What changes in the kitchen
A more efficient stove can reduce the fuel needed for the same cooking task, lowering household fuel costs or collection time and reducing smoke exposure.
A cookstove carbon credit represents one tonne of CO2e emissions reductions verified and issued under the applicable carbon programme. CO2balance projects support more efficient household cooking, with lower fuel demand and continued use central to delivery.
An improved stove is designed to provide the same useful cooking energy with less fuel than the baseline technology. The climate outcome depends on the stove being appropriate for local cooking practices, reaching households and continuing to be used.
Project design begins with the cooking practices, fuels and supply chains in each location. The stove has to work for the household before it can work as a carbon project.
The climate benefit depends on a stove fitting local cooking practices and continuing to replace the baseline technology. Project design therefore starts with households, fuels and the meals prepared each day.
Local production and distribution can support skills and livelihoods while keeping project technology closer to the people who use it.
A more efficient stove can reduce the fuel needed for the same cooking task, lowering household fuel costs or collection time and reducing smoke exposure.
Distribution records alone are not sufficient. Adoption, usage and performance need to be monitored in line with the applicable methodology.
Improved household cookstoves designed around local cooking practices and lower firewood demand, with carbon finance supporting delivery and monitoring.
Efficient household stoves supporting lower firewood use and reduced cooking smoke, with project monitoring connecting delivery to climate outcomes.
These project stories explain our delivery experience. Our team will confirm current status and credit availability for any purchase.
The work continues after a stove reaches a household. Project teams monitor real-world use and maintain the records required for independent verification.
The stove design, baseline technology, fuel and local cooking practices are considered when the project and monitoring approach are developed.
Stoves are produced or sourced, quality checked and distributed with the household information needed for effective use.
Field monitoring considers whether the stove is being used, how it performs in practice and whether the baseline technology remains in use.
Monitoring evidence is assessed against the applicable methodology and independently verified before the resulting credits are issued.
Cookstove credits depend on documented distribution, adoption and continued use. CO2balance field teams collect project data against the monitoring requirements of the applicable methodology before reductions are independently verified.
Related services, project examples and technical guidance from CO2balance.
Straight answers on project fit, verification and what happens next.
Improved cookstoves reduce fuel demand, which can lower emissions when usage and performance are properly monitored.
Review evidence of adoption, continued use and stove performance, including whether households still use baseline stoves. Distribution figures alone do not establish the emissions reductions.
Check the project, carbon programme, applicable methodology, monitoring period and independent verification records for the credits being considered. Our standards and integrity guide explains the checks.
Share your volume, timing and project preferences with our team. We will confirm available options, pricing and the retirement arrangements and evidence before you decide to purchase.
Discuss your volume, timing and project preferences. Our team can confirm current cookstove credit availability, project evidence, pricing and retirement arrangements.