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Between 1906 and 2005, records showed 0.74±0.18° C increased global average air temperature near the Earth’s surface. Rapid socio-economic changes at some developing countries like India, China, etc, are influencing dramatically the fuel consumption pattern world over (Bhangale & Mondal, 2011; Tewari, Mondal, 2011). If emissions of greenhouse gases, and in particular CO2, continue unabated the high greenhouse affects may have irreparable damage on world’s climate system (Mondal et al, 2011). Decreasing world petrol reserves and the impact of environment pollution ofincreasing exhaust emissionslead to search for a suitable alternative fuels. Recent scorching prices of petroleum based fuel (before global economic recession worldwide) and reduced bio fuel cost due to advanced breakthrough technologies, made bio fuel in competition with conventional petro-fuel. Biofuels like SVO, biodiesel, etc. help to curb Green House Gas (GHG) emission, depending on how they are manufactured.

Records for the period Betweenof 1906 toand 2005 have shown that, records showed 0.74±0.18° C increasedthe global average air temperature near the Eearth’s surface increased by 0.74±0.18° C in that timeIfUnabated emissions of greenhouse gases (GHGs), and in particularparticularly CO2, continue unabated the will probably cause their ever-strengthening effects  high greenhouse affects to may have irreparable damage theon globalworld’s climate system irreversibly (Mondal et al., 2011). Further,  Rrapid socio-economic changes in at some developing countries, such as like India and, China, etc, are dramatically influencing dramatically the pattern of fuel consumption worldwidepattern world over (Bhangale & Mondal, 2011; Tewari, Mondal, 2011). If emissions of greenhouse gases, and in particular CO2, continue unabated the high greenhouse affects may have irreparable damage on world’s climate system (Mondal et al, 2011). The worldwide trend of declining Decreasing world reserves of petroleum reserves and the impact of environmental pollution of, namely, increasing exhaust emissions, have lead to the hunt forsearch for a suitable alternative fuels. Biofuel, which is one such alternative fuel, has now become a competitive substitute for conventional petrofuels owing to Recentthe recent scorching prices of petroleum- based fuels (before the global economic recession worldwide) and the reduced bio fuel cost of biofuels owingdue to advanced breakthrough technologies, made bio fuel in competition with conventional petro-fuel. Biofuels such aslike straight vegetable oil (SVO) and, biodiesel, etc. can contribute to help tocurbing curb Green House Gas ( GHG) emissions, depending on how they are produced manufactured.

 

Between 1906 and 2005, records showed 0.74±0.18° C increased global average air temperature near the Earth’s surface. Rapid socio-economic changes at some developing countries like India, China, etc, are influencing dramatically the fuel consumption pattern world over (Bhangale & Mondal, 2011; Tewari, Mondal, 2011). If emissions of greenhouse gases, and in particular CO2, continue unabated the high greenhouse affects may have irreparable damage on world’s climate system (Mondal et al, 2011). Decreasing world petrol reserves and the impact of environment pollution ofincreasing exhaust emissionslead to search for a suitable alternative fuels. Recent scorching prices of petroleum based fuel (before global economic recession worldwide) and reduced bio fuel cost due to advanced breakthrough technologies, made bio fuel in competition with conventional petro-fuel. Biofuels like SVO, biodiesel, etc. help to curb Green House Gas (GHG) emission, depending on how they are manufactured.

Records for the period Betweenof 1906 toand 2005 have shown that, records showed 0.74±0.18° C increasedthe global average air temperature near the Ee arth’s surface increased by 0.74±0.18° C in that time.  Rapid socio-economic changes in at some developing countries, such as like India and, China, etc, are dramatically influencing dramatically the pattern of fuel consumption worldwidepattern world over (Bhangale & Mondal, 2011; Tewari, Mondal , 2011). If Unabated  emissions of greenhouse gases (GHGs), and in particular CO2, will probably cause their ever-strengthening effects to continue unabated the high greenhouse affects may have irreparable damage on world’s the global climate system irreversibly (Mondal et al., 2011). The worldwide trend of  declining Decreasing world reserves of petroleum reserves and the impact of environmental pollution of, namely, increasing exhaust emissions, have lead to the hunt forsearch for a suitable alternative fuels. Biofuel, which is one such alternative fuel,  has now become a competitive substitute for conventional petrofuels owing to Recentthe recent scorching  prices of petroleum- based fuels (before the global economic recession worldwide) and the reduced bio fuel cost of biofuels owingdue to advanced breakthrough technologies , made bio fuel in competition with conventional petro-fuel. Biofuels such aslike straight vegetable oil (SVO) and, biodiesel, etc. can contribute to help tocurbing curb Green House Gas ( GHG) emissions, depending on how they are produced manufactured .

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