Petroleum Refinery Engineering

A. 1
B. 20
C. 100
D. 500

A. Liquid petroleum gas
B. Liquefied petrol gas
C. Liquid petrol gas
D. Liquefied petroleum gas

A. 0.03
B. 3
C. 35
D. 70

A. Unsaturated hydrocarbon content
B. Calorific value
C. Quantity of propane
D. Quantity of butane

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

A. Olefins into paraffins
B. Naphthenes into aromatics
C. Naphthenes into olefins
D. Naphthenes into paraffin

A. Thermal cracking
B. Gum formation
C. Coking
D. Discoloration

A. Kjeldahl
B. Dumas
C. Bomb calorimeter
D. Junkers calorimeter

A. Dehydrogenation of Naphthene
B. Dehydrogenation of lower paraffins
C. Dehydrocyclization of higher paraffins
D. Isomerisation of paraffins

A. Viscosity
B. Freezing point
C. Calorific value
D. Flash point