GT-BTX is an aromatics recovery technology that uses extractive distillation (ED) to purify benzene, toluene and xylene (BTX) from refinery or petrochemical aromatic streams such…
Advanced Pygas Upgrading (APU) is a catalytic process technology developed by SK Corp. and is exclusively offered by Axens to convert pyrolysis (ex steam cracking)…
To produce petrochemical-grade benzene, toluene and xylenes (BTX) via the aromatization of propane and butanes using the BP-UOP Cyclar process. The process consists of a…
To produce reformate, which is concentrated in benzene, toluene and xylenes (BTX) from naphtha and condensate feedstocks via a high-severity reforming operation with a hydrogen…
To produce high yields of benzene, toluene, xylenes (BTX) and hydrogen from hydrotreated naphtha via the CCR Aromizing process coupled with RegenC continuous catalyst regeneration…
The Badger BPA technology is used to produce high-purity bishenol A (BPA) product suitable for polycarbonate and epoxy resin applications. The product is produced over…
The DX process was developed to convert ethylbenzene (EB) contained in the C8 aromatic feedstocks to high-purity benzene plus ethane, and upgrade the mixed xylenes…
GT-BenZap is suggested for refineries limited by economies of scale required for benzene extraction or for units located in remote areas away from benzene consumers.…
The sulfolane extractive distillation (SED) process uses a complex solvent system composed of sulfolane (as the main solvent) and a co-solvent. The SED process can…
To produce high-purity benzene and heavier aromatics from toluene and heavier aromatics using the Detol process. The process has also been applied to pyrolysis gasoline…