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Energy Measuring Company

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simple energy report

simple energy report

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  • 1. Energy Measuring Company
    By Team Bunsen Burner
  • 2. Meet the team
    Team Bunsen Burner
    A## J##: Head of Department
    T##### L##: Leading Executive
    S#### S#####: Senior analyst
    A##### N#: Junior Executive
  • 3. Objective brief
    It is our mission to observe and test gas efficiency inside Bunsen Burners. We must find out what type of flame is the most efficient and energy saving. We have 3 periods to analyse and publish our findings, which could provide you and your families information about gas and energy. By using our research, you could save money per year and help us prevent energy wastage around the globe.
  • 4. Experiment Aims
    We aim to prove the difference between a high heat bunsen burner and a low heat, and compare the energy usage and the temperature increase speed.
    By using our information, this data could then be used for gas stoves, barbeques and petrol for cars.
    As an elite small group, we will provide lab-tested results quickly and efficiently for free, giving the world vital info regarding energy usage.
  • 5. Hypothesis
    We expect the high heat gas flame to heat, fill and
    evaporate faster than the low flame because, as you may
    have noticed, the lower flame would heat slower, fill
    spaces slower and take more time to get liquids and
    gases to the aimed temperature- costing more gas and
    therefore more expense.
  • 6. Experiment 1a
    • Bunsen burner on full gas
    • 7. Beaker filled to 100mL
    • 8. Starting temperature is 24.5°C
    • 9. Finishing temperature is 60°C
    • 10. Time taken to 60°C was 3:20
    E
    F
    G
    °
    °
    A: Bunsen Burner
    B: Tripod
    C: Gauze mat
    D: Beaker
    E: Thermometer
    F: Clamp
    G: Boss head
    H: Retort stand
    D
    °
    °
    C
    B
    H
    A
  • 11. Experiment 1b
    • Bunsen burner on low gas
    • 12. Beaker filled to 100mL
    • 13. Starting temperature is 24.5°C
    • 14. Finishing temperature is 60°C
    • 15. Time taken to 60°C was 11:06
    E
    F
    G
    °
    °
    A: Bunsen Burner
    B: Tripod
    C: Gauze mat
    D: Beaker
    E: Thermometer
    F: Clamp
    G: Boss head
    H: Retort stand
    D
    °
    °
    C
    B
    H
    A
  • 16. Experiment 1 results
    • Experiment a: 100mL x 35.5°C x 4.2 = 4.2Kjs x 3:20=13.44
    • 17. Experiment b: 100mL x 35.5°C x 4.2 = 4.2Kjs x 11:06=46.45
    • 18. The 1st part of the experiment was almost 3 x more efficient than the 2nd part.
    • 19. The 1st part (high gas) cost $0.00104 and 59.2 mL of gas
    • 20. The 2nd part (low gas) cost $0.002743 and 144.66 mL of gas
  • Experiment 2a
    • Bunsen burner on high gas
    • 21. To fill the balloon took 4 seconds
    • 22. The balloon has 74 mL capacity
    • 23. Gas per second: 16.25mL
    B
    A: Bunsen Burner
    B: Balloon
    A
  • 24. Experiment 2b
    • Bunsen burner on low gas
    • 25. To fill the balloon took 5.6 seconds
    • 26. The balloon has 74 mL capacity
    • 27. Gas per second: 12.87mL per second
    B
    A: Bunsen Burner
    B: Balloon
    A
  • 28. Experiment 2 results
    • The high gas measured 100% speed
    • 29. The low gas measured 80% speed
    • 30. The high gas was 3.20 seconds faster at filling the balloon with gas
  • Conclusion
    In conclusion we found that not only is a high gas flame
    more convenient in that it will heat faster it is also more
    cost effective and more efficient than a low gas flame.
    Our conclusion is: if you are ever wanting to heat
    something, inflate and fill, or boil a liquid, use a full gas
    flame.