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Petroleum Refinery Engineering

Petroleum Refinery Engineering
Catalyst used in catalytic polymerisation which produces polymer gasoline is

AlCl3
H₃PO₄
H₂SO₄
Both A & B

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Petroleum Refinery Engineering
Which of the following is the most widely used cracking process in oil refineries?

Fluidised bed catalytic cracking process
Houdry's fixed bed process
Dubbs process
T.C.C. moving bed process

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Petroleum Refinery Engineering
Maximum viscosity of tar/PCM/fuel oil for easy and efficient atomisation in conventional burner is __________ centistokes (or 100 Redwood I seconds).

100
25
5
50

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Petroleum Refinery Engineering
Petroleum coke is commercially produced by the __________ process.

Hydrocracking
Delayed coking
Fluid catalytic cracking
Visbreaking

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Petroleum Refinery Engineering
Higher boiling fractions like atmospheric residue is distilled under vacuum at low temperature because at high temperature, there is a tendency of the predominance of

Coking
Discoloration
Gum formation
Thermal cracking

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Petroleum Refinery Engineering
Water separometer index (modified) (WSIM) of a petrofuel is the measure of its

Water absorbing capacity from atmosphere
Emulsification tendency
Water content
Water separation characteristics

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