Biofuel Essay

The first advantage of biofuels is that it can reduce the carbon emissions by 50 to 60%. This is a great advantage due to the fact that the world is currently facing major climate change issues, which is becoming a problem, as carbon dioxide is part of the gases on earth. Every day we release an amount of carbon dioxide. As we burn certain substances to create Energy they release are harmful amounts of gases. The earth then starts to warm up as when the sunlight reaches the earths surface it's either

Environmental Quality The use of biofuels as mandated by RFS.2 has a net positive impact on environmental quality. One of the key reasons for the adoption of this program was to provide an alternative to fossil fuels that could offer better energy efficiency and lower green house gas emissions. The environmental quality has been analyzed through four criteria much like in the report by Ackom, Mabee and Saddler (2010). These are: Greenhouse gas emissions, Energy use, Water use and Land Use Change

Biofuel is a natural alternative fuel created from carbon fixation. Carbon fixation happens in both living and dead material and is known as biomass conversion. In other words, Biofuel uses naturally grown plant matter or plant-derived materials, (biomass) to convert energy and must contain over 80% renewable matter. The biomass can then be converted in three different ways: thermal, chemical, and biochemical. The conversion of biomass creates fuel in solid, liquid, and gas form. The product of this

way to do just that. Biofuels are a type of renewable resources. In this report I will be talking about, what are biofuels, what can they do, how biofuels are made, are they available around the world? Should biofuels be used to replace fossil fuels? Why or why not, how do biofuels impact the food supply in 3 rd World Countries, who uses biofuels? Also, the cost, pros and cons and environmental benefits or concerns. What are biofuels? What can they do? Biofuels are combustible fuels created

What is Biofuel? Biofuel is a fuel that is made up of dead biological matter. This is how a biofuel is distinguished from a fossil fuel." In order to be considered as a biofuel, the fuel must contain over 80% renewable materials"(1). The organic matter (biomass) that makes up biofuel can be gotten from corn, soybeans or various other photosynthetic plants. The specific type of biofuel produced from grains is Ethanol, the other one who produced from mostly oil and fat is Biodiesel. Biomass is organic

Abstract The biofuel and biomass industry has become potentially more beneficial over the last few decades. They have considerably reduced the usage of fossil fuels. As the non-renewable energy is being replaced by the renewable energy, new initiatives are proposed for the continuous development of supply chain network for biofuel energy. The main aim is to determine the optimal model of supply chain for the biofuel industry, operations of biofuel supply chain, and also design a reliable supply

Growth for the Future: Biofuels The internal combustion engine, so vital for sustaining America's burgeoning economy, is omnipresent in most vehicles from the greatest semis to the smallest economy cars. The combustion engine is also a mode of transportation that is fraught with problems, both costing billions of U.S. dollars to fuel and causing enormous air pollution problems. Iowa, the nation's largest producer of corn and a leading agricultural state, may have the solution to the problems

Introduction Biofuels, derived from living organisms rather than petroleum-laden rock, are the focus of current energy research. The need for biofuels and alternative sources of energy will be necessary as the earth’s resources begin to diminish. In cohesion with this concern, the current uses of fossil fuels are a concern as the environment pays an incredible toll for our overuse of this resource. Many have attempted to replace petroleum fuel with the first generation biofuels would require

Biofuels vs. Fossil Fuels (David Ross, 2005) Carbon dioxide, the chief byproduct of fossil fuel combustion, is a potent greenhouse gas that remains in the atmosphere indefinitely. In the U.S., the burning of coal for electricity pumps more than 2.4 billion metric tons of carbon dioxide into the atmosphere every year, according to the Energy Information Administration. People ask what about the cars? How do they affect the environment? The average American passenger car spits out 11,450 pounds of

uses high-octane fossil fuels for competition. Lately, ecologists and governments have begun to highlight the need for the racing industry to switch from high-octane fuels to biofuels. The concern for preserving diesel fuels stems from its non-renewal in nature; however, the racing industry should not be forced to use biofuels because of three primary reasons – performance, cost effectiveness and high infrastructure expenditure. The ecologists are of the opinion that the racing industry is an