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Petroleum Refinery Engineering

Petroleum Refinery Engineering
Pyrolysis of kerosene or natural gasoline is done to produce mainly the

Diesel
Stabilised gasoline
Lighter paraffins
Olefins and aromatics

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Petroleum Refinery Engineering
Higher pressure in the reforming reactor

Increases coke formation
None of these
Increases the rate of reaction
Produces high octane number gasoline

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Petroleum Refinery Engineering
With increase in the molecular weight of aromatic present in kerosene, its smoking tendency

Increases
Is unpredictable
Remains same
Decreases

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Petroleum Refinery Engineering
In case of liquid petrofuels, momentary combustion is observed at its

Flame temperature
Fire point
Preheating temperature corresponding to viscosity of 25 centistokes
Flash point

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Petroleum Refinery Engineering
Reid vapour pressure of gasoline is the measure of its

Vapour locking tendency
Cloud point
Pour point
Carbon residue

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Petroleum Refinery Engineering
Which of the following reactions is undesirable in the production of catalytically reformed gasoline?

Dehydrogenation of naphthene
Dehydrogenation of lower paraffins
Isomerisation of paraffins
Dehydrocyclisation of higher paraffins

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