In a modern UOP aromatics complex, the TAC9 process is integrated into the flow scheme to selectively convert C9– C10 aromatics into xylenes rather than…
Category: Petrochemical
The Tatoray process produces mixed xylenes and petrochemical grade benzene by disproportionation of toluene and transalklyation of toluene and C9+ aromatics. The Tatoray process consists…
To selectively convert toluene to mixed xylene and high-purity benzene using ExxonMobil Chemical’s Toluene DisProportionation 3rd Generation (MTDP-3) process. Dry toluene feed and up to…
To convert C9+ heavy aromatics, alone or in conjunction with toluene or benzene co-feed, primarily to mixed xylenes using ExxonMobil Chemical’s TransPlus process. Fresh feed,…
To produce mono- (MMA), di- (DMA) and trimethylamines (TMA) from methanol and ammonia. Anhydrous liquid ammonia, recycled amines and methanol are continuously vaporized (1), superheated…
To produce methanol from natural or associated gas feedstocks using two-step reforming followed by low-pressure synthesis. This technology is well suited for world-scale plants. Topsøe…
Production of high-purity methanol from hydrocarbon feedstocks such as natural gas, process offgases and LPG up to heavy naphtha. The process uses conventional steam-reforming synthesis…
To produce federal-grade AA refined methanol from natural gas-based synthesis gas and naphtha using Toyo Engineering Corp.’s (TOYO’s) Synthesis Gas Generation technologies and proprietary MRF-Z…
To produce methanol in a single-train plant from natural gas or oil-associated gas with capacities up to 10,000 mtpd. It is also well suited to…
The Davy Process Technology–Johnson Matthey process is a low-pressure methanol process. The process produces methanol from natural or associated gas via a reforming step or…