Decadal Analysis of Carbon Dioxide Emissions from Different State of Fossil Fuels in Iraq

Abstract

Calculate correlation analysis of decadal CO2 emission throughout three kind of fossil fuel solid, liquid, and gas. It is the principle anthropogenic greenhouse gas that affects the Earth radiative balance. Emission intensity is the average emission rate of a given pollutant from a given source relative to intensity of a specifc activity. Burning of carbon based fuel since the industrial revelation has rapidly increased concentrations atmospheric carbon dioxide, as same of data source of this work. The results shown the CO2 emission from gaseous fuel consumption increased 10 times for frst decadal 1045.10 kt than last decadal, whereas since 2004 not less than 10000 kt. The CO2 emission from liquid fuel consumption increased 10.4 times than last decadal that was 86759 kt, while the same emission from solid fuel consumption decreased four times that last two decadal was near to zero kt. The percentage CO2 emission of total fuel combustion for three sectors of life carried out: CO2 emissions from electricity and heat production, different between frst and last decadal was 10.584%, and for transport was 1.8%, while decreased from manufacturing industries and construction was 6.7%.