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Healthy Guatemalan kitchens

Using cookstoves to improve quality of life and fight climate change

Guatemala
Healthy Guatemalan kitchens

Close to 2.5 million families still use traditional stoves or open fires for cooking in Guatemala. Both methods are known for needing huge quantities of biomass, with an average of 24 kilograms of wood needed per household each day. In addition to causing negative health implications from the production of harmful pollutants, the use of these stoves puts pressure on Guatemala’s unique forests, with the need to continually source timber to meet energy demands. 

Location
Guatemala
Type
Clean Cookstoves
Registry
Standards
VCS

Sustainable Development Goals

3. Good Health and Well-Being

20,000+ stoves

distributed, improving health conditions by reducing indoor smoke in homes  

8. Decent work and economic growth

Jobs created

in stove distribution and for organising trainings, boosting local economies  

13. Climate Action

85,000 tonnes of CO2e

reduced on average each year

15. Life on land

58% less fuel wood  

is used, resulting in money savings and reduced deforestation  

The Solution

The project involves the distribution and installation of efficient cookstoves to households across Guatemala, a country in which close to half of the population live in poverty. Stoves distributed by the initiative reduce the amount of firewood required by households by up to 58%, compared to when using open fire.

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Image credit: C Quest Capital
project_image_303814-1.png
Image credit: C Quest Capital
project_image_303814-1.jpg
project_image_303814.png
Image credit: C Quest Capital
project_image_303814-1.png
Image credit: C Quest Capital

The Impact

Replacing conventional cooking methods with more efficient stoves in Guatemala cuts the amount of fuel needed to cook, transforms the health & wellbeing of communities and eases pressure on nearby forests. In addition through the reduction of deforestation the stoves reduce emissions that contribute towards global warming, tackling climate change from multiple angles. 

Project ID: 303814
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