avoidance Kenya Vintage 2022, 2023 Documentazione completa General Methodology v2.0

Charcoal Stoves in Kenya

CM-c459bf ↗

5.3 / 10

Integrity

5.2

Transparency

5.6

Claim Safety

4.6

Documentation

6.2

Score Breakdown

Integrity

verified The validation/verification record indicates additionality was confirmed by the VVB (Carbon Check).

missing Baseline approach and leakage deduction value were not found in the extracted record, weakening confidence in quantified ERs.

Transparency

verified Monitoring period (2022) and the usage monitoring approach (annual survey) are clearly stated in the monitoring report (2023).

missing Claimed vs verified ER totals were not found in the extracted record, reducing MRV transparency.

Claim Safety

missing CORSIA eligibility and CCP status were not found in the extracted record, increasing uncertainty for downstream claims screening.

inferred Leakage is described as quantified, but without the deduction value it is unclear how conservatively leakage was treated.

Documentation

verified Multiple core documents were available (PDD, validation report, monitoring report) with medium extraction confidence.

missing Several key quantitative fields (ERs, baseline method, leakage deduction, fNRB method/value) were not found in the extracted record.

Detailed Analysis

Integrity

The monitoring package indicates additionality was confirmed by the VVB, Carbon Check (India) Private Ltd., which supports additionality robustness (validation/verification documentation referenced in the extracted record). The project uses AMS-II.G (version 03.0), which is a standard cookstove methodology, but the baseline approach and the date of any baseline reassessment were not found in the extracted record (PDD/validation details not captured here). Leakage is described as quantified, yet the actual leakage deduction percentage was not found in the extracted record (monitoring report, 2023), which weakens confidence in net ER conservativeness.

Transparency

The monitoring report (dated 2023-11-08) clearly specifies the monitoring period (2022-01-01 to 2022-12-31) and states that usage was monitored via annual survey, which is a recognizable MRV approach for cookstoves. However, the extracted record does not include total emission reductions claimed or verified for the period, preventing a basic cross-check of issuance quantities against monitoring results. Registry-level eligibility flags (such as CORSIA) were also not found in the extracted record, limiting completeness for public-facing claims review.

Claim Safety

Over-crediting risk cannot be screened effectively because the extracted record does not provide claimed or verified ER totals for the 2022 monitoring period (monitoring report, 2023). Key cookstove risk drivers—such as the fNRB method and fNRB value, and any assumed vs verified usage rate—were not found in the extracted record, increasing uncertainty around baseline fuelwood renewability and sustained adoption. CORSIA eligibility and CCP status were not found in the extracted record, which raises uncertainty for buyers needing to avoid higher-risk claim channels.

Documentation

Three core document types are evidenced (PDD, validation report, monitoring report), and the most recent document date (2023-11-08) is reasonably current relative to the 2022 monitoring period. Extraction confidence is medium, suggesting the documents were readable enough for partial capture but not fully complete. Despite this, several critical quantitative and methodological elements (ER totals, baseline method, leakage deduction percentage, fNRB method/value) were not found in the extracted record, indicating material documentation gaps for quality assessment.

Overall

No contradictions were identified in the extracted record, so scores were not reduced for internal inconsistencies. The overall rating is primarily constrained by missing quantifications that are central to cookstove credit quality—especially verified ERs, baseline specification, leakage deduction value, and fNRB/usage parameters—despite the presence of safeguards (FPIC and grievance mechanism) and VVB-confirmed additionality. Note: if documentation were to score below 3.0, transparency would be capped by the gate rule; and if integrity were below 4.0, the overall would be capped at 6.0 (not pre-applied here).

Audit Analysis

This Gold Standard cookstove programme has some core integrity elements in place, including VVB-confirmed additionality and documented safeguards (FPIC and a grievance mechanism). However, key quantifications that drive credit quality—especially verified emission reductions, baseline details, and leakage deduction—were not found in the extracted record, increasing over-crediting and claims risk.

Project Description

Charcoal Stoves in Kenya project deploys improved charcoal stoves (ICS) to households across Kenya, replacing inefficient traditional stoves and three-stone fires widely used for cooking. The initiative targets both rural and urban communities, where charcoal remains a significant cooking fuel. Traditional stoves that burn solid biomass fuels like wood and charcoal release high levels of particulate matter, contributing to hazardous indoor air pollution. In Kenya, household air pollution is responsible for approximately 23,000 deaths annually, disproportionately affecting women and children who spend the most time near cooking areas. The project addresses these serious health, environmental, and economic challenges by offering a cleaner, more efficient alternative. At the heart of the project are Biolite’s high-efficiency charcoal stoves (Tier 5, ISO-IWA), which achieve thermal efficiency rates of 50–60%. The improved cookstoves deployed under the project are engineered to enhance fuel combustion within the stove chamber, allowing for better heat transfer and significantly lower emissions of smoke, black soot, and PM. These stoves help households cut charcoal usage (fuel consumption and a corresponding drop in greenhouse gas (GHG) emissions associated with the use of non-renewable biomass), lower daily energy expenses, save time on fuel collection, and improve indoor air quality. The project leverages carbon finance to overcome one of the biggest barriers to adoption—upfront cost—making these clean technologies more accessible to end users. The project is underpinned by a robust monitoring and verification system where each stove is tagged with a unique serial number at the point of distribution, and trained local partners collect usage and impact data throughout the crediting period. This information is stored in a central electronic data management system to ensure transparent and reliable reporting. To maintain data integrity, BioLite incentivizes its

Red Flags

Verified and claimed emission reductions were not found in the extracted record, limiting the ability to assess over-crediting risk for the 2022 monitoring period.
Baseline approach and reassessment timing were not found in the extracted record, despite a long crediting period (2012–2032).
Leakage is described as quantified, but the actual leakage deduction percentage was not found in the extracted record.

Credit Vintages

Nessuna emissione registrata sul registro.

Il marketplace dichiara i vintage: 2022, 2023 (non verificato).

Cosa migliorerebbe questo punteggio

Provide the monitoring/verification tables showing total ERs claimed and verified for 2022, including any uncertainty deductions and the final issuance request.
Disclose the baseline specification and key parameters (including fNRB method/value and any baseline reassessment timing) and report the explicit leakage deduction percentage applied.

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