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VCS Other China Registry: Registered Documentazione completa General Methodology v2.0

Liucheng Biomass Power Generation Project In Guangxi Zhuang Autonomous Region, China

VCS-1824 ↗

6.1 / 10
Integrity
6.7
Transparency
5.8
Claim Safety
6.1
Documentation
5.4

Score Breakdown

Integrity

verified The issuance report from 2023 shows additionality was confirmed by the VVB, and no material findings or corrective actions were reported.

missing Leakage deduction is not stated in the extracted record, buffer pool coverage is not found, and the contradiction on leakage treatment creates uncertainty.

Transparency

verified The project has a named VVB and a long monitoring period ending in 2017, with a quantified verified issuance total of 1,069,816 credits.

missing Total claimed issuance is not found, usage monitoring is not described, and the extraction confidence is only medium with one evidence document listed as unknown.

Claim Safety

verified The project is not CORSIA-eligible, which reduces dual-market claim risk, and the baseline was reassessed in 2020.

missing The baseline is project-specific rather than clearly standardized, and leakage justification is mixed because one document says negligible while another says it was quantified.

Documentation

verified Eighteen documents were used, and the issuance record is relatively recent, dated 2023.

missing Several key fields are not stated in available documents, and the contradictions across older and newer documents indicate uneven documentation quality.

Detailed Analysis

Integrity

The issuance report dated 2023 shows additionality was confirmed by the VVB, and it reports no material findings or corrective actions. However, leakage deduction is not stated in the extracted record and buffer pool coverage is not found, which weakens permanence and leakage confidence. The project is a biomass power project, so these missing elements matter for overall integrity.

Transparency

The record identifies the VVB and provides a verified issuance total of 1,069,816 credits over the monitoring period from 2009-09-10 to 2017-09-23. But total claimed issuance is not found, usage monitoring is not described, and the extracted evidence list is sparse. Medium extraction confidence also suggests at least one key document was not fully readable.

Claim Safety

Claim safety is helped by the fact that the project is not CORSIA-eligible, which lowers dual-claim exposure. Still, the baseline is project-specific rather than clearly standardized, and the leakage story is inconsistent: the latest record says leakage was deemed negligible, while an earlier document says it was quantified. That inconsistency raises over-crediting and claim-quality risk.

Documentation

Documentation is moderate rather than strong: 18 documents were used and the issuance record is recent, but several important fields are not stated in available documents. The contradictions on FPIC, safeguards, grievance mechanism, benefit sharing, additionality test type, leakage treatment, and crediting period show that the record is not fully internally consistent. The medium extraction confidence further lowers confidence in completeness.

Overall

I privileged the 2023 issuance record for the final values because it is the most recent and authoritative document in the set, but I reduced confidence because the contradictions show earlier documents disagree on several material points. In particular, I treated the later leakage characterization as controlling, while noting that an earlier document reported quantified leakage; I also privileged the later statements that FPIC, safeguards, grievance mechanism, and benefit sharing were present. Because the project is registered and has VVB-confirmed additionality, the score is not weak, but missing leakage/buffer details and the contradictory record prevent a higher rating.

Audit Analysis

This is a registered VCS biomass project with VVB-confirmed additionality and no material findings reported in the issuance record. The main weaknesses are documentation gaps around leakage quantification, buffer pool treatment, and usage monitoring, plus several contradictions across source documents that reduce confidence in the record.

Project Description

The Liucheng Biomass Power Generation Project in Guangxi Zhuang Autonomous Region, China uses discarded mulberry and sugarcane leaves to construct a biomass residues power generation plant. The project is operated by Liuzhou City Xin'neng Biomass Power Generation Co., Ltd. and will use 178,198 tons of biomass residues.

Red Flags

  • Leakage treatment is inconsistent across documents: one source says leakage was deemed negligible, while an earlier document indicates it was quantified.
  • The record contains contradictions on FPIC, safeguards, grievance mechanism, benefit sharing, additionality test type, and crediting period, which weakens reliability.

Credit Vintages

Issued Retired Available
2009
36,996 36,996 0
2010
123,279 116,547 6,732
2011
112,560 63,257 49,303
2012
112,807 65,981 46,826
2013
125,876 117,624 8,252
2014
165,752 165,752 0
2015
143,247 142,349 898
2016
147,474 29,571 117,903
2017
115,077 107,324 7,753
Total 1,083,068 845,401 237,667

Cosa migliorerebbe questo punteggio

  • Publish a clear leakage assessment with the final deduction method and reconcile the conflicting leakage statements across documents.
  • Provide a complete monitoring package showing usage monitoring, claimed versus verified issuance, and explicit 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

No buffer pool stated

Leakage

Leakage treatment inconsistent

Baseline

Project baseline with reassessment

Safeguards

FPIC and grievance mechanism documented

Double-claim

Not CORSIA-eligible

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Analysis Provenance Scored 2026-04-19 General Methodology v2.0 Documentazione completa

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