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0.04 n-Butane 0.04 1-Pentene 0.20 other Pentenes 0.16 i-Pentane 0.01 n-Pentane 0.32 further C₆ HC 0.48 Methylcyclopentene 0.12 1-Hexene 1.79 Methylcyclopentane 0.07 other Hexenes 0.24 n-Hexane 1.08 Methylcyclohexene 0.84 other C₇ HC 0.86 1-Heptene 2.50 Methylcyclohexane 0.33 n-Heptane 2.34 1-Octene 2.59 other C₈ HC 2.59 n-Octane 2.63 1-Nonene 3.59 other C₉ HC 3.42 n-Nonane 3.02 other C₁₀ HC 1.40 1-Decene 3.96 n-Decane 3.34 1-Undecene 3.48 other C₁₁ HC 1.45 n-Undecane 2.88 1-Dodecene 3.45 other C₁₂ HC 1.75 n-Dodecane 3.41 1-Tridecene 3.56 other C₁₃ HC 2.04 n-Tridecane 3.73 other C₁₄ HC 2.16 1-Tetradecene 3.61 n-Tetradecane 3.64 other C₁₅ HC 1.45 1-Pentadecene 3.33 n-Pentadecane 3.58 other C₁₆ HC 1.23 1-Hexadecene 2.76 n-Hexadecane 3.58 other C₁₇ HC 0.73 1-Heptadecene 2.18 n-Heptadecane 3.43 other C₁₈ HC 0.17 1-Octadecene 1.24 n-Octadecane 3.07

Table 1.6 Feed materials, gas mixture (93).

Compound	Amount/[%]	Compound	Amount/[%]
H2	0.22	CH4	3.65
C2H6	8.89	C2H4	2.76
C3H8	13.16	C3H6	13.78
i–C4H10	0.22	n–C4H10	9.31
1–C4H8	7.83	i–C4H8	3.14
2–C4H8t	1.80	i–C4H8c	1.31
C4H6	0.93	i–C5H12	0.47
n–C5H12	11.51	C5H10	10.60
Benzene	0.71	C6H12	9.71

Table 1.7 Cracked products from gas material and naphtha (93).

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Compound	Steam cracker Amount/[%]	Naphtha Amount/[%]
CO	0.1	0.2
H2	0.7	1.0
CH4	10.7	14.6