Cookstoves vs Industrial Methane Emissions: Compare Carbon Credits
Cookstoves and Industrial Methane Emissions both generate carbon credits, and buyers often shortlist them together, but they get there in different ways. They differ in how the carbon is captured or the emissions avoided, how long the benefit lasts, how the result is measured and verified, and what a tonne typically costs. This page sets the two side by side on the same criteria so you can see where they genuinely diverge.
Everything below is drawn from the projects listed on Carbon Compared right now: how many projects of each type we list, where they operate, which standards accredit them, and the range of prices currently listed. Carbon Compared is free, independent, and does not sell credits, so this is a comparison rather than a recommendation. Pricing for individual projects, permanence data, and independent BeZero Carbon and Calyx Global ratings are available with a free account.
How they work
Each approach starts from a different mechanism. The summaries below are the same ones used on the Cookstoves and Industrial Methane Emissions project type pages.
Cookstoves
Clean cookstove projects replace open fires and inefficient stoves with improved models that burn far less fuel. This avoids CO₂ emissions from wood and charcoal, reduces deforestation pressure, and dramatically cuts indoor air pollution.
Cookstove credits carry strong development co-benefits in health, time savings, and household economics, aligned with multiple UN Sustainable Development Goals. Recent methodology updates have tightened how usage and fuel savings are measured.
Industrial Methane Emissions
These projects capture or destroy methane from industrial sources such as coal mines, oil and gas infrastructure, and chemical plants before it escapes to the atmosphere. Methane traps over 80 times more heat than CO₂ over 20 years, so destroying it delivers immediate climate benefit.
Methane abatement credits are avoidance credits with unusually well-measured baselines, since the gas flows can be metered directly.
Permanence
Permanence is how long the carbon stays out of the atmosphere, and it is often the clearest difference between two project types. Carbon locked into rock or deep geology is measured in thousands of years, while carbon held in living biomass depends on the land staying intact and protected. Avoided emissions are a different case: nothing is being stored, so the question shifts to how confident you can be that those emissions really would have happened otherwise. Permanence figures for individual projects are shown with a free account.
Cookstoves
Every listed project is carbon avoidance: emissions are prevented rather than stored, so permanence works differently.
Industrial Methane Emissions
Every listed project is carbon avoidance: emissions are prevented rather than stored, so permanence works differently.
Cost
The ranges below are the lowest, highest, and median prices listed on Carbon Compared for each type today, not global market prices, and they move as listings change. Prices vary within a project type as much as between types, so read them as a starting point. Our carbon credit price guide explains what sits behind the numbers.
Cookstoves
$10 to $16 per tonne CO₂e
Median $10 across 4 listed prices
Industrial Methane Emissions
$5 to $50 per tonne CO₂e
Median $26 across 4 listed prices
Availability on Carbon Compared
How many projects of each type we currently list, the countries they operate in, and the verification standards that accredit them.
Industrial Methane Emissions
4 projects listed
Locations
Accreditations
Verra, ACR, BCarbon, Other and Open Carbon Protocol
Which should you choose
We do not rank project types, and there is no single right answer. Cookstoves and Industrial Methane Emissions suit different goals, budgets, and reporting requirements, so the useful move is to answer these questions for your own purchase before you shortlist.
What claim do you need to make?
Removal and avoidance support different statements in a climate report, and some frameworks treat them separately.
How long does the carbon need to stay stored?
If your target is built around durable storage, permanence is the filter to apply first.
What is your budget per tonne, and across how many tonnes?
Volume changes what is realistic, and a fixed budget usually means trading price against durability.
When do you need the credits?
Some projects can deliver issued credits now, while others sell ahead of issuance with a longer wait.
How much evidence do you need?
Consider the verification standard, the methodology, and whether independent raters such as BeZero Carbon and Calyx Global have assessed the project.
Do co-benefits matter to your stakeholders?
Health, biodiversity, and community outcomes vary widely and are often the deciding factor when two options look similar on carbon.
Plenty of buyers end up with both. A common approach is a portfolio that mixes tonnes available today with an allocation to more durable removal, adjusted over time as budgets and targets change. Compare the individual projects rather than the categories: the spread within Cookstoves and within Industrial Methane Emissions is often wider than the gap between them.
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Each credit = 1 tCO₂e