Keywords: ترک خوردگی کاتالیزور مایع; Catalyst; Fluid catalytic cracking; Vanadium; Electrokinetic remediation;
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Keywords: ترک خوردگی کاتالیزور مایع; CCR; conradson carbon residue; CGO; coker gas oil; FCC; fluid catalytic cracking; FBP; final boiling point; GC-MS; gas chromatography-mass spectroscopy; HDT; hydrotreating; HDS; hydrodesulfurization; HDN; hydrodenitrogenation; I-CGO; inferior coker gas
Keywords: ترک خوردگی کاتالیزور مایع; Chemical looping; Dual circulating fluidized bed; Riser; CFD; Baffle; Gas-solid contact; CLC; chemical looping combustion; DCFB; dual circulating fluidized bed; CFD; computational fluid dynamics; FCC; fluid catalytic cracking; RNI; radial non-uniformity i
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; Biofuels; Waste cooking oil; Catalyst acidity;
Keywords: ترک خوردگی کاتالیزور مایع; ASTM; American Society for Testing and Materials; CDU; Central Distillation Unit; CERTH; Centre of Research and Technology, Hellas; EIBI; European Industrial Bioenergy Initiative; EU; European Union; FCC; Fluid Catalytic Cracking; FCC HCO; Fluid Catalytic
Keywords: ترک خوردگی کاتالیزور مایع; Enhanced landfill mining; Recycling; Excavated plastics; Pyrolysis; ABS; acrylonitrile-butadiene-styrene; APCr; air pollution control residues; BOD; biological oxygen demand; BPA; bisphenol A; COD; chemical oxygen demand; DEHP; diethyl-hexyl phthalate
Keywords: ترک خوردگی کاتالیزور مایع; CFD; computational fluid dynamics; E-E; Eulerian-Eulerian; FCC; fluid catalytic cracking; KTGF; kinetic theory of granular flow; QUICK; quadratic upstream interpolation for convective kinetics; SIMPLE; semi-implicit method for pressure-linked equation
Keywords: ترک خوردگی کاتالیزور مایع; Riser; Fluid catalytic cracking; Numerical simulation; CFD;
Keywords: ترک خوردگی کاتالیزور مایع; Co-processing; Lipids; Bio-oil; HVO; Biofuels; Hydroprocessing; Fluid catalytic cracking (FCC); Vegetable oils; ACE-Râ¢; Advanced Cracking Evaluation; ACEâ¢; Advanced Catalyst Evaluation; BEA; Zeolite Beta; BTY; Billion Metric Tons per Year; CAPEX; Capi
Keywords: ترک خوردگی کاتالیزور مایع; Fast pyrolysis; Catalytic hydrodeoxygenation (HDO); Catalytic fast hydropyrolysis; Bio-oil; Transportation fuel; AC; Activated carbon; ACI; Acid catalyzed reactions; ACP; Phosphorus activated carbon; BFB; Bubbling fluid bed; CAN; Carbonyl number; CFB; Cir
Keywords: ترک خوردگی کاتالیزور مایع; WCO; waste cooking oil; ATK; acid treated kaolin; CC; petroleum commercial catalyst; OLP; organic liquid product; GHG; greenhouse gas; FCC; fluid catalytic cracking; GC/MS; gas chromatograph/mass spectrometer; DMDS; dimethyl disulphide; ATK-HDO; the integ
Keywords: ترک خوردگی کاتالیزور مایع; Liquid injection; Fluidized bed; Fluid catalytic cracking; Hydrodynamics; Vaporization;
Keywords: ترک خوردگی کاتالیزور مایع; Stainless steel; Corrosion; Bio-oil; Biomass; Co-processing; Fluid catalytic cracking;
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; FCC; Nanoporous materials; Zeolite catalysis; Catalyst testing; FCC additives; Catalyst deactivation;
Keywords: ترک خوردگی کاتالیزور مایع; BET; Brunauer-Emmett-Teller; BTX; Benzene Toluene Xylene; CLR; Chemical Looping Reforming; FCC; Fluid Catalytic Cracking; FT-IR; Fourier Transform Infrared; SNG; Substitute Natural Gas; XRD; X-Ray Diffraction; Tar reforming; Chemical-looping reforming
Keywords: ترک خوردگی کاتالیزور مایع; SOL; structure oriented lumping; MC; Monte Carlo; FCC; fluid catalytic cracking; MIEM; maximum information entropy method; Molecular reconstruction; Structure oriented lumping; Monte Carlo sampling; Shannon's information entropy theory; Optimization;
Keywords: ترک خوردگی کاتالیزور مایع; LCO; light cycle oil; FCC; fluid catalytic cracking; HDS; hydrodesulfurization; SRGO; straight run gas oil; RDS; residue hydrodesulfurization; GO; gas oil fraction; VDS; vacuum gas oil hydrogenation; TEM-EELS; electron energy-loss spectroscopy in transmis
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; Particle attrition; Attrition rate; Attrition source; Surface abrasion; Time-dependent behavior
Keywords: ترک خوردگی کاتالیزور مایع; AR; atmospheric residue; DAO; deaspalted oil; HCO; heavy cycle oil; HICO; heavy Iranian crude oil; FCC; fluid catalytic cracking; LNB; LUKOIL Neftohim Burgas; LP; linear programming; LHSV; liquid hourly space velocity; RPMS; refining and petrochemical mod
Keywords: ترک خوردگی کاتالیزور مایع; LDPE; low density polyethylene; HDPE; high density polyethylene; PP; polypropylene; PVC; poly (vinyl chloride); PS; polystyrene; PET; poly (ethylene terephthalate); MSW; municipal solid waste; MPW; municipal plastic waste; BTX; benzene, toluene and xylene
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; Discrete lumping; Dynamic reactor modeling; Parameter estimation; Optimization
Keywords: ترک خوردگی کاتالیزور مایع; Fluid Catalytic Cracking; Extrudate; ZSM-5; Brønsted acidity; Lewis acidity
Keywords: ترک خوردگی کاتالیزور مایع; Fast pyrolysis; Pyolysis-oil; Fluid catalytic cracking; Gasoline; Guaiacol; NMR;
Keywords: ترک خوردگی کاتالیزور مایع; Fluid Catalytic Cracking; Infrared microscopy; Zeolites; Deactivation; Acidity;
Keywords: ترک خوردگی کاتالیزور مایع; Competitive adsorption effects; Hydrogen transfer reaction; Dehydrogenation condensation reaction; Coker gas oil; Fluid catalytic cracking;
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; Fluidized bed; FCC catalyst; Particle attrition; Attrition rate; Attrition source
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; Matrix; Precracking; Large hydrocarbons; Catalysis relay
CFD simulation of gas-solid flow patterns in a downscaled combustor-style FCC regenerator
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; Combustor-style regenerator; Large-diameter fluidized bed; Hydrodynamics; Gas-solid flow pattern; Recirculated catalyst;
Numerical comparison of two modes of gas-solid riser operation: Fluid catalytic cracking vs CFB combustor
Keywords: ترک خوردگی کاتالیزور مایع; Fluidization; Computational fluid dynamics; Simulation; Fluid catalytic cracking; Circulating fluidized bed; Choking;
CFD study: Effect of pulsating flow on gas-solid hydrodynamics in FCC riser
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; Riser; Pulsating flow; Computational fluid dynamics;
Application of the MP-PIC method for predicting pneumatic conveying characteristics of dilute phase flows
Keywords: ترک خوردگی کاتالیزور مایع; BGK; Bhatnager Gross and Krook; CFD; computational fluid dynamics; CFD-DEM; CFD-discrete element method; CFL; Courant-Friedrichs-Lewy; CPFD; computational particle fluid dynamics; DDPM-KTGF; dense discrete phase model incorporated with kinetic theory of g
Fast pyrolysis oil from pinewood chips co-processing with vacuum gas oil in an FCC unit for second generation fuel production
Keywords: ترک خوردگی کاتالیزور مایع; Refining; Co-processing; Fluid catalytic cracking; Biofuels; Bio-oil;
Comprehensive GCÂ ÃÂ GC chromatography for the characterization of sulfur compound in fuels: A review
Keywords: ترک خوردگی کاتالیزور مایع; AED; atomic emission detector; CFT; capillary flow modulator; FCC; fluid catalytic cracking; FID; flame ionization detector; FPD; flame photometric detector; GCÃGC; comprehensive gas chromatography; HT GCâÃâGC; high temperature comprehensive gas chr
Catalytic deactivation pathways during the cracking of glycerol and glycerol/VGO blends under FCC unit conditions
Keywords: ترک خوردگی کاتالیزور مایع; HMFI and HFAU zeolites; Steaming; Coke fowling; Fluid catalytic cracking; Deactivation; Glycerol;
Catalytic cracking of light diesel over Au/ZSM-5 catalyst for increasing propylene production
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; ZSM-5; Gold modification; Propylene selectivity; Micro-activity test;
Oxy-combustion power plant integration in an oil refinery to reduce CO2 emissions
Keywords: ترک خوردگی کاتالیزور مایع; AD; atmospheric distillation; ASU; air separation unit; BOF; basic oxygen furnace; CAPEX; capital expenditure; CCS; carbon capture and storage; CCP; CO2 Capture Project; CHP; combined heat and power; COP; coefficient of performance; CP; heat capacity flow
Dual coke deactivation pathways during the catalytic cracking of raw bio-oil and vacuum gasoil in FCC conditions
Keywords: ترک خوردگی کاتالیزور مایع; Biomass pyrolysis; Bio-oil; Fluid catalytic cracking; Coke deactivation; HY zeolite;
Comparative thermodynamic analysis of biomass gasification-based light olefin production using methanol or DME as the platform chemical
Keywords: ترک خوردگی کاتالیزور مایع; ASU; air separation unit; DME; dimethyl ether; DTG; dimethyl ether-to-gasoline; DTO; dimethyl ether-to-olefins; FCC; fluid catalytic cracking; FT; Fischer Tropsch; FTO; Fischer Tropsch-to-olefins; GHG; greenhouse gas; HHV; higher heating value; HVC; high-
Computational fluid dynamic modelling of FCC riser: A review
Keywords: ترک خوردگی کاتالیزور مایع; Fluid catalytic cracking; Riser; Hydrodynamics; Computation; Simulation;
Iron doped manganese oxide octahedral molecular sieve as potential catalyst for SOx removal at FCC
Keywords: ترک خوردگی کاتالیزور مایع; DeSOx; Manganese oxide; Fluid catalytic cracking
Co-processing raw bio-oil and gasoil in an FCC Unit
Keywords: ترک خوردگی کاتالیزور مایع; Refining; Co-processing; Fluid catalytic cracking; Biofuels; Bio-oil
Texture, acidity and fluid catalytic cracking performance of hierarchical faujasite zeolite prepared by an amphiphilic organosilane
Keywords: ترک خوردگی کاتالیزور مایع; Zeolites; Faujasite; Fluid catalytic cracking; Mesoporosity; Acidity; Yield
Selective adsorption of thiophene using a HIPZD additive in FCC
Keywords: ترک خوردگی کاتالیزور مایع; Thiophene; Benzothiophene; Fluid catalytic cracking; Sulfur reduction; FCC additive;
Optimal design of catalytic distillation columns: A case study on synthesis of TAEE
Keywords: ترک خوردگی کاتالیزور مایع; 2M1B; 2-methyl-1-butene; 2M2B; 2-methyl-2-butene; 2Mthp; 2-methylpentane; 2M2P; 2-methyl-2-pentene; CD; catalytic distillation; ETBE; ethyl tert butyl ether; EQ; equilibrium stage; EtOH; ethanol; FCC; fluid catalytic cracking; IA; Isoamylenes, 2M1B and 2M
Geopolymers based on spent catalyst residue from a fluid catalytic cracking (FCC) process
Keywords: ترک خوردگی کاتالیزور مایع; Geopolymer; Fluid catalytic cracking; Catalyst residue; Zeolites;
Catalytic hydropyrolysis of biomass using supported CoMo catalysts - Effect of metal loading and support acidity
Keywords: ترک خوردگی کاتالیزور مایع; Biomass; Molybdenum sulfide; Hydrodeoxygenation; Zeolite; Biofuel; AED; Atomic emission detector; BET; Brunauer-Emmett-Teller; CUS; Coordinatively unsaturated sites; daf; Dry, ash free basis; db; Dry basis; DDO; Direct deoxygenation; diAro; Diaromatic
A systematic model-based analysis of a downer regenerator in fluid catalytic cracking processes
Keywords: ترک خوردگی کاتالیزور مایع; Model-based analysis; Downer regenerator; Fluid catalytic cracking; Performance analysis
Conversion of low density polyethylene into fuel through co-processing with vacuum gas oil in a fluid catalytic cracking riser reactor
Keywords: ترک خوردگی کاتالیزور مایع; Vacuum gas oil; Polyethylene; Fluid catalytic cracking; Riser reactor; FCC catalyst
Crucial technologies supporting future development of petroleum refining industry
Keywords: ترک خوردگی کاتالیزور مایع; Residue; Asphaltenes; Gasoline; Diesel; Catalytic hydrogenation; Fluid catalytic cracking; Propylene
The combined effect of sodium and vanadium contamination upon the catalytic performance of USY zeolite in the cracking of n-butane: Evidence of path-dependent behavior in Constable–Cremer plots
Keywords: ترک خوردگی کاتالیزور مایع; USY zeolite; Sodium contamination; Vanadium contamination; n-butane cracking; n-butane dehydrogenation; Apparent activation energy; Isopropylamine decomposition; Fluid catalytic cracking; Constable–Cremer plot; Isokinetic relation