... received the Platts Breakthrough of the Year Award for the development of an alternative to traditional liquid alkylation technologies that use hydrofluoric and sulfuric acids as a catalyst. The ISOALKY™ Process Technology provides fuels manufacturers with an option that provides dramatic improvements...

... chromatogram upgrading heavy aromatic stream catalyst viscosity specification asia government selective hydrogenation petrochemical feedstock selectivity us patent 10 di-aromatic conversion compound type wt hydrodearylation saudi aramco temperature F06 INNOVATIVE REFINING TECHNOLOGIES...

... (DMO) and much work has been carried out over the last few years to enhance this capability through process and catalyst modifications. Saudi Aramco's R&DC and JGC C&C, a leading catalyst developer and manufacturer in Japan, have also collaborated to develop a catalyst system to enable...

.../PECR processes. In this paper, different aspects of the three sustainable routes of catalytic conversion of CO 2 to hydrocarbons have been covered, namely, PCR of CO 2 on i) N and Fe co-doped La-NaTaO 3 ii) MgO-La-NaTaO 3 to improve the basicity of the photo catalyst ECR of CO 2 using copper...

... istanbul 2017 homogeneous catalysis refinery hindustan petroleum reactor viscosity catalyst solution conversion Downstream Oil & Gas competitive refining technology stability vacuum residue reservoir simulation catalyst 22nd wpc preprint paper catalyst formulation promising...

... when developing an FCA process is to optimize the reactions of each structure, so we focused on analyzing the components of LCO in detail. Catalyst deactivation due to coke formation is a major issue in the FCA process. To solve it, we employed a circulating fluid-bed reaction system to regenerate...

... facilitated transport membrane separation module, which can allow a substantial increase in the C3 splitter capacity. Also promising is the development of a high selectivity catalyst system to produce propylene from propane via oxidative dehydrogenation and the use of impure propylene to produce solvents. Key...

... of residue. Thus, future crude slate is a key issue facing refiners to invest strategically in order to process larger quantities of sourer crude. Refinery operations have to evolve and include next-generation processes and catalysts to fulfill the demand for high-quality transportation fuels. Since...

...., Japan Abstract The Fluid Catalytic Cracking (FCC) process has undergone a long evolution of hardware and catalyst changes from bed cracking with amorphous catalyst to short contact time riser cracking with sophisticated zeolite catalyst systems. Improvements to the process have provided a wide degree...

...F10 Innovative catalytic processes for hydrocarbon conversion 21st World Petroleum Congress, Moscow 2014 © World Petroleum Council Commercialization of Hybrid Titania catalyst for hydrodesulfurization of diesel oil Akihiro Muto, Research & Development Center, Chiyoda Corporation, Japan Yukitaka...

... with vacuum gas oil (VGO) in an advanced cracking evaluation (ACE-R) unit is carried out at different blending ratios (5:95, 10:90, 15:95 and 20:80). The catalytic cracking was carried out at constant catalyst to oil ratio of 5 with industrially available equilibrium fluid catalytic cracking catalyst (E-CAT...

.... With using of industrial and laboratory created catalysts there were elaborated original approaches to selective conversion of bio-substrates into alkanes, olefins, aromatics and naphthenic hydrocarbons components of gasoline and diesel fractions. It was found the novel reaction of cross-coupling of ethanol...

... Abstract GTL Diesel is the main product of ORYX GTL. This paper is discussing improvements implemented at ORYX GTL in order to maximize this valuable product. Major factors contribute to maximizing GTL Diesel Yield, are mainly HCU reactor catalyst type, HCU reactor conversion and Advanced...

... feedstock catalyst olefin moscow 2014 zeolite Clariant paraxylène reaction selectivity F13 Valorisation of Natural Gas Liquids (NGLs) 21st World Petroleum Congress, Moscow 2014 © World Petroleum Council Technologies for BTX Production from advantaged gaseous Feedstocks Ernst Köhler, Clariant...

...) by producing primarily ethylbenzene, n-propylbenzene and cumene as products of the alkylation reaction. Experiments were performed in a flow-type reactor at a pressure of approximately 6 bar, a reaction temperature of 350 °C and a reactant stream composed of ethane, propane and benzene. The catalyst...

... reactor Chem ethane sod membrane reactor production control Downstream Oil & Gas catalyst dehydrogenation moscow 2014 conversion ethane oxidative dehydrogenation ethane conversion selectivity flow assurance oxidative dehydrogenation valorisation Ethylene oxygen ethane F13...

... to reactor capacities between 20 BPD and 1000 BPD permitted to determine the profiles for gas hold up and liquid velocities as a function of gas flow, catalyst loading, reactor diameter and internals. A hydrodynamic model based on those data led to design a Large Validation Tool, which can reproduce under...

... production route catalyst operation reaction feedstock change byproduct Methanol Ethylene propane dehydrogenation doha 2011 crude oil price motor gasoline Metathesis 20th World Petroleum Congress, Doha 2011 Forum 14: Technology and feedstock changes in petrochemistry © World Petroleum Council...

...20th World Petroleum Congress, Doha 2011 Forum 14: Technology and feedstock changes in petrochemistry © World Petroleum Council Developing New Catalysts for Utilization of Ethylene Gas to Polymer and Oligomer Dr Abdulhamid Alsaygh, King Abdulaziz City for Science & Technology, Saudi Arabia Prof...

.... sustainability feedstock GTL plant social responsibility air emission Efficiency climate change Upstream Oil & Gas reactor Qatar hydrocarbon hydrogen sustainable development naptha natural gas Downstream Oil & Gas forum 03 catalyst doha 2011 diesel economics synga carbon monoxide...