A. Organic rock
B. Chemical rock
C. Clastic rock
D. All of the above
Submitted by: Sajjad Ali Tagar
Petroleum Refinery Engineering
Petroleum Refinery Engineering
A. Sedimentary rock
B. Igneous rock
C. Metamorphic rock
D. None of these
Submitted by: Sajjad Ali Tagar
A. Drill line system
B. Dogleg severity
C. Drill line stream
D. All of Above
Submitted by: Sajjad Ali Tagar
A. Run in hole
B. Rip in hole
C. Rest in hole
D. None of these
Submitted by: Sajjad Ali Tagar
A. Effective Source Rock
B. Potential Source Rock
C. Unconventional Source Rock
D. All of above
Submitted by: Sajjad Ali
A. A pale color of petroleum product indicates lower viscosity
B. Color of petroleum products indicates the degree of refinement
C. Lighter petroleum distillates are lighter in color than the heavier residual oils
D. Fluorescence of oils helps to detect its adulteration
A. Higher temperature is employed in visbreaking than in thermal cracking
B. Pyrolysis is a mild thermal cracking process
C. Lead susceptibility of petrol produced by catalytic process is more than that produced by
thermal cracking
D. Operating pressure and temperature in thermal cracking process is more than that in catalytic
cracking process
A. Higher specific gravity of petroleum products means higher C/H ratio
B. Aromatics have lower specific gravity than corresponding paraffins
C. Hydrocarbons of low specific gravity (e.g., paraffins) possess the maximum thermal energy per unit volume
D. Hydrocarbons of high specific gravity (e.g., aromatics) possess the maximum thermal energy per unit weight
A. °API gravity
B. Specific gravity
C. Viscosity
D. Flashpoint
A. Alkylation produces a larger iso-paraffin (having higher octane number) from the reaction of an olefin with smaller iso-paraffin
B. Catalytic alkylation processes use HF, AlCl3 & H2SO4 as Catalysts
C. All the alkylation processes use very high temperature (> 1000°C)
D. Gasoline having an octane number of 90 can be produced by alkylation process
