HerDithy: Cutting Carbon Emissions #10
Increased deforestation and forest degradation have been propelled by the increasing demand for fuelwood and charcoal. Burning solid fuels such as wood emits some of the most significant contributors to global climate change; carbon dioxide, methane, and other ozone-producing gases such as carbon monoxide and black carbon. Sounds like another chemistry class? Awesome. ๐
The use of solid fuels
and kerosene is one of the leading sources of household air pollution in Kenya.
Fossil fuels such as kerosene contribute to climate change with a high
concentration of indoor air pollution increases the risk of acute respiratory
infections. According to a report by the United
Nations Environment Program, household fuel use in Kenya currently contributes 22-35 million
tonnes of CO2 each year and is equivalent to 30-40 percent of total Kenya greenhouse gas emissions.
The use of solid fuels and kerosene in traditional and inefficient
stoves such as open fires, which leads to the emission of large amounts of air pollutants. This has been observed in low-income
households across the country. Acute lower
respiratory infections are considered the second largest cause of death and are
linked to 26 percent of all
deaths reported in hospitals in Kenya, where
women and children are most affected. Other diseases linked to household air pollution exposure include chronic obstructive pulmonary diseases and
stroke. Lower Respiratory infections such as pneumonia and acute bronchitis
have been the greatest contributor to household
air pollution-related deaths in Kenya.
The demand for fuelwood and charcoal has long been associated with
increased deforestation, forest degradation, and reducing carbon uptake by
forests. Over half of all wood harvested worldwide is used as fuel. Enhancing efficiency in forest operations and products can address the direct
and indirect drivers of deforestation and forest degradation. This also creates
an opportunity to build political momentum for new transformative and
innovative policies.
Many
of today’s more efficient cookstoves have been shown to reduce fuel use by
30-60 percent, and provide
cleaner, more complete combustion, which can result in fewer greenhouse gas and
black carbon emissions and reduce impacts on forests. The use of clean and efficient stoves such as JikOkoa will make a
significant climate impact in low-income households. Increased fuel efficiency,
and the introduction of alternative fuels, and utilizing renewable fuel sources
can reduce climate emissions.
Bringing in more clean technology, reducing reliance on wood fuel, increasing tree cover, and enhancing energy and resource efficiency across all sectors will make the difference and move Kenya closer to fulfilling its commitment to the Paris Agreement. The Ministry of Energy is committed to ensuring universal access to clean cooking solutions by 2028. This will ensure carbon emissions are cut by 30 percent come 2030. Improving the health of Kenya`s environment is vital to protect our threatened forest resources by aligning to its national policy framework and development strategy
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