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The revamp recovered more than 11 kBPD of incremental diesel from FCC feed and reduced vacuum residue (VR) yield by 5 kBPD while concurrently increasing the capability to process refinery gasoil (RGO) and excess atmospheric residue (AR) from other crude units in the refinery.
The revamp recovered more than 11 kBPD of incremental diesel from FCC feed and reduced vacuum residue (VR) yield by 5 kBPD while concurrently increas- ing the capability to process refinery gasoil (RGO) and excess atmospheric residue (AR) from other crude units in the refinery.
Focused revamp increases diesel and HVGO recovery ... Proactively preventing reactor runaway events ... Olefins production pathways with reduced CO2 emissions ... Using hydrogen in fuel to eliminate CO2 emissions in fired heaters ... Structured catalyst reactor system for steam methane reforming ...
🏭 BRAND NEW ARTICLE OUT NOW IN PTQ Q3: Hydrogen recovery from ROG Part 2: membrane separation and compression. Using next-generation separation membranes to recover unused hydrogen. By Zach ...
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8,112 followers. 2d. 🗞 CHECK THIS OUT: If you've read Part I, don't miss Part 2: Debottlenecking product recovery using product pair distillation: Advantages of using a thermodynamically...
LATEST ARTICLE FROM PTQ Q3: Find out how refiners have the best opportunity to maximise return through identification of creative solutions during a focused capital revamp.
