ISO 14064-2 GHG emissions additionality.
GHG emission mitigations are additional to the baseline scenario.
A methane abatement project on a permanently plugged wellbore under a 9-barrier isolation architecture (500–600% above TRRC §3.14 minimum). Operated by Last Mile Production LLC. Verified by The Kent Group Associates (ISO 14065) in August 2025. Each CAT on Solana Token-2022 corresponds to one verified tCO₂e (GWP28) of methane avoidance from this project. First-mint authorization pending IRP approval through the 29-Gate Mint Checklist.
Why this project qualifies under ISO 14064-2 and produces credible CATs.
GHG emission mitigations are additional to the baseline scenario.
The project implements actions that go beyond statutory requirements.
The project implements climate actions that are subject to barriers to implementation or accelerates deployment of technology or activities.
Carbon credit revenues are the major or only source of revenues.
Direct project spend and capacity-building activities underlying the verified lot.
The Christopher-1 project contributes to 12 of the 17 UN Sustainable Development Goals. Every contribution is mapped to an evidence artifact held in the LMCX compliance vault and verifiable by the project’s ISO 14065-accredited VVB.
Removal of methane and H₂S leaks reduces health risks for workers and surrounding communities.
Technical training and capacity building for local contractors in well plugging, environmental remediation, and advanced monitoring technologies.
Plugging and abandonment prevents vertical migration of hydrocarbons and methane into groundwater aquifers.
Avoided fugitive methane emissions improve efficiency of the energy system by reducing wasted natural gas.
Creation of skilled employment opportunities and $1.65m in direct project expenditure with local service providers.
Project delivery runs on a patented dMRV oracle (Enovate AI, US Patent 12,394,980 B1), continuous SCFH-resolution sensor arrays, and reservoir decline models reconciled to EPA Subpart W. The measurement-and-verification stack replaces the manual, self-reported paperwork that has historically governed upstream well abandonment, and is portable to other plugged wellsites as a repeatable decommissioning architecture.
Economic opportunities directed to local communities in Loving County, TX, including skills transfer and supplier diversity across regional contractors.
Elimination of stranded, methane-emitting legacy infrastructure reduces long-term environmental and safety liabilities in the surrounding community and supports regional resilience.
Retirement of stranded methane-emitting assets reduces environmental liabilities and aligns operator practices with net-zero objectives.
Permanent elimination of 2,176,779 tCO₂e methane emissions per year, verified with continuous SCFH monitoring and reservoir decline models.
Decommissioning of tanks, separators, and the Christopher-1 well reduces risk of long-term soil contamination and restores land for biodiversity.
Delivery is executed through a formal multi-party compliance stack: ISO 14065-accredited validation and verification body (Kent Group Associates, KG/GHG0083125), independent dMRV oracle (Enovate AI, US Patent 12,394,980 B1), Lloyd's-backed integrity insurance (CCCi Policy CCCi-0120125), and on-chain protocol governance via Squads multisig with Fireblocks MPC-CMP custody.
SDGs 1, 2, 5, 14, and 16 are not claimed — no defensible, evidence-backed contribution.