OBSC

office (419) 994-0405
cell (419) 908-7663
obsc@[remove]ohiobiosystems.org

National Transportation Energy Program

 

E85 Facts

E85 Research Videos, UnTruths -n- Truths:
(you'll be a little surprised - maybe not)

Video/e85untruthsntruths.mp4

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Phd. Analytics:

From:                                         Jeff Weidenhamer [ashland.edu]Sent:                                           Thursday, April 23, 2009 11:46 AM
To:                                               Glenn Chipner

Subject:                                     RE: Jeff Weidenhamer, Ph.D. PON; brief report on the experiment I ran this week [Budget Proposal for Submission...]

Attachments:  Report_042309.docx

Ted,

Attached is a brief report on the experiment I ran this week.  This took approx. 3 hours of my time.  I will try to call after lunch to discuss these with you as well as the proposed budget you sent. 


Jeff

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Jeff Weidenhamer, Ph.D.
Professor of Chemistry and
Chair, Department of Chemistry, Geology & Physics

Ashland University
401 College Avenue
Ashland, OH  44805
(419)289-XXXX (o)
(419)289-XXXX (f)

Report, initial tests on evaporative loss of fuelsA.    Materials:  Gasoline (E0) and ethanol (E100) were provided by Marathon Oil Co.  Fuel samples containing 10% (E10), 50% (E50) and 85% (E85) ethanol by volume were prepared by mixing on a volume basis.  Approximately twenty mL of each fuel was placed in a 40 mL headspace vial, capped and the mass of fuel determined by weighing.  Vials were then opened and maintained at 30oC in a water bath for four hours.  The water bath was placed in a fume hood with a constant draw, and the position of vials was randomized.  The experiment was performed in triplicate.  After four hours, vials were capped and reweighed to determine the mass of fuel lost.

1.        Results:
    a.  Gasoline (E0) and E10 showed the greatest evaporative loss under these conditions.  Gasoline mass loss was approximately three times the mass loss of the E85 blend, and more than five times the mass loss of ethanol.  Standard deviations ranged from 0.34% (E50) to 0.69% (E100) for the averaged trials.


Evaporative Analysis