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GS Biogas - Heat India Documentazione completa General Methodology v2.0

Implementation of clean energy technology in rural areas of India-1

GS-3655 ↗

5.9 / 10
Integrity
6.4
Transparency
5.6
Claim Safety
5.2
Documentation
6.1

Score Breakdown

Integrity

verified Additionality was confirmed by the VVB, and the verification report says the project used a quantified leakage treatment.

missing Baseline reassessment timing, buffer pool coverage, and reversal handling are not stated in the available documents.

Transparency

verified The monitoring period, VVB name, and usage monitoring approach are stated, and the project documents include both verification and monitoring records.

missing Total ERR claimed versus verified is not found in the extracted record, and the record shows several internal contradictions.

Claim Safety

verified The verification report supports a local-field FNRB approach and reports a very high FNRB value, which is generally stronger than a generic default.

missing The verified usage rate is extremely low at 0.073, while an older monitoring report reportedly used 100, creating a major inconsistency risk.

Documentation

verified The evidence set is broad, with multiple document types used, and the extraction confidence is medium rather than low.

missing The verification report notes five clarifications and two corrective action requests, even though they were closed, which indicates documentation issues.

Detailed Analysis

Integrity

The verification report confirms additionality was checked by the VVB, and it also states that leakage was quantified rather than ignored. On the other hand, the extracted record does not state a buffer pool percentage, does not describe any reversal events in a way that resolves permanence risk, and does not provide a baseline reassessment date. The closed clarifications and corrective action requests are manageable, but they still reduce confidence in the robustness of the project design evidence.

Transparency

The project has a named VVB, a defined monitoring period, and a stated annual-survey usage monitoring method, which supports basic MRV visibility. However, the extracted record does not provide total ERR claimed or verified, so issuance reconciliation cannot be checked from the available facts. The presence of multiple contradictions also weakens transparency because the underlying documentation is not fully internally consistent.

Claim Safety

Claim safety is helped by the VVB-supported local-field FNRB method and the reported FNRB value of 95.61, which suggests a strong non-renewable biomass baseline assumption. But the contradiction between the verified usage rate of 0.073 and an older monitoring report value of 100 is a major red flag for over-crediting risk. CORSIA eligibility is marked true, while CCP status is not mentioned, so dual-channel claim risk is not fully resolved.

Documentation

The evidence base is reasonably broad, with multiple document types used and a medium extraction confidence level. The project also has documented safeguards, including FPIC and a grievance mechanism, and the verification report says the clarifications and corrective action requests were satisfactorily closed. Still, the record lacks several key quantitative fields, and the contradictions suggest the documentation is not fully clean or harmonized across sources.

Overall

The main contradictions are on the FNRB method, the verified usage rate, the FNRB value, and the crediting period. I privileged the later verification report dated 2023-02-23 over older or unspecified records because it is the more recent and more specific assurance document, but the existence of these conflicts still lowers reliability. Because the project is CORSIA-eligible and CCP status is not mentioned, dual-claim risk is not eliminated, and the missing ERR totals further limit confidence in the final claim.

Audit Analysis

The project has some positive integrity signals, including VVB-confirmed additionality, a quantified leakage treatment, and documented safeguards. However, the record also shows unresolved baseline and crediting-period contradictions, no buffer pool information, and no reported ERR totals, which limits confidence in the claim quality.

Project Description

Developer: GRENEITY INFOCOM SERVICE PRIVATE LIMITED Type: Biogas - Heat Size: Small Scale Methodology: AMS-I.E. Switch from Non-Renewable Biomass for Thermal Applications by the User Crediting period: 2021-06-01 → 2026-06-01 Estimated annual credits: 53605 tCO2e SDGs: Goal 7: Affordable and Clean Energy, Goal 8: Decent Work and Economic Growth, Goal 13: Climate Action, Goal 3: Good Health and Well-Being

Red Flags

  • The documents contain contradictions on the FNRB method, the verified usage rate, the FNRB value, and the crediting period, which weakens reliability.
  • No buffer pool percentage, reversal treatment, or ERR totals are stated in the extracted record, leaving permanence and issuance reconciliation only partially evidenced.

Credit Vintages

Issued Retired Available
2021
19,537 19,537 0
2022
52,517 52,406 111
2023
52,498 52,498 0
2024
52,459 24,737 27,722
2025
30,450 0 30,450
Total 207,461 149,178 58,283

Cosa migliorerebbe questo punteggio

  • Provide the verified and claimed ERR totals, along with a clear reconciliation table for the monitoring period.
  • Publish a harmonized explanation of the FNRB method, usage rate, and crediting-period dates across all documents, including any buffer pool or reversal treatment.

Questi suggerimenti indicano quali prove pubbliche aggiuntive potrebbero migliorare il livello di confidenza di questa valutazione. Non garantiscono un punteggio futuro più alto.

Risk Indicators

Additionality

VVB-confirmed additionality

Permanence

buffer and reversal treatment unclear

Leakage

quantified but deduction not stated

Baseline

project baseline with timing uncertainty

Safeguards

FPIC and grievance mechanism present

Double-claim

CORSIA-eligible; CCP status not stated

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Analysis Provenance Scored 2026-04-18 General Methodology v2.0 Documentazione completa

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