Treatment With Hydrotreatment Processes TRIZ Cases
- Hydrocracking Feed Upgrading With Supercritical Water HPNA Removal
Supercritical water treats hydrocracked unconverted oil to remove heavy polynuclear aromatics, cutting coke precursors and extending catalyst life.
- Integrated Pygas Depentanization for C5 Hydrocarbon Recovery
Depentanizing pygas before hydrotreatment preserves isoprene, piperylene, and cyclopentadiene while cutting hydrogen use and coke formation.
- Lube Base Oil Fractionation for High-VI Production at Lower Cost
Separating feed into paraffin-rich and paraffin-poor streams enables hydro-processing that raises lube oil viscosity index while lowering cost.
- Hydrocracker Resid Upgrading via Filtration, Aromatics, and Hydrotreating
Filtration, aromatic blending, and hydrotreating stabilize hydrocracker resid, cut sulfur and sediment, and help meet IMO 2020 fuel oil specs.
- Waste Oil Re-Refining for Group III Base Oil Yield and Quality
Independent reaction trains and tuned hydrotreating conditions turn waste oils into on-spec Group III/III+ base oils without sacrificing yield.
- Used Lubricating Oil Hydroprocessing for Blend-Compatible Base Stocks
Tailored demetallization, hydrotreatment, and hydrofinishing raise used oil yield while matching Group II/III blending viscosity and stability.
- Used Lubricating Oil Coprocessing for Group II/III Base Stocks
Co-processing vacuum gas oil with pre-treated used oil raises lubricant-range yield and delivers Group II/III base stocks fit for blending.
- Two-Stage Pyrolysis Oil Upgrading for Higher BTEX Yield
A two-stage slurry reactor route raises BTEX yield from pyrolysis oil by converting multi-ring aromatics under milder catalytic conditions.