Compare the Efficiency of Banana Peel‚ Peel Briquettes and Coal in Order to Evaluate Environmentally Friendly Fuel Group 4 Members: - Dominique Fernandez - Jay Christian Toring - David Nathan Valerio - Chifrey Malto - Tyrone Asiño September 3 & 4‚ 2012 Miss Ermina Dimaunahan CHAPTER I THE PROBLEM AND IT`S BACKGROUND A. Background of the Study The Philippines is a tropical country that is abundant with nutritious and refreshing fruits that Filipinos are fond of eating. Banana is one
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BIO ETHANOL FUEL OUT OF FERMENTED BANANA (Musa balbasiana) PEELINGS Authors/ Researchers: Asprec‚ ‚ Centeno‚ Cruz‚ Jumadiao‚ Sanchez‚ Silaya‚ The Problem and Its Background Background of the study Bio-ethanol fuel has been used through these times and produced in many places specifically in Brazil and United States which contributes to the 87.1% bio-ethanol production in the world. Besides from being eco-friendly‚ inexpensive and less toxic‚ it is more preferred as a fuel for the materials
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tractors and steam ships (B.Nebel and R.Wright 1995). Stationary steam engines were rapidly established in all the major industries. The major fuel for steam engines was firewood. By the end of the 1800’s‚ the demand for energy was ever increasing and firewood around industrial centres was becoming scarce. This led to a switch to coal as the major source for fuel and energy. As well as powering steam engines coal became widely used for heating‚ cooking and industrial processes. Air pollution during
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production. Secondly there is the issue of bio-fuel subsidies. As both the European Union and the United States have adopted policies on the production of ethanol and bio-fuel to combat the problem of global warming‚ they are now giving subsidies to farmers to promote increased production. The subsidies have resulted in a larger production than what is needed for bio-fuel production‚ and thus also a reduced number of other crops not subsidized for bio-fuel production. Complicating the problem further
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The hot Georgia sun beats down on hundreds of feet of brown wet mud. “BBBRRRRAAAAAAPPPPP” a huge diesel truck revs it’s engine and shoots forward into a 7 feet deep pit of mud. Mud is flying everywhere‚ black smoke pours out of a huge stack in the bed of the truck. This is rolling coal at its finest. Some say that ‘rolling coal’ is bad for the environment because of the black carbon smoke. Rolling coal has been around basically since the beginning of automobiles‚ and it has become synonymous with
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Conventional Cars Frank J. DiMauro ENVS 664-660 November 25th‚ 2008 Richard W. Berman 1 Hybrids‚ Hybrids Everywhere... As Americans become increasingly more concerned about global warming‚ many are making choices about the vehicles they drive based on fuel economy and tail pipe emissions. Hybrid sales have increased 313% from 84‚199 cars in 2004‚ to 347‚102 in 2007. Driving a hybrid might make people feel better for helping the environment‚ but is it really better for our planet? The answer it seems
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diminishing fossil fuels In 1977‚ the President of the United States of America‚ Jimmy Carter‚ advocated for the use of alternative energy to the American people “because we are now running out of gas and oil‚ we must prepare quickly to strict conservation [of fossil fuels] and to the use of coal and permanent renewable energy sources‚ like solar power.” More than thirty years later his announcement still rings true and is relevant. In fact‚ the current situation of non-renewable fuels is worse than
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Fossil Fuel Consumption‚ CO2 and Its Impact on Global Climate Background: At the beginning of human history‚ we had to satisfy our energy needs (for food‚ heat and movement) by using our own muscle power and gathering or hunting naturally available plants‚ animals and wood. Each stage in the evolution of human society (the development of farming‚ domestication of animals‚ harnessing of wind and water power) increased the average per capita energy use‚ but it was the Industrial Revolution and the
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developments in polymer electrolyte fuel cells for vehicle applications Kassim Jama* Afiq Latip Erwan Firdaus Kranthi K. Kumpatla Mohamud Mohamed 5 Department of Chemical and Process Engineering‚ University College London Torrington Place‚ London WC1E 7JE‚ United Kingdom 10 Abstract The study of fuel cell systems promise to be a very important topic in the present day as we prepare ourselves in the energy challenges that lay ahead of us in the near future. Fuel cell system is an advanced
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District‚ Tamilnadu. India In India‚ the main source of energy is obtained from fossil fuels and the demand for energy is keeps on increasing. The depleting petroleum fuel resources‚ price hike‚ non-renewable nature and the emission of pollutant urges the need for the development of an alternative source of fuel which could be easily available‚ economic and eco-friendly. One among the alternative renewable fuel is “Biodiesel” which is obtained from vegetable oils. Biodiesel is biodegradable‚ easily
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