2012 Biodiesel Emissions Testing by 2zn5u0

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									2012 Biodiesel Emissions Testing PPT 3/6/2012 Library 4-5 pm

Data Type
   1. Type of Oil
   2. NOx – Detailed analysis needed for acid rain group (5)
   3. CO- detailed analysis needed for smog group (5)
   4. CO2- detailed analysis needed needed for Group 4 CO2
   5. HCs= detailed analysis needed for smog pollutions
   6. Fuel Consumption- detailed analysis needed for fuel sustainability
   7. Temperature- indicates exothermic reaction; detailed analysis group 12
   8. Idle vs. 2200 rpm- analyze difference- group 10

Team    Focus                   Introduction must emphasize the following
  1     Chemistry               Define/Describe Ethanol * pilot group- no data this
                                year- explain chemical reactions on how etoh is made
                                and contrast to diesel & gas – draw and explain process
  2     Chemistry               Define/Describe Biodiesel – explain transesterification
                                reactions – explain/design a diagram
  3     Chemistry               Research Diesel and other fuels (gasoline) compare the
                                chemical formulas and explain the difference in terms
                                of potential energy (in terms of bond energies)
  4     Biology                 Define Global warming/Ocean Acidification/and CO2
                                emissions- which fuels have the most co2 emissions
                                analyze all data CO2 and ALL its consequences
  5     Biology                 Describe/define Acid rain/ozone depletion (Algae-
                                biodiesel) analyze all NOx data and its environ impact
  6     Biology                 Describe/Define Hydrocarbons pollution and smog
                                consequences and implications of different fuels;
                                analyze all C0 & HC data and its environ impact
  7     Environ. Science        Define Fuel sustainability/describe at least 3 issues with
                                sustainabilty- analyze fuel usage (see fuel consumption
                                data) – see table below – graph (compare)
  8     Environ. Science        Politics (Washington)of fuel usage and trade deficits –
                                at least 3 laws and/or acts, etc.
  9     Environ. Science        Economics of fuel choice research and analyze current
                                prices vs. mpg – graph (comparison); Explain why fuel
                                choice is important in light of world oil reserves
 10     Physics                 Power output of different fuels- determine which would
                                give the most research the topic & analyze idle vs. 2200
                                rpm for all groups
 11     Physics                 Efficiency of different fuels look at fuel consumption –
                                analyze all data in terms of fuel used
 12     Physics                 Conversion of chemical energy to mechanical energy-
                                how does a car work; analyze temperature changes for
                                all groups available
Compiled 2012 DATA

TEAM          Source             CO2              HC        CO          NOx       Temperature     Fuel
                                 % volume         ppm       %           ppm       F0              consumed
                                                            volumes                               g
Idle data     Diesel (control)   2.40             13        .084        42        217 (initial)   Not
2200 rpm                         2.6              18        .109        16        251 (final)     weighed
3             Biodiesel(group    2.62             28        .175        2         122 initial     118
              11’s)                                                               194 final
4&9           Biodiesel (taco    2.45             16        0.110       10        119 initial     113 g
combined      bell)              2.73             31        0.141       0         194 cruising
5             Biodiesel          2.47%vol         18 ppm    .137% vol   25 ppm    106 F           183.00 g
              (hometown                                                           (initial)
              buffet)                                                             225 F (final)
6 & 10        Biodiesel          2.38             14        0.094       33        174 (initial)   176
Idle data     (taco bell)        2.65             22        .136        15        240 (final)
2200 rpm
7             Biodiesel          2.86             23        .71         7                         85
              (Canyon Club)
8             Biodiesel
              Food Truck
12            Biodiesel          2.54             12        .077        32                        113g
Idle date     (fried food        3.03             31        .186        6
2200 rpm      from home

10            Biodiesel          2.45             27        .104        27        112             38g
Idle          (jack in the box   2.87             23        .18         6         194
2220 rpm
11            Hazel- ROP         2.44             24        .13         35        162(initial)    132g
              made biodiesel     2.63             32        .18         7         222 (final)

       Power points slide show must be less than 5 minutes in length; Introduction will
        be limited to a particular aspect. See team groups for emphasis. Materials
        include source of oil.
       Power Points limit to 5 slides- Introduction must have graphics. Explain where
        you got your oil. Add photos if you took some during the process. Results with a
        graph comparing results to commercial diesel (all groups w/ data). Some
        groups needed to compile data of all groups for conclusions and make a
        graph (separate graph). Discussion- explain limitations and improvements main
        conclusions. Please rehearse presentation. No READING ppt.


Group IV Teams-2012 REQUIRED for Internal Assessment

Team        Chemistry                   Physics            Biology               Env.Sci                 Hood
                                                                                                         Use
1      Jenifer Yang              Samantha       Dillon Cruz         Rudia Kim             502
Chem   *pilot of EtOH            Montoya                                                  wk 1
2      Brandon Paseman                          Andres Nuncio       Ethan Newmyer         301
Chem                                                                                     wk 2
3      Ryan Lee                                 David Morison       Nerissa Periola       301
Chem                                                                Nathaniel Velasco     wk3


4      Caroline Ryniec                          Amelie Aguilar      Ruby Victoria         408
Bio                                                                 Anthony Ribal         wk1
5      Seth Gleckman             Francesca      Mailyn Nishiguchi   Christiane Crawford   408
Bio    Pilot Algae diesel        Egger                                                    wk 2

6      Minjong Kim                              Nicole Huynh        Eitan Margolis        408
Bio                                             Erin McDermott      Brianna Russell       wk 3


7      Carlos Ipuz-Rengifo                      Joanna Choi         Na Hyun Jeong         301
Evs    Alexander Mariscal                                                                 wk1
8      Enoch Kim                                Michael Johnson     Ivan Caro             502
Evs    Denis Lee                                                    Juan Villamil         Wk2

9      David Chang                              Stephanie Anaya     Woo Jin Baek          502
Evs                                             Jordan Baluyot      Michael Hyun          wk 3
10     Seung-Taek Oh             Alana Bianes   Aubrey Rafael       Shad Aziz             808
Phys   David Cabinian                                                                     Wk1
11     Alejandra C.              Jesus Caro     Jasmine Eusebio     Danya Deiranieh       808
Phys   Maricarmen Mercado                                                                 wk 2
12     Gabriel Maze-Rogers       Aleksy         Jordan Hill         Andrew Ooi            808
Phys   Austin Watson             Grewal                             Brianna Retes         wk 3

								
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