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Making Bio-fuels TAF Academy Members: Sebastian Sandoval, Lorenzo Scott, Marvin Aguirre, Jeue’l Asherz, Khalil Rahman. Significance For Study -Petroleum will not sustain the United States much longer therefore alternative energy sources must be pursued.
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Making Bio-fuels TAF Academy Members: Sebastian Sandoval, Lorenzo Scott, Marvin Aguirre, Jeue’l Asherz, Khalil Rahman
Significance For Study -Petroleum will not sustain the United States much longer therefore alternative energy sources must be pursued. -One solution is biofuels which are created from organic compounds. -By analyzing different types of biofuel we can determine what would best su
Research Question and Hypothesis Question: How will corn ethanol preform in a RPM test? Hypothesis: Because corn is a starch which is amore complex sugar than sugarcane (disaccharide) meaning it will yield well in a RPM test.
Design IV: The Bio-fuel corn DV: The amount of RPMs we get for each of the bio-fuels Constants: -Engine -Amount of each bio-fuel put into engine Controls: Regular Gasoline on the engine to see if bio-fuels can compare
Next Steps -We plan on distilling our alcohol to get a higher concentration, then we will test the RPM’s lawnmower
Process to ferment To prepare we had to boil the corn mash with an enzyme that breaks down/ weakens the cell wall. Then we have to let the corn ferment for about 1-2 weeks After it has fermented we would have to distill.
Our Results After fermenting 2000mL of corn ethanol for a week we then tested for the alcohol percentage using a hydrometer. Alcohol Percentage w/out distilling: 2%
Cellulose • Cellulose is a complex linear polysaccharide • Consists of over ten thousand β linked D- glucose units • Formula: CC6H10O5 • Density: 1.50 g/cm(cubed) • A and B structures: two forms of Cellulose. • A form is weakest structure • B form in the strongest structure • Found in plants and organic materials
Why Cellulose? • Cellulose can be used as a fuel source • Complex polysaccharides broken down = multiple glucose particles • Glucose converts into ethanol • Ethanol can be used as an alternative less severe fuel source • Cellulose is found everywhere • Easily accessible and renewable resource
Lab Materials Hydrometer 6.5 Gallon Tachometer
References • Douglas, C. P. (2011). Biomass Fuel. Environmental Encyclopedia, Vol. 1, pg 187-190. Retrieved from http://go.galegroup.com.ezproxy.kcls.org/ • Gale Virtual Reference Library. (2011). Ethanol. Environmental Encyclopedia, Vol. 1, pg 626 range. Retrieved from http://go.galegroup.com.ezproxy.kcls.org/ • K., L. L., Brenda, W. L., & Kathleen, J. E. (2012). Bioenergy. Alternative Energy, Vol. 1, pg63-106. Retrieved from http://go.galegroup.com.ezproxy.kcls.org/ • National Renewable Energy Laboratory (May 18, 2012). Biofuels. Retrieved from http://www.nrel.gov/learning/re_biofuels.html • Steven, I. D. (2010). Biofuels. Encyclopedia of Global Warming, Vol. 1, pg 140-142. Retrieved from http://go.galegroup.com.ezproxy.kcls.org/ • Joseph.N. (2012). How to make corn ethanol. Retrieved from http://www.ehow.com/how_4840022_make-corn-ethanol.html • Allan.R. (2012). How to make ethanol from sugar cane. Retrieved from http://www.ehow.com/how_5581320_make-ethanol-sugar-cane.html