standard established

WHO Indoor Air Quality Guidelines

WHO emission and fuel guidelines defining what counts as clean household energy for cooking, heating, and lighting.

SDG 3 Good Health & Well-beingSDG 7 Affordable & Clean Energy
What is it? Why it matters How it works Who benefits Who may be disadvantaged Evidence Tradeoffs Misconceptions What next

What is it?

WHO’s household fuel combustion guidelines set emission-rate targets for fine particulate matter and carbon monoxide, and discourage the household use of unprocessed coal and kerosene.

Why does it matter?

They give governments and programs an evidence-based benchmark for judging whether a stove or fuel is genuinely “clean” rather than merely “improved.”

How does it work?

The guidelines translate health-based air-quality targets into emission rates that stoves must meet, and they classify fuels by how safely they can be used indoors.

Who benefits?

Policymakers, program designers, and households benefit from a consistent yardstick that helps avoid investing in technologies that do not protect health.

Who may be disadvantaged?

Strict targets can exclude many affordable biomass stoves, which may frustrate low-income households and programs that cannot yet reach clean-fuel access.

What evidence exists?

The guidelines are built on systematic reviews of exposure-response evidence linking combustion pollutants to disease, and are periodically updated by WHO.

What tradeoffs exist?

Rigorous health protection versus present-day affordability: meeting the targets often requires clean fuels that many cannot yet access, creating a policy tension.

Common misconceptions

The guidelines are advisory benchmarks, not a product-certification pass/fail label; meeting them in a lab does not guarantee clean air in a real kitchen with mixed stove use.

What you can do next

See how improved cookstoves are assessed against these targets.

Sources

[1]WHO — Guidelines for indoor air quality: household fuel combustion [2]WHO — Air quality guidelines global update (PM2.5)