Individual Sample Fuel Mixture Composition Data

fuel mixture :

Diesel (#2) Fuel Oil

sample # :

16/sample 8

from :

Chevron Corporation, unpublished results, 1991

weight

number of

compound class

carbon #

compound

percent

data points

flag(s)

Alkyl-Monoaromatics

Total Alkyl-Monoaromatics

2.3E+00

%

1

12

Cycloalkanes

Total Dicycloalkanes

1.8E+01

%

1

12

Total Monocycloalkanes

2.2E+01

%

1

12

Total Tricycloalkanes

6.4E+00

%

1

12

Inorganics

Total Nitrogen

6.1E-03

%

1

12 4

Total Sulfur

1.2E-02

%

1

12 4

Monoaromatics

Total Indenes

8.0E-01

%

1

12

10

Total Indans and Tetralins

1.8E+00

%

1

12

Naphthalenes

Total Naphthalenes

1.3E+00

%

1

12

10

Naphthalene

1.0E-01

%

1

12

Polynuclear Aromatics

Total Acenaphthenes

1.1E+00

%

1

12

Total Acenaphthylenes

9.0E-01

%

1

12

Total Aromatics

Total Aromatics

8.3E+00

%

1

12

Total Aromatics by HPLC

1.4E+01

%

1

12 7

Total Cycloalkanes

Total Cycloalkanes

4.7E+01

%

1

12

Total Diaromatics (Including

Total Diaromatics (Including Naphthalenes)

3.4E+00

%

1

12

Total Monoaromatics

Total Monoaromatics

4.9E+00

%

1

12

Total n-Alkanes

Total n-Alkanes

1.4E+01

%

1

12

Total Straight-Chain and Branched

Total Straight-Chain and Branched Alkanes

4.5E+01

%

1

12

Total Straight-Chain and Branched Alkanes by

7.2E+01

%

1

12 7

flag(s)

12

Data was provided in a table format only. Quality control was not reviewed.

4

Data was converted using formula WT%=ug/g*10-4.

7

Data was converted using formula WT%=vol%*d(analyte)/d(product), assuming d(aromatic,olefins)=0.867g/mL, d(alkanes)=0.73mg/L, d(PAHs)=1.26mg/L,

d(lube oil)=0.89mg/L, d(fuel#2, crude, JP fuel)=0.8762

13

Unit conversion is inexact. Ratio of aromatics and PAHs is unknown. Data was converted assuming all aromatics to be monoaromatics.

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