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To choose three fuels that can be easily accessible, promote clean…
To choose three fuels that can be easily accessible, promote clean emissions, cost effective and is most efficient in terms of energy output.
Energy output
Referring to the quantity of energy obtained through the combustion of fuels. Calculated employing joules per amount of fuel combusted
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Calorimetry experiment
Utilised through the application of heat transfer, calculating the energy density found through the calculation of temperature change
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Clean emissions
The combustion of fossil fuels produces large quantities of greenhouse gases that are released into the environment. The released greenhouse gases trap heat within Earths atmosphere causing rises in sea levels and earths temperatures.
Clean energy transitions will increase through the application of material demand trends. Material efficiency and technology shifts result in lower material demand relative to the influx of technology.
Energy efficiency
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The usage of combining heat and power systems to utilised the wasted heat from power plants to energy to other systems. Improves energy efficiency as less materials/energy required to produce same result
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Underdeveloped countries
A country deemed as underdeveloped is also said to be developing. These countries have a lesser developed industrial base and a lower standard of Human development Index on contrary to other countries. Often associated with low income and high population growth
As undeveloped countries have low levels of income and economic development, high-value fuel sources are impractical. These economy's rely on traditional biomass. Sources include, fuelwood, charcoal, dung, and agricultural or household waste.
Gradual replacements of these fuel sources, include processed biofuels (Charcoal), kerosene, animal power, and some commercial fossil fuels
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