GS1729 - Myanmar Stoves Campaign - Soneva in Myanmar - VPA No. 006

Integrity

The project’s additionality case is stronger than average because the VVB confirmed it and the record says a combined test was used. However, the latest extracted record says leakage is not addressed, reversal events are not addressed, and no buffer pool percentage is available, which weakens permanence and leakage robustness. The verified stove usage of 60.4% also suggests the project may be materially less effective than assumed in the crediting logic.

Transparency

The project has a named verifier, a stated monitoring period, and an annual survey monitoring method, which supports basic transparency. That said, the extracted record does not state total verified or claimed emission reductions, and the contradiction set shows differences in leakage treatment, usage monitoring method, and crediting period across documents. These inconsistencies reduce confidence in the completeness and consistency of the public record.

Claim Safety

Claim safety is weakened by the large gap between the assumed 100% usage rate and the verified 60.4% usage rate, which creates a clear over-crediting risk. The baseline is project-specific rather than jurisdictional, and leakage is not clearly justified in the latest record. The project is not clearly flagged as CCP-approved or CORSIA-eligible, but the main concern is the mismatch between assumptions and observed performance.

Documentation

Documentation is moderate because the record includes many official project documents, a named VVB, and no material findings or corrective actions. However, extraction confidence is only medium, and several important items are missing, including buffer pool treatment and verified emission totals. The crediting period also appears inconsistent across documents, which lowers confidence in the documentation set.

Overall

The project is not a clear failure, but it is not high quality either: VVB-confirmed additionality and basic safeguards are offset by weak leakage treatment, low verified usage, and incomplete emissions documentation. I privileged the latest extracted values where contradictions existed, because they appear to come from the most recent document set; this means I used the 60.4% verified usage rate, the later crediting period, and the later statement that leakage is not addressed. Those contradictions materially reduce reliability and justify a downward adjustment in the overall assessment.