Petroleum Refinery Engineering |
A. Stabilisation
B. Visbreaking
C. Cracking
D. Reforming
A. 0-5
B. 20-25
C. 60-75
D. 100-120
A. Aromatics
B. i-paraffins
C. Naphthenes
D. Olefins
A. Thermal cracking
B. Gum formation
C. Coking
D. Discoloration
A. α-methyl naphthalene
B. 2-2-4 tri methyl pentane
C. 1, 3 butadiene
D. Tetra methyl ethylene
A. Furfural
B. Propane
C. Liquid SO2
D. Phenol
A. H2SO4
B. H3PO4
C. HF
D. AlCl3
A. Catalytic cracking
B. Catalytic reforming
C. Hydrotreating
D. Alkylation
A. Low porosity
B. High permeability
C. High porosity
D. Both B. and C.
A. Propane & butane
B. Butane & ethane
C. Methane & ethane
D. Methane & carbon monoxide