An Experiment for Producing Ethanol - an Environmentally Friendly Fuel!

 

Home

Project Information

Title Justification

Abstract

Theoretical Backdrop

Experimental Design

Apparatus

Method

Experimental Data

Graphed Results

Calculations

Interpretation

Experimental Significance

Benefits of Ethanol

Conclusion

Acknowledgements

Terms & Concepts

Bibliography

My Summa Cum Laude Project



Calculations

Table 4: Density of Ethanol Produced

CALCULATIONS: Density of Ethanol Produced at Varying Temperatures

Type of Liquid

Mass of liquid Ethanol Produced

Volume of Ethanol Produced

Calculating Density of Ethanol = M/V

Liquid Produced by Mashed Fruit at high temp.

20 gm

24 ml

0.80

Liquid Produced by Mashed Fruit at room temp.

16 gm

23 ml

0.70

Liquid Produced by Mashed Fruit at low temp.

5 gm

7 ml

0.46

 

Liquid Produced by Corn at high temp.

11 gm

14 ml

0.78

Liquid Produced by Corn at room temp.

9 gm

13 ml

0.68

Liquid Produced by Corn at low temp.

4 gm

9 ml

0.44

 

Liquid Produced by Yard Waste at high temp.

20 gm

24 ml

0.80

Liquid Produced by Yard Waste at room temp.

16 gm

23 ml

0.70

Liquid Produced by Yard Waste at low temp.

6 gm

11 ml

0.50

 

Calculating Density of Ethanol = Mass of Ethanol Produced / Volume of Ethanol Produced

Where:

Mass of Ethanol Produced = wt. of liquid on 8 th week
Volume of Ethanol Produced = vol. of liquid on 8 th week



Cost of Producing Ethanol


Source: www.google.ca/images
   Calculating Costs of producing 1 litre of Ethanol from corn/yard waste/fruit:

Cost of Materials:

Cost of corn/fruits = $ 1.25
Cost of yeast = $ 2.00
Avg Ethanol produced = 25 mL

Estimated Cost of producing 1 mL of ethanol = 3.25/25 = .13 cents

Estimated Cost of producing 1 barrel or 159 liters of ethanol = CAD $20.67

Note: Cost of Apparatus/Equipment excluded as these costs will be shared across all ethanol produced over time.

Back to Top