GT-TransAlk produces benzene and xylenes from toluene and/or heavy aromatics streams. The technology features a proprietary catalyst and can accommodate varying ratios of feedstock while…
Tag: Aromatics
GT-STDP process technology produces benzene and paraenriched xylenes from toluene disproportionation. The technology features a proprietary catalyst with high activity and selectivity toward paraxylene. The…
GT-TransAlk process technology produces benzene and xylenes through transalkylation of the methyl groups from toluene and/or heavy aromatics streams. The technology features a proprietary zeolite…
To reduce olefinic content in either a heavy reformate feed or an aromatic extract feed using ExxonMobil Chemical’s Olgone process. Olgone is an alternative solution…
Recovery via extraction of high-purity C6–C9 aromatics from pyrolysis gasoline, reformate, coke oven light oil and kerosine fractions. Hydrocarbon feed is pumped to the liquid-liquid…
The UOP Extractive Distillation (ED) Sulfolane process recovers high-purity aromatics from hydrocarbon mixtures by extractive distillation. Extractive Distillation is a lower cost, more suitable option…
Recovery of high-purity aromatics from reformate, pyrolysis gasoline or coke-oven light oil using extractive distillation. In Uhde’s proprietary extractive distillation (ED) Morphylane process, a single-compound…
The DISTAPEX process uses extractive distillation to recover individual aromatics from a heart-cut feedstock containing the desired aromatic compound. The feedstock enters the extractive distillation…
The UOP Sulfolane process recovers high-purity C6 – C9 aromatics from hydrocarbon mixtures, such as reformed petroleum naphtha (reformate), pyrolysis gasoline (pygas), or coke oven…