Conversion of atmospheric and vacuum residues, hydrotreated and hydrocracked resids, asphalt, pyrolysis tar, decant oil, visbroken or coal tar pitch, solvent-refined and Athabasca bitumen. Feedstock…
The coking process involves cracking of heavy residual oils into more valuable gasoil, distillate, naphtha and LPG products. Coke is also produced. Normal feeds include…
Upgrade residues to lighter hydrocarbon fractions using the Selective Yield Delayed Coking (SYDEC) process. Charge is fed directly to the fractionator (1) where it combines…
The UOP CCR Platforming process is used throughout the world in the petroleum and petrochemical industries. It produces feed for an aromatics complex or a…
Upgrade various types of naphtha to produce high-octane reformate, BTX and LPG. Two different designs are offered. One design is conventional where the catalyst is…
Selective conversion of heavy feedstocks into petrochemical products Based on the R2R resid fluid catalytic cracking (RFCC) process using a riser and a double regenerator…
Selective conversion of gasoil and heavy residual feed-stocks. For residue cracking the process is known as R2R (reactor–2 regenerators). Catalytic and selective cracking occurs in…
Topsøe’s FCC pretreatment technology is designed to treat a wide variety of feedstocks ranging from gasoils through heavy-vacuum gas oils and coker streams to resids.…
Conversion of low-value residual feeds and deasphalted oils from heavy crudes to high-valued light olefins, gasoline and distillates. The converter is a one-piece modularized unit…
MAXOFIN FCC offers refiners greater returns by maximizing propylene yields from FCC feedstocks. Over 20 wt% propylene yield can be produced from gasoils by combining…