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Electropyrolysis of low-octane gasoline vapours

Al'tshuler, V.S. / Sorokin, V.I. / Shafir, G.S.

Abstract 1. 1. With an increase in specific energy lower olefin yield and gas yield increse. 2. 2. With an increase in the temperature of heating of the raw material, ethylene, propylene, butane and divinyl contents and gas yield and, in resin, the content of aromatic hydrocarbons increase. 3. 3. A conducting material can be used as catalyst in pyrolyis. 4. 4. With a specific energy of 0·5 kWh/kg gasoline the extent of gas formation is 79% and ethylene content in the final gas (% wt.) is 31, propylene, 25, butanes and divinyl 13.

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Electropyrolysis of low-octane gasoline vapours

Al'tshuler, V.S. / Sorokin, V.I. / Shafir, G.S.

Abstract 1. 1. With an increase in specific energy lower olefin yield and gas yield increse. 2. 2. With an increase in the temperature of heating of the raw material, ethylene, propylene, butane and divinyl contents and gas yield and, in resin, the content of aromatic hydrocarbons increase. 3. 3. A conducting material can be used as catalyst in pyrolyis. 4. 4. With a specific energy of 0·5 kWh/kg gasoline the extent of gas formation is 79% and ethylene content in the final gas (% wt.) is 31, propylene, 25, butanes and divinyl 13.

Electropyrolysis of low-octane gasoline vapours

Al'tshuler, V.S. / Sorokin, V.I. / Shafir, G.S.

Abstract 1. 1. With an increase in specific energy lower olefin yield and gas yield increse. 2. 2. With an increase in the temperature of heating of the raw material, ethylene, propylene, butane and divinyl contents and gas yield and, in resin, the content of aromatic hydrocarbons increase. 3. 3. A conducting material can be used as catalyst in pyrolyis. 4. 4. With a specific energy of 0·5 kWh/kg gasoline the extent of gas formation is 79% and ethylene content in the final gas (% wt.) is 31, propylene, 25, butanes and divinyl 13.

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Title:

Electropyrolysis of low-octane gasoline vapours

Contributors:

Al'tshuler, V.S. (author) / Sorokin, V.I. (author) / Shafir, G.S. (author)

Published in:

Petroleum Chemistry: USSR (English Translation of Neftekhimiya) ; 10 ; 194-200

Publication date:

1969-11-11

Size:

7 pages

ISSN:

DOI:

https://doi.org/10.1016/0031-6458(70)90081-X

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

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