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Extra info for HP's Petrochemical Processes 2005
Raw material consumption per ton of product (with the complete modiﬁcation) is 605 tons of paraxylene and 360 tons of methanol. Dimethyl terephthalate, continued Commercial plants: GT-DMT technology is used by seven DMT producers. Licensor: GTC Technology. Dimethylformamide Application: To produce dimethylformamide (DMF) from dimethylamine ��������� (DMA) and carbon monoxide (CO). ������������ Description: Anhydrous DMA and CO are continuously fed to a specialized reactor (1), operating at moderate conditions and containing a catalyst dissolved in solvent.
Economics: Based on a 300,000-mtpy cumene plant located in the US Gulf Coast, the ISBL investment is about US$15 million. 0 Water, cooling, m3 12 Cumene, continued Commercial plants: Formosa Chemicals & Fibre Corporation, Taiwan— 540,000 mtpy. Licensor: CDTECH, a partnership between ABB Lummus Global and Chemical Research & Licensing. Cumene Application: To produce high-quality cumene (isopropylbenzene) by alkylating benzene with propylene (typically reﬁnery or chemical grade) using liquid-phase Q-Max process based on zeolitic catalyst technology.
The zeolite catalyst is noncorrosive and operates at mild conditions; thus, carbon-steel construction is possible. Catalyst cycle lengths are two years and longer. The catalyst is fully regenerable for an ultimate catalyst life of six years and longer. Existing plants that use SPA or AlCl3 catalyst can be revamped to gain the advantages of Q-Max cumene technology while increasing plant capacity. 7 3 The Q-Max design is typically tailored to provide optimal utility advantage for the plant site, such as minimizing heat input for standalone operation or recovering heat as steam for usage in a nearby phenol plant.