Petroleum Refinery Engineering

A. Fluid catalytic cracking
B. Visbreaking
C. Propane deasphalting
D. None of these

A. Platinum on alumina
B. Nickel
C. Iron
D. Aluminium chloride

A. Stiffness
B. Lubricating properties (e.g. oilness)
C. Service temperature
D. Variation in viscosity with temperature

A. Flash point
B. Preheating temperature corresponding to viscosity of 25 centistokes
C. Flame temperature
D. Fire point

A. Deoiling
B. Solvent refining
C. Clay treatment
D. Hydro-treatment

A. Is optically active
B. Constitutes mainly of olefins
C. Does not contain asphalt
D. Does not contain aromatics

A. Diesel
B. Petrol
C. Kerosene
D. Fuel oil

A. Octane number
B. Lead susceptibility
C. Gum forming tendency & thoroughness of refining
D. None of these

A. Catalytic cracking
B. Catalytic reforming
C. Hydrotreating
D. Alkylation

A. Paraffins
B. Olefins
C. Naphthenes
D. None of these