IRP review, CEO Gate 29 sign-off, and confirmed annual CCCi premium payment for that vintage. For Abernathy, no subsequent annual M-CAT vintages are minted from the original Abernathy issuance; the 10-year volume is issued in a single lot.

6.3 · Token allocation — no team, no VC, no presale

M-CAT allocation flow:

1. Mint event. IRP-approved IER triggers Fireblocks Tokenization to mint Y1 M-CAT supply to the IMCSS LLC treasury wallet (Fireblocks MPC-CMP custody).
2. Primary OTC distribution. Bilateral sales to qualifying institutional buyers as Digital Commodity transactions under SEC/CFTC Joint Release No. 2026-30.
3. Carbon Credit Advance Facility collateral. A designated tranche is pledged as first-priority secured collateral to facility lenders, perfected via UCC-1 (Wyoming SOS No. 2026-001934109) and Deed of Trust (Loving County, TX).
4. Optional liquidity provision. A designated tranche may be deployed to on-chain liquidity infrastructure for price discovery (Orca Whirlpool M-CAT/USDC pool, planned, with Wintermute as designated market maker).
5. Retirement. Token-2022 native burn instruction extinguishes the unit permanently; the retirement certificate is pinned to IPFS via Pinata and the resulting CID is issued as a content-addressed cryptographic retirement reference.

CAT-FV allocation flow:

1. CAT-FV mint event. Upon CAT-FV Issuance Checklist clearance (§08.3), Fireblocks Tokenization mints the CAT-FV pool to the IMCSS LLC treasury wallet on the dedicated CAT-FV Token-2022 mint, with on-chain metadata schema per §04.5.
2. Bilateral OTC streaming distribution. CAT-FVs are sold via bilateral OTC streaming/prepay agreements analogous to mining streams (Wheaton, Franco-Nevada) and midstream gas prepay structures (Cheniere LNG SPA prepay). The streaming agreement is the controlling document at the buyer level; this paper is not the controlling document.
3. Conversion to M-CAT. Upon target vintage clearance — Level 5 monitoring + Kent Group reasonable-assurance verification + 29-Gate clearance + confirmed CCCi premium + IRP approval + CEO Gate 29 sign-off — Fireblocks Tokenization executes an atomic burn-and-mint operation: the CAT-FV is burned and the corresponding M-CAT is minted to the CAT-FV holder's allowlisted Solana wallet (see §04.5).
4. No standalone retirement. CAT-FVs do not carry a standalone burn-for-retirement function. The burn instruction is exposed only as the burn side of the atomic conversion.

There is no holder-class hierarchy within a tier. Every M-CAT carries identical contractual rights, identical legal package coverage, and identical retirement mechanics regardless of acquisition path. Every CAT-FV within a target-vintage cohort carries identical conversion conditions and conversion mechanics; CAT-FV holders' rights are described in §06.6 and §10.6 and are explicitly narrower than the rights associated with M-CATs.

6.4 · Pricing reference points and issuer-level integrity instruments

The pricing discussion framework is detailed in §05. This subsection consolidates the reference points and the issuer-level integrity instrument sizing relevant to those discussions:

The $125 / tCO₂e figure is a contractual liquidated damages amount used for legal-package calculations; it is not a price floor, not a guaranteed minimum CAT value, and CAT holders do not have any right to receive that amount or any other amount under the covenant. Similarly, the $100M policy limit is the maximum aggregate insurance payout under the policy at the issuer level, subject to all policy terms; it is not coverage for CAT holders.

The issuer is exploring on-chain liquidity infrastructure for the CAT, but no on-chain liquidity exists at the time of this writing. No assurance is given that on-chain liquidity will be established, that any specific market maker will be engaged, or that any secondary market will develop or persist. Bilateral OTC primary issuance is the only currently available distribution channel.

6.5 · Project cost stack & additionality demonstration — Christopher Unit #1 (with Abernathy reference)

The cost stack for a single PDP P&A project (CU#1 reference):

Additionality demonstration (UNFCCC Tool 01 Step 2): 55,392 tCO₂e at MRP is the carbon revenue threshold required to bring the P&A program from negative NPV to NPV = 0. The CU#1 verified Y1 issuance quantity (2,176,779 CATs on a GWP28 basis) materially exceeds that threshold, satisfying the financial additionality test under UNFCCC Tool 01. This demonstration is included to evidence that the project is uneconomic absent carbon-finance incentives — the foundational additionality claim — and is not a representation of issuer revenue, profit, margin, or any specific transaction outcome.

This subsection does not contain projections of issuer revenue or transaction outcomes. Issuer financial projections are maintained separately and are not part of this institutional white paper. Abernathy Unit #1 cost-stack and breakeven analysis is documented in the Abernathy project file; the larger-scale 14-barrier cement plug architecture and the 21,600' total-depth wellbore drives a materially higher cost base than Christopher, with the Y1 indicative issuance of 1,656,501 CATs comfortably exceeding the project's breakeven threshold.

6.6 · Rights associated with each instrument

This subsection describes what a holder of an M-CAT or a CAT-FV does, and does not, acquire. It is intended to be read together with the disclaimer in §13.3, the CAT-FV streaming agreement (the controlling document for CAT-FV buyer rights, summarized in §10.6), and the Risk Disclosures in §13.

Each M-CAT represents:

• One serialized digital environmental commodity unit corresponding to one verified P95 worst-case tCO₂e of methane avoidance (GWP28-denominated) for a Level 5–monitored vintage, as evidenced by the CIBF Issuance Eligibility Record and the Kent Group ISO 14064-3 reasonable-assurance verification statement for that vintage.
• Transfer functionality, subject to applicable Solana Token-2022 protocol rules, Fireblocks Tokenization platform policy controls, and the Collateral Agent's environmental-integrity oversight where applicable.
• Retirement functionality via Token-2022 native burn instruction, with the retirement certificate pinned to IPFS via Pinata and its CID issued as content-addressed cryptographic retirement evidence. M-CATs are retirable against current-year corporate emissions claims and may be referenced in EU Methane Regulation Article 12 embedded-carbon reporting (subject to recipient's own legal review of applicability).
• Transparency and provenance access — including Pinata-managed IPFS pinning for issuance metadata and verification statements, with their CIDs anchored on-chain alongside CIBF accounting records and serial cross-references.
• The benefit of operating within a protocol whose environmental integrity is supported by independently administered safeguards (described in §03 and §10), without conferring on the holder any direct ownership, beneficial, or property interest in those safeguards.

Each CAT-FV represents — and only represents:

• A bilateral, non-standardized contractual conversion-right entitlement against one M-CAT of a specified target vintage, exercisable through the technical conversion process defined in §04.5 and §08.3 (Level 5 monitoring of the target vintage, Kent Group ISO 14064-3 reasonable-assurance verification of the target vintage, 29-Gate Mint Checklist clearance, IRP approval, CEO Gate 29 sign-off, and confirmed CCCi annual premium for the target vintage). The entitlement is operational under the streaming agreement; it is not a redemption obligation, a guaranteed-timing mechanic, or a derivative.
• Transfer functionality on the CAT-FV Token-2022 mint, subject to the streaming agreement's transfer provisions, Fireblocks platform controls, and the Collateral Agent's environmental-integrity oversight where applicable.
• The benefit of operating within a protocol whose environmental integrity is supported by the same independently administered safeguards described in §03 and §10, applied to the eventual M-CAT delivered upon conversion.

Each CAT-FV does not represent, and CAT-FV holders do not acquire by virtue of holding a CAT-FV:

• Any right to retire the CAT-FV against current emissions claims. CAT-FVs are not retirable against emissions until converted to an M-CAT.
• Any representation that the CAT-FV is a Level 5–measured tonne. CAT-FVs are issued against ISO 14064-2 §5.4 ex-ante project quantification and are not Level 5–measured.
• Any guarantee that conversion will occur for any specific CAT-FV. Conversion is conditional on the conditions precedent enumerated above; failure of any condition precedent suspends conversion for the affected vintage.
• Any guarantee against material adverse change. The CAT-FV streaming agreement contains material adverse change provisions covering counterfactual-eroding events, including (i) TRRC orphan well program enforcement at scale to a defined threshold, (ii) IRA methane fee escalation above defined thresholds, and (iii) EU extraterritorial enforcement actions or successor regulatory regimes that materially modify the additionality basis. Buyer remedies upon a triggered MAC event are defined in the streaming agreement, not in this paper.
• Any guarantee of conversion timing. Conversion to an M-CAT occurs only upon target vintage clearance; buyers should not rely on any specific calendar date.

Neither an M-CAT nor a CAT-FV represents, and holders do not acquire by virtue of holding either instrument:

• Any equity, debt, partnership, joint venture, or other ownership or beneficial interest in Last Mile Production LLC, Christopher Unit 1 IMCSS LLC, Abernathy Unit 1 IMCSS LLC, Last Mile Capital Partners LLC, the Collateral Agent, or any of their affiliates.
• Any direct ownership of, beneficial interest in, security interest in, or claim on the recorded property covenant (Loving County Instrument No. 2026-0017), the institutional insurance policy (CCCi-0120125), the security interests perfected at Wyoming SOS No. 2026-001934109, the Deed of Trust over the Production Prohibition Interest, or any other issuer-level integrity instrument described in §03 and §10.
• Any right to receive insurance proceeds, foreclosure proceeds, sale proceeds, distributions, repayments, royalties, profit shares, or other recoveries from any party, instrument, or transaction at the issuer level.
• Any voting rights, governance rights, consent rights, information rights, or any contractual right to direct, approve, or veto the activities of the issuer entity, the operator, the Collateral Agent, or any other party.
• Any yield, interest, dividend, rebase, staking reward, liquidity-mining reward, airdrop right, or other passive economic accrual.
• Any guarantee of value, liquidity, demand, secondary-market availability, regulatory eligibility, future use case, or future protocol feature.

The integrity instruments described in §03 and §10 are administered by an independent Collateral Agent for the purpose of supporting protocol environmental integrity. They are issuer-level instruments, not assets, claims, or rights of M-CAT or CAT-FV holders.

Cost basis components for an institutional buyer:

• Token purchase price — bilaterally negotiated, with the indicative reference range observed in OTC discussions described in §05 and §06.4 (not a price commitment).
• Custody fees — at the buyer's chosen institutional custodian.
• Solana network fees on transfer and retirement (sub-cent, paid in SOL).
• No registry account fees, opening fees, transfer fees, or annual maintenance fees imposed by the issuer.

Permitted use cases:

• Voluntary corporate retirement against internal Net Zero or sustainability commitments.
• Procurement of environmental commodity inventory for sustainability-compliance workflows.
• Documentation supporting EU Methane Regulation Article 12 embedded-carbon reporting (subject to recipient's own legal review of applicability).
• ESG / TCFD / ISSB disclosure support, with recipient determining the appropriate accounting characterization in consultation with its own auditors.
• Inventory holdings for retirement timing flexibility, subject to the disclosures in §13 regarding liquidity, demand, and regulatory uncertainty.

Use cases that the CAT is not represented or marketed to support include: investment for return; portfolio yield generation; financial hedging instruments; speculative trading; or any use that depends on appreciation of the CAT's market price. Recipients seeking such use cases should look elsewhere.

Comparative cost-quality positioning

The table below is illustrative only — typical reference ranges, not real-time pricing or assurance of any specific transaction terms.

The CAT is structured for buyers seeking measurement integrity, verifiable provenance, and protocol-level remediation capacity. It is not structured as the lowest-cost tonne available, and is not represented as such.

6.7 · Issuer revenue model — no take-rate, no protocol skim

What the issuer does not collect:

• No protocol fee on CAT transfers — every transfer settles at the Solana network fee with no LMP take.
• No royalty on secondary trades — clean ownership transfer with no on-chain fee siphon.
• No retirement fee — burn is at-cost.
• No yield, staking reward, or rebase mechanic.
• No governance token, no gas token, no liquidity-mining reward.

This is deliberate. The CAT is a commodity, not a fee-extracting platform. The issuer's revenue is from the sale of CATs themselves, not from inserting take-rates into the lifecycle.

6.8 · Use of proceeds

Sales proceeds flow through the seven-tier Intercreditor Agreement waterfall in the following priority:

1. Carbon Credit Advance Facility debt service (per facility terms).
2. CCCi annual insurance premium (precondition to next vintage issuance).
3. MRV operating costs (Kuva OGI, DrillSage, Enovate AI, Pinata-managed IPFS pinning, Kent Group VVB engagement).
4. Texas / Wyoming compliance and entity maintenance costs (foreign qualification, UCC continuation, deed records).
5. Working interest distributions per Operating Agreement / JOA (including Last Mile Capital Partners as WI holder, where applicable).
6. Pipeline reinvestment (additional PDP P&A, LDAR programs, capacity scaling).
7. Issuer general corporate purposes.

The waterfall structure ensures that institutional debt and insurance obligations are funded before any equity or working interest distributions, and that pipeline reinvestment is funded before discretionary issuer use.

6.9 · Demand-side reference points and supply context

The issuer has identified the following demand-side reference points relevant to OGMP 2.0 Level 5–backed methane avoidance. These are observations about regulatory and market context, not assurances of demand for the CAT specifically:

Against these demand-side reference points, OGMP 2.0 Level 5 supply represents fewer than 1% of global producing oil and gas assets as of 2024 (31 OGMP member companies at Level 5; programme projections of approximately 25% by 2027 and 33% by 2030). The issuer notes the asymmetry between Level 5–backed demand reference points and Level 5 supply, but makes no representation that any specific level of demand will materialize for the CAT, that supply scarcity will translate into transaction-price levels, or that any specific market dynamic will follow.

6.10 · Tokenomics quick reference

Three independent tests.

Additionality under the LMCX Protocol is assessed across three independent tests. All three must pass. Christopher Unit #1 passes all three with documented evidence.

7.1 · Test 1 — Regulatory Surplus (>98% of sources unregulated)

Greater than 98% of emission sources at Christopher Unit #1 are unregulated under EPA Subpart W (40 CFR Part 98) and NSPS OOOOa (40 CFR Part 60, Subpart OOOOa). The wellbore annular flows, casing vent emissions, fugitive valve and flange emissions, and separator vent streams that constitute the baseline are not subject to mandatory reduction obligations. This is the regulatory surplus from which credits arise. A written regulatory analysis signed by Independent Legal Counsel documents the applicable mandatory reduction obligations and confirms the surplus.

7.2 · Test 2 — Financial Additionality (NPV materially negative absent carbon finance)

Without carbon finance, the P&A programs at both Christopher Unit #1 and Abernathy Unit #1 are financially non-viable. Both are legacy gas-producing wells with effectively zero forward production economics, and the cost of the multi-barrier P&A architecture (full plugging, cement, testing, monitoring, and post-P&A surveillance) cannot be supported absent carbon-finance revenue.

NPV_without_carbon = Σ[(Revenue(t) − Cost_P&A(t)) / (1+0.10)^t] = materially negative for both projects

Where Revenue(t) = zero (no oil or gas production from either well at time of P&A); Cost_P&A(t) = full plugging, cement, testing, and monitoring costs for the respective project; r = 10% nominal discount rate. For Christopher Unit #1, NPV without carbon finance is −$1,661,736.59, with breakeven requiring 55,392 tCO₂e of carbon revenue. For Abernathy Unit #1, breakeven analysis is documented separately in the Abernathy project file (the larger-scale 14-barrier cement plug architecture and the 21,600' total-depth wellbore drives a materially higher cost base than Christopher). The Year-1 indicative issuance quantities at both projects materially exceed their respective breakeven thresholds, confirming carbon finance as the sole economic enabler for both projects. Source: UNFCCC Tool 01 Step 2 compliance documentation.

7.3 · Test 3 — Common Practice (<3% of comparable facilities without carbon finance)

Voluntary P&A of orphaned or marginal wells without regulatory mandate or carbon finance incentive occurs at fewer than 3% of comparable facilities in the Permian Basin, based on Texas Railroad Commission inactive well data and the LMP Marginal Well Analysis (November 2025). Of the 100,000+ marginal and inactive wells in Texas, fewer than 3% are voluntarily plugged annually without state cost-sharing or regulatory enforcement. Carbon finance is not a supplement to this activity — it is the reason it occurs.

7.4 · Affirmative regulatory classification — multi-jurisdictional

The classification analysis below is the issuer's affirmative position, prepared in coordination with U.S. securities and commodities counsel, EU regulatory counsel (MiCA), and UAE virtual-asset counsel (VARA / ADGM FSRA). It is not a defensive posture: the M-CAT is structured, marketed, distributed, and operated as a digital environmental commodity unit — the on-chain record of a serialized, measured, verified physical environmental attribute. The CAT-FV is structured as a bilateral, non-standardized, non-exchange-traded contractual conversion right and is analyzed separately at §07.4.5. Neither instrument is offered as, and neither is represented to be, a security, an investment contract, a debt instrument, a derivative, an asset-referenced token, an e-money token, a collective investment scheme interest, a structured product, or any other regulated financial product under U.S., EU, UAE, or other applicable law. No regulator, court, or other authority has ruled on either instrument; the analysis below is the issuer's good-faith view based on its own analysis and outside counsel input.

7.4.1 · Affirmative classification — what the M-CAT is

Each M-CAT is the on-chain record of one verified P95 worst-case tCO₂e of methane avoidance (GWP28-denominated) for a Level 5–monitored vintage. The instrument's value derives from the measured physical environmental attribute it records; it does not derive from issuer effort, from pooled capital, or from any expectation of return on the issuer's activities. The M-CAT bears no yield, interest, dividend, rebase, staking reward, or other passive economic accrual. It represents no equity, debt, partnership, joint venture, beneficial, or property interest in Last Mile Production LLC, the project SPVs, the Collateral Agent, or any affiliate. The issuer does not undertake, and is not obligated, to maintain, support, increase, or guarantee the market value of the M-CAT, to maintain or develop any secondary market, to provide liquidity, to defend any indicative reference range, or to execute any pricing, hedging, or stabilization activity in respect of the M-CAT. Where third-party trading occurs, it is conducted by independent third parties on independent venues and is not part of the M-CAT's design or the issuer's offering.

7.4.2 · United States — SEC, CFTC, and Howey

The M-CAT is not a security under the Securities Act of 1933, the Securities Exchange Act of 1934, the Investment Company Act of 1940, or any analogous state law. Applying SEC v. W.J. Howey Co., 328 U.S. 293 (1946):

• No common enterprise. Each M-CAT is a serialized digital record of a discrete, individually verified physical environmental attribute. Holders do not pool capital, share in any pool of returns, or participate horizontally with other holders. The issuer does not aggregate, manage, or invest holder funds; primary issuance is the bilateral acquisition of a measured commodity unit.
• No expectation of profit. The M-CAT is not marketed for capital appreciation. The issuer makes no representation that the M-CAT will appreciate, that any secondary market will develop, or that any specific price will be available at any time. The instrument is designed and marketed for a consumptive primary use — retirement against current-period environmental accounting claims — described in §06.6 and §07.4.6.
• No reliance on the efforts of others. The pricing reference (ICE IFEU IMPACT CP1.FUT MRP via Databento) is objective, externally sourced, and independent of issuer managerial effort. The integrity of the underlying commodity (measurement, verification, permanence) is established at issuance and is not a function of post-issuance issuer efforts to generate returns. Issuer-level integrity instruments are remediation reserves, not value-generation activities; the Collateral Agent administers them for protocol environmental integrity, not for holder returns.
• No common enterprise with the issuer. Holders acquire title to a serialized commodity unit; they do not acquire any contractual or beneficial relationship with the issuer that gives them a stake in the issuer's overall business performance.

Under the family-resemblance analysis in Reves v. Ernst & Young, 494 U.S. 56 (1990), the M-CAT does not resemble a note: no maturity, no principal, no interest, no repayment obligation, no creditor status, and no claim on issuer cash flows. Under the CFTC framework, methane avoidance attributes are a tangible commodity in commerce, and the M-CAT records title to a measured quantity of that commodity. SEC/CFTC Joint Release No. 2026-30 (March 17, 2026) supports the digital environmental commodity characterization. CFTC anti-fraud and anti-manipulation jurisdiction would attach to spot trading and to any third-party derivatives written on M-CATs; the M-CAT itself, as the spot commodity unit, does not require SEC registration.

7.4.3 · European Union — Markets in Crypto-Assets Regulation (MiCA)

Regulation (EU) 2023/1114 (MiCA) classifies crypto-assets into three categories: asset-referenced tokens (ART), e-money tokens (EMT), and "other crypto-assets" (Title II). The issuer's view, supported by outside EU regulatory counsel, is that the M-CAT falls within the third category — specifically, an "other crypto-asset" representing a non-financial digital commodity — and is excluded from both the ART and EMT regimes:

• Not an asset-referenced token (Article 3(1)(6)). The M-CAT does not purport to maintain a stable value by referencing any other value or right, or any combination thereof, including one or more official currencies. It does not reference a basket of fiat currencies, commodities, or crypto-assets. It employs no stabilization mechanism — no peg, no reserve management, no algorithmic supply adjustment, and no redemption-at-par mechanic. Its value is the measured environmental attribute it records, not a stabilized synthetic claim against an underlying basket.
• Not an e-money token (Article 3(1)(7); Directive 2009/110/EC). The M-CAT does not purport to maintain a stable value by referencing the value of one official currency. It is not redeemable at par against fiat currency. It is not a means of payment for general consumer transactions. It does not represent a fiat-redemption claim on an issuer.
• Not a financial instrument under MiFID II (Directive 2014/65/EU, Annex I Section C). The M-CAT is not a transferable security, money-market instrument, unit in a collective investment undertaking, option, future, swap, forward, contract for differences, or other derivative. It carries no voting rights, dividend rights, or claims on issuer revenues; it is not equivalent to a share, bond, or depositary receipt.
• Affirmative classification — Title II "other crypto-asset" representing a non-financial digital commodity. The M-CAT is the digital record of a non-financial environmental commodity attribute. It functions as a unit of account for a specific, measured, retired use, not as an investment, payment instrument, or stabilized synthetic. Distribution to EU recipients, where conducted, will be carried out in accordance with Title II of MiCA, including the white paper notification regime under Article 8 and the marketing-communications regime under Article 7, and any applicable national-competent-authority requirements.

7.4.4 · United Arab Emirates — VARA (Dubai) and ADGM FSRA (Abu Dhabi)

The issuer's view, supported by outside UAE virtual-asset counsel, is that the M-CAT is a non-financial Virtual Asset under both the Virtual Assets Regulatory Authority (VARA) framework applicable in the Emirate of Dubai and the Financial Services Regulatory Authority (FSRA) framework applicable in the Abu Dhabi Global Market (ADGM):

• VARA. The M-CAT is a Virtual Asset that records title to a measured environmental commodity attribute. It is not a Security Token, a Fiat-Referenced Virtual Asset, or a token representing a Specified Investment as defined under VARA's Compliance and Risk Management Rulebook. Issuance to UAE recipients, where conducted, will be structured to comply with VARA's applicable disclosure, marketing, and recipient-eligibility requirements for non-financial Virtual Assets.
• ADGM FSRA. The M-CAT is consistent with treatment as an Accepted Virtual Asset under the FSRA's Guidance on the Regulation of Virtual Asset Activities. It is not a Security Token, a Fiat Token, a Derivative, or a Specified Investment under FSMR Schedule 1. The instrument is consistent with ADGM's framework for environmental and commodity-attribute virtual assets.
• Excluded characterizations — both frameworks. The M-CAT is not a Security Token, a Derivative, a Collective Investment Fund interest, or a Structured Product under either UAE framework. It does not give rise to a claim on issuer revenues, profits, or assets, and does not pool holder capital for collective investment.

7.4.5 · CAT-FV — distinct classification analysis

The CAT-FV is structured as a bilateral, non-standardized, non-exchange-traded contractual conversion right against a future-vintage M-CAT, governed by a streaming/prepay agreement between the Christopher project SPV and a qualified institutional counterparty. It is not a spot environmental commodity unit, does not carry an environmental claim until conversion, and is not designed for speculation or transfer on a public venue. Its classification analysis differs from the M-CAT accordingly:

• Not a derivative. The CAT-FV is not standardized; it is not exchange-traded; it is not designed for speculative position-taking; it provides no cash-settled exposure to a reference asset. It documents a defined-conditions-precedent technical conversion process from a contractual prepay obligation into a future-vintage M-CAT. The closest commercial analogs are mining-streaming agreements and natural-gas prepay supply agreements (each of which is treated as a non-derivative commercial supply contract).
• Not a security. The CAT-FV does not pool capital, does not represent a common enterprise, does not represent equity or debt of any entity, and does not carry profit-sharing, governance, or revenue-claim features. The conversion right is a defined-mechanic process (§04.5, §08.3), not a passive return generated by issuer effort.
• Not an ART or EMT under MiCA. The CAT-FV references no basket of values, no fiat currency, employs no stabilization or redemption-at-par mechanic, and is not designed as a means of payment.
• Not a Specified Investment under UAE frameworks. The instrument is bilateral, non-listed, transfer-restricted, and structured as a commercial supply arrangement; it is not a Security Token, a Derivative, or a Collective Investment Fund interest under VARA or ADGM FSRA.
• Counsel opinions as condition precedent. No CAT-FV will be minted to issuer treasury or sold to any counterparty until written outside-counsel opinions are delivered, to the issuer's reasonable satisfaction, confirming the CAT-FV's characterization under each of the U.S., EU MiCA, and UAE frameworks above (CATFV Gate 5; §08.3). The opinions will address the streaming-agreement structure, the bilateral OTC distribution channel, the absence of a centralized listed venue, contractual conversion conditions, transfer restrictions, and material adverse change provisions.

The CAT-FV's regulatory characterization is analyzed independently of the M-CAT's, and the M-CAT classification analysis above does not extend automatically to the CAT-FV. The two instruments are structurally distinct and are disclosed separately throughout this paper.

7.4.6 · Primary use and functional design

The M-CAT is designed and distributed for a consumptive primary use: retirement against current-period environmental accounting claims (corporate Net Zero or sustainability commitments, EU Methane Regulation Article 12 embedded-carbon reporting, ISO 14064-2 / 14064-3 corporate inventories, ESG / TCFD / ISSB disclosure, and analogous frameworks). The full issuance architecture — 29-Gate Mint Checklist, vintage tagging, ISO 14065 reasonable-assurance verification, Token-2022 native burn, Pinata-pinned IPFS retirement records — is engineered for that use. The M-CAT is not designed, marketed, or distributed as an investment, a yield-generating instrument, a financial hedge, a speculative trading vehicle, or any use that depends on appreciation of the M-CAT's market price. This is a design-intent statement, expressed by the absence of any yield, dividend, rebase, governance, or fee-distribution mechanic in the protocol.

7.4.7 · No issuer obligation in respect of value, liquidity, or markets

Consistent with the classification analysis above, the issuer does not, and will not:

• Guarantee the price or market value of the M-CAT or the CAT-FV at any time;
• Maintain, develop, support, or guarantee the existence, depth, or persistence of any secondary market;
• Engage in price-support, stabilization, market-making, or buy-back activity in respect of either instrument;
• Represent that any holder will be able to transfer either instrument at any specific price or time; or
• Undertake any obligation to cause either instrument to appreciate.

Where third-party trading venues, market makers, or liquidity providers operate in respect of the M-CAT or any wrapped representation of the M-CAT, those parties act independently of the issuer, on their own commercial terms, and are not part of the issuer's offering, design, or representations.

Amendment No. 2 §1, as extended by Amendment No. 4 §3, establishes mandatory regulatory monitoring obligations covering SEC, CFTC, ESMA, MiCA-implementing national-competent-authority, VARA, and ADGM FSRA public releases and judicial dockets for any case challenging the classifications above. Twelve trigger events (TR-REG-01 through TR-REG-06; TR-CATFV-01 through TR-CATFV-06) require immediate protocol re-assessment if any classification framework is modified.

7.5 · Buyer segmentation and market access

No token issues unless every gate passes.

The 29-Gate Mint Checklist is the operational quality control mechanism that translates the LMCX Protocol's technical and governance requirements into a sequential gate structure. Gate 28 is a composite confirmation gate. Gate 29 is non-delegable CEO sign-off. Both are non-negotiable.

8.1 · Mint Checklist gate structure

8.2 · Issuance formula and deduction stack

The credit issuance formula from LMCX_CAT_Methodology v1.2 §9 produces the final minted quantity:

CATs_issued = P95(E_avoided_sim) × (1 − D_unc) × (1 − D_leak) × (1 − D_perm) × (1 − D_buf)

The deduction stack applied to the P95 worst-case Monte Carlo output:

8.3 · CAT-FV Issuance Checklist — Christopher Unit #1 (parallel to the 29-Gate M-CAT checklist)

The 29-Gate Mint Checklist governs M-CAT issuance against a Level 5–monitored vintage. For Christopher Unit #1, CAT-FV issuance is governed by a parallel CAT-FV Issuance Checklist with adapted gates that reflect the ex-ante quantification basis, the widened uncertainty envelope, the correlated-barrier-failure permanence re-analysis, and the regulatory characterization analysis specific to forward instruments. The CAT-FV Issuance Checklist does not apply to Abernathy Unit #1, which is issued single-tier (M-CAT only); Abernathy clearance proceeds under the 29-Gate M-CAT Mint Checklist alone.

The CAT-FV Issuance Checklist runs alongside, not in place of, the 29-Gate M-CAT Mint Checklist. Y1 M-CAT minting at Christopher Unit #1 may proceed upon clearance of the 29-Gate Mint Checklist independently of the CAT-FV Issuance Checklist; CAT-FV minting is sequenced after CAT-FV Gates 1–9 clear and may follow the Y1 M-CAT mint by any reasonable interval.

Three programs. One protocol.

The LMCX Protocol supports three operational program types. Each uses the same OGMP 2.0 Level 5 measurement stack, the same CIBF issuance protocol, and the same Fireblocks Tokenization issuance flow — with parameter calibrations specific to the operational character of each.

9.1 · Program Type 1 — PDP assets (producing well P&A)

Christopher Unit #1 and Abernathy Unit #1 are the two reference implementations for PDP asset programs. Both projects use the same MRV stack architecture (with project-specific calibration), the same CIBF issuance protocol, the same insurance coverage, the same Loving County Block 53 deep-formation methane abatement program structure, and the same Wyoming-domiciled SPV legal architecture. The same minimum criteria apply to any producing well that meets the PDP program qualification:

• Documented pre-intervention baseline emissions: minimum 3-survey OGI campaign within 90 days of P&A commencement.
• Operator of Record designation with applicable regulatory authority.
• Written regulatory surplus analysis confirming >50% of sources unregulated.
• NPV_without_carbon < 0 (financial additionality confirmed).
• Kent Group (or equivalent ISO 14065-accredited VVB) engaged and conflict-screened before baseline measurement.
• 9-barrier P&A architecture completed with CBL/VDL cement confirmation and 2,000 psi pressure integrity test.
• 15-day post-P&A zero-emission observation with continuous Kuva or equivalent remote sensing.

9.2 · Program Type 2 — P&A portfolio scaling

The CIBF protocol and deduction stack are designed for multi-well portfolio programs. Each well in a P&A portfolio receives its own CIBF serial number, its own vintage, and its own Mint Checklist instance. Batch issuance is managed through Issuance Batch records (CIBF-IB-{uuid}) that group wells within the same vintage year while maintaining individual well-level traceability.

9.3 · Program Type 3 — LDAR systems

Ongoing Leak Detection and Repair programs generate continuous CAT streams as annual crediting periods produce new verified reconciled reductions. The LDAR program uses the same OGMP 2.0 Level 5 / Kuva OGI / Monte Carlo framework as the P&A program, with parameter calibrations specific to operating-equipment source dynamics:

Legal, governance, risk.

Six documents. One package.

The CAT is supported by a six-document legal package creating independent, legally enforceable protections for token holders through the Collateral Agent. These instruments are recorded in permanent public records and exist independently of any platform, registry, or organization.

10.1 · Six-document legal package — issuer-level instruments

The protocol is supported by a six-document legal package consisting of issuer-level integrity instruments administered, where applicable, by an independent Collateral Agent for the purpose of supporting protocol environmental integrity. These instruments are recorded in permanent public records and exist independently of any voluntary registry or platform. They are not pledged to, held for the benefit of, or beneficially owned by holders of CATs, and CAT holders do not acquire any direct ownership, security interest, beneficial interest, or claim on these instruments by virtue of holding CATs.

10.2 · Chain of title and ownership

The Chain of Title Attestation (signed by Zach Wagner, CEO, LMP) documents the unbroken provenance of emission reduction attributes from source to token. The UCC Article 9 perfected security interest establishes exclusive ownership of all GHG emission reduction attributes against any third-party claim. No operator Scope 1 reporting claim is permitted over the credited reductions — exclusivity is documented in the chain-of-title attestation, enforced through the UCC perfection at the entity level, and reflected on-chain through the Token-2022 metadata that links each unit to its CIBF serial and verification statement.

10.3 · Wyoming foreign qualification and Texas nexus

Christopher Unit 1 IMCSS, LLC was formed under Wyoming law (SOS No. 2026-001934109, March 29, 2026) for its favorable LLC statutes, privacy provisions, and efficient UCC filing system. Texas foreign qualification is required within 60 days of formation (deadline: May 28, 2026) to provide operating entity nexus for the Texas-located asset. The Production Prohibition Interest is recorded in Loving County, Texas deed records (Instrument No. 2026-0017) independently of entity jurisdiction. UCC searches should be conducted against both: (1) Wyoming SOS for personal property security interests in entity assets; and (2) Loving County, TX deed records for the real property covenant and Deed of Trust lien.

10.4 · Entity stack and counterparty roles

The protocol involves several distinct legal entities, each with a clearly delineated role. Recipients should not assume that any one of these entities controls or owns the others, or that holding a CAT confers any interest in any of them.

The Collateral Agent designation is being completed prior to first CAT issuance. References in this paper to the "Collateral Agent" reflect the role-based architecture as designed; the formal designation of an independent third-party institution to fulfill that role is a condition precedent to first issuance and will be confirmed in subsequent updates to this document.

10.6 · CAT-FV legal structure — Christopher Unit #1 streaming/prepay framework

The CAT-FV is a bilateral, non-standardized, non-exchange-traded contractual conversion right against a Christopher M-CAT of a specified target vintage, governed by a streaming/prepay agreement between Christopher Unit 1 IMCSS, LLC (the Christopher project SPV) and a qualified institutional counterparty. The structure is modeled on the mining-streaming and natural-gas prepay supply commercial templates — each of which is treated as a non-derivative commercial supply contract rather than a tokenized financial instrument. The CAT-FV is not standardized, is not listed on any centralized exchange or DEX, and is not designed for speculation or for transfer outside the controlled institutional channel; transfer is restricted by the streaming agreement and by Fireblocks Tokenization platform policy. Conversion is a defined-conditions-precedent technical conversion process (Level 5 monitoring of the target vintage, Kent Group ISO 14064-3 reasonable-assurance verification, 29-Gate Mint Checklist clearance, IRP approval, CEO Gate 29 sign-off, and confirmed CCCi annual premium for the target vintage); it is not a redemption obligation, not a redemption-at-par mechanic, and not a guaranteed delivery within any specific calendar window. The bilateral streaming agreement is the controlling document for counterparty rights and remedies. This paper is not the controlling document; it summarizes the architecture only. Recipients contemplating CAT-FV acquisition should review the streaming agreement in full and obtain independent legal advice. The streaming/prepay framework applies to Christopher Unit #1 only; Abernathy Unit #1 is issued single-tier and has no CAT-FV pool, so no Abernathy streaming agreement is created.

10.7 · Why CAT-FV issuance does not increase reversal exposure at the issuer level

CCCi insurance and the VPP covenant continue to attach at the issuer level against retired M-CATs, not against CAT-FVs. CAT-FVs do not circulate as retirable units; they cannot be retired against current emissions until converted to an M-CAT. As a consequence, the population of retirable units in circulation at any given time is bounded by the cumulative count of minted (and not-yet-retired) M-CATs, not by the cumulative count of issued CAT-FVs. Reversal exposure at the issuer level — the universe of tonnes that have been claimed against current emissions and whose physical permanence the protocol must support — does not increase with CAT-FV issuance.

This is a structural feature of the v2.6 architecture worth highlighting. A single-tier architecture in which forward tonnes were minted as retirable units would require the permanence-support architecture to scale linearly with forward issuance, even though the underlying physical permanence applies to a single P&A wellbore that is fixed in scope. The two-tier architecture decouples forward inventory monetization from reversal-exposure scaling: forward tonnes can be sold against the project's quantified lifetime benefit, but the issuer's permanence-support obligations are calibrated against the smaller pool of converted, retired M-CATs rather than against the full forward pool.

Who can change what, and how.

The LMCX CAT Protocol governance structure as of the Amendment No. 2 effective date (April 1, 2026) is documented below. Authority is segregated, oracle concentration is disclosed and mitigated, and protocol-changing actions require multi-party authorization.

11.1 · Protocol governance structure

11.2 · Oracle concentration risk and failover protocol

Camilo Mejía (Enovate AI) is both the Engineer of Record for Christopher Unit #1 and the primary dMRV oracle operator. This concentration of technical reliance on a single actor is disclosed as a material risk. Amendment No. 2 §5 defines five oracle failover triggers:

During any failover period, the uncertainty haircut increases by +3 percentage points above standard (Methodology §12.3). This additional conservatism compensates for increased parameter uncertainty during source transition. Failover periods are documented in the CIBF AuditLog.

11.3 · CCCi premium as condition precedent to CAT-FV → M-CAT conversion

The annual CCCi premium remains a condition precedent to each vintage year's M-CAT issuance, as in v2.5 and earlier. v2.6 extends this provision to the CAT-FV conversion mechanic: failure to pay the CCCi annual premium for a target vintage triggers contractual default to CAT-FV holders for that vintage, not just suspended future minting. This is a deliberate strengthening of the issuer's integrity incentive relative to a single-tier architecture.

Mechanically, the streaming agreement (§10.6) defines the CCCi-premium-default remedy. Upon a triggered default, CAT-FV holders for the affected vintage are entitled to the streaming-agreement remedy, which may include conversion to an alternative vintage, partial conversion, refund of allocable prepay consideration, or other remedies specified in the agreement. The remedy is a streaming-agreement obligation of the issuer SPV; it is not a claim on the issuer-level integrity instruments described in §03 and §10.1, which continue to attach at the issuer level for the benefit of protocol environmental integrity rather than individual CAT-FV holders.

The structural consequence is that the CCCi annual premium is now a covenant supported by two distinct enforcement pathways: (a) suspension of new M-CAT minting for the affected vintage, as in v2.5, and (b) contractual default to CAT-FV holders for the affected vintage, as added in v2.6. The issuer expects this dual-enforcement structure to materially reduce the residual probability of CCCi-premium default relative to the single-pathway v2.5 architecture.

11.4 · GWP basis and quantity disclosure

The GWP basis is a required disclosure on all CAT documentation per Amendment No. 3 §10. The two-layer GWP architecture governs:

Why scarcity is structural.

OGMP 2.0 Level 5 is the apex of the global methane reporting framework administered by the United Nations Environment Programme. Level 5 requires simultaneous source-level direct measurement and site-level top-down atmospheric reconciliation — a dual-stream requirement that eliminates the systematic negative bias of all lower-tier approaches. In the v2.6 architecture, M-CATs represent Level 5–monitored supply for an annual monitoring period; CAT-FVs represent bilateral non-standardized contractual conversion-right entitlements against Level 5 baseline–derived project quantification under ISO 14064-2 §5.4, not Level 5–measured tonnes. The structural Level 5 supply scarcity (fewer than 1% of global producing assets) attaches to the M-CAT.

12.1 · Global Level 5 adoption trajectory

12.2 · The Level 3 vs. Level 5 evidence base

The claim that Level 5 direct measurement produces materially different results than Level 3 emission factor approaches is established fact, supported by third-party published evidence:

12.3 · Market positioning by buyer type

12.4 · Methane as an environmental product — market context and structural positioning

The market for methane environmental products is real, growing, and structurally diverse. Sophisticated diligence reviewers should expect a tokenized methane abatement instrument to be evaluated against — and clearly distinguished from — the existing categories of methane-related environmental products currently trading. This subsection consolidates that context.

Three structurally distinct categories of methane environmental product

How the LMCX CAT is positioned relative to each category

The CAT is not equivalent to, and is not a substitute for, a MiQ Certificate, a registry-issued methane credit, or any compliance allowance. It occupies a structurally distinct position: a verified methane avoidance attribute from upstream asset retirement, measured at the highest available standard, structured for institutional procurement, with on-chain provenance and issuer-level integrity instruments. Buyers requiring a registry-issued credit for compliance-program eligibility, a methane intensity attestation tied to a physical gas purchase, or a compliance allowance under EU ETS, California Cap-and-Trade, RGGI, or CORSIA should procure those instruments through their respective specialized markets.

Observed pricing reference points (April 2026)

The figures below are observational reference points for institutional buyers building a procurement budget, drawn from publicly available market data as of early 2026. They are not price commitments, not predictive of CAT transaction prices, and not represented as comparable in all respects. Past performance and current observations are not indicative of future outcomes.

Demand-side regulatory backdrop

The institutional demand-side for OGMP 2.0 Level 5–backed methane abatement is concrete and accelerating, supported by several converging policy instruments:

• EU Methane Regulation (Regulation (EU) 2024/1787). EU importers of crude oil, natural gas, and coal must demonstrate that imported product was produced under MRV requirements equivalent to the EU's domestic regime, or at OGMP 2.0 Level 5 (reconciliation) plus independent verification, for all contracts signed or renewed after 4 August 2024. Methane intensity reporting requirements begin in 2028; intensity limits begin in 2030. The EU Methane Transparency Database is scheduled to launch in September 2026.
• U.S. waste emissions fee. Inflation Reduction Act methane fee schedule of $900 / metric ton (2025), $1,200 / metric ton (2026), and $1,500 / metric ton (2027 and onward) on emissions over a defined threshold creates a U.S. domestic compliance floor.
• OGMP 2.0 Level 5 supply trajectory. 7% of global production at Level 5 in 2024 (238 assets across 31 OGMP member companies), with programme projections of approximately 25% by 2027 and 33% by 2030. Approximately 90% of Republic of Korea and Japan LNG imports are covered by OGMP 2.0, with 30% of related supply already at Level 5 in 2024.
• Data-center procurement. Technology companies are exploring methane intensity tracking for natural gas supplies powering AI data centers, with U.S. natural gas use projected to increase up to 7.3% from 2025 to 2027 driven primarily by data center demand.
• Measurement-based reporting differential. Documented evidence shows Level 4 measurement-based reporting yielded 2.3× higher emissions estimates than Level 3 EPA Subpart W factor-based estimates for the same OGMP 2.0 U.S. member company asset; further upward revision is generally observed under Level 5 reconciliation.

The asymmetry between this regulatory demand-side architecture and the structurally constrained Level 5 supply (fewer than 1% of global producing assets in 2024, projected to remain a small fraction of global production through 2030) is the supply-demand context against which the CAT is positioned. The issuer makes no representation that this asymmetry will translate into specific CAT transaction prices, demand levels, or market dynamics; the asymmetry is observational, not predictive.

12.5 · Verified inventory and pending verification — Loving County Block 53 program

The LMCX Protocol's currently planned Year-1 inventory consists of two projects in the Loving County Block 53 deep-formation methane abatement program. Both projects are operated by the same entity (Last Mile Production LLC, TRRC P-5 No. 102051), insured under the same institutional policy (CCCi Lloyd's of London policy CCCi-0120125), targeting the same deep formation system (Atoka, Pennsylvanian — below the base of Wolfcamp), with the upper Delaware Mountain Sands formations isolated from the project scope and excluded from the VPP covenant scope at both leases.

Combined Y1 indicative inventory: 3,833,280 CATs (GWP28). Subject to Abernathy Kent Group ISO 14065 verification statement issuance, IRP approval, and 29-Gate Mint Checklist completion at both projects.

The two-project Loving County Block 53 deep-formation program structure provides geographic concentration (single county, single Block 53), geological consistency (both targeting the same deep formation system below the base of Wolfcamp), operational consistency (single TRRC P-5 operator, single MRV stack architecture, single Kent Group VVB engagement), and institutional consistency (single CCCi Lloyd's insurance policy, single Wyoming SPV legal architecture pattern). This concentration is institutionally relevant for diligence purposes: the protocol's design and integrity instruments can be evaluated once and applied consistently across the program, rather than requiring separate diligence per project.

What can go wrong.

The following risk factors are disclosed in connection with the CAT offering. This list is not exhaustive. Prospective buyers should conduct independent due diligence and obtain qualified legal, financial, and technical advice before acquiring CATs.

13.1 · Material risk factors

13.2 · Protocol document references

All outputs produced under the LMCX CAT Protocol reflect the following governing document versions as of May 1, 2026. Institutional buyers, auditors, and counterparties should confirm they are working from current versions:

13.3 · Disclaimer