Keywords: اصلاح بخار متان; Steam treatment; Hydrogen reduction; Ni honeycomb catalyst; Methane steam reforming; Hydrogen production;
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Keywords: اصلاح بخار متان; Solar thermal electricity; Methane decomposition; Direct carbon fuel cells; Hydrogen fuel cells; AFC; Alkaline fuel cell; CSP; Concentrated solar power; DCFC; Direct carbon fuel cell; FC; Fuel cell; HFC; Hydrogen fuel cell; MCFC; Molten carbonates fuel ce
Keywords: اصلاح بخار متان; Flare gas recovery; Methane steam reforming; Membrane reactor; Model development;
Keywords: اصلاح بخار متان; Anatase; Hydrogen evolution; Methane steam reforming; Photocatalysis; Ti3+; Titanium dioxide;
Keywords: اصلاح بخار متان; ATR; Autothermal reforming; BCFZ; Perovskite membrane type with composition of BaCo0.4Fe0.4Zr0.2O3âδ; FBR; Fluidized bed reactor without membrane; FBMR; Fluidized bed membrane reactor; PMAFBR; Perovskite membrane-assisted fluidized bed reactor; MIEC; M
Keywords: اصلاح بخار متان; CFD simulation; Sorption-enhanced membrane reactor; Methane steam reforming; Hydrogen production; Ni catalyst; Na2ZrO3 sorbent;
Keywords: اصلاح بخار متان; Biogas; dry reforming; Methane steam reforming; Hydrogen production; Fuel cell; Economic feasibility;
Keywords: اصلاح بخار متان; Methane steam reforming; Nickel; Rhodium; Tar;
Thermal design of methane steam reformer with low-temperature non-reactive heat source for high efficiency engine-hybrid stationary fuel cell system
Keywords: اصلاح بخار متان; Heat transfer; Computational simulation; Methane steam reforming; Engine out exhausted gases; Hybrid fuel cell system;
Keywords: اصلاح بخار متان; Methane steam reforming; Low steam to carbon ratio; Nickel spinel catalyst; Yttria-stabilized-zirconia (YSZ); Microkinetic; Plug flow reactor; Optimization;
Membrane reformer module with Ni-foam catalyst for pure hydrogen production from methane: Experimental demonstration and modeling
Keywords: اصلاح بخار متان; Membrane reactor; Modeling; Hydrogen production; Methane steam reforming; Pd membrane;
On direct internal methane steam reforming kinetics in operating solid oxide fuel cells with nickel-ceria anodes
Keywords: اصلاح بخار متان; Solid oxide fuel cells; Methane steam reforming; Kinetics; Experimental; Langmuir-Hinshelwood; Power law;
Keywords: اصلاح بخار متان; Methane steam reforming; Microkinetic model; Kinetic isotope effect; Nickel; Rhodium;
Keywords: اصلاح بخار متان; Methane steam reforming; Methane combustion; Surface microkinetic; Catalytic plate reactor; Segmented reforming catalyst; Segmented combustion catalyst;
A comparative parametric study of a catalytic plate methane reformer coated with segmented and continuous layers of combustion catalyst for hydrogen production
Keywords: اصلاح بخار متان; Methane steam reforming; Methane combustion; Microkinetic; Catalytic plate reactor; Segmented combustion catalyst; Parametric study;
Keywords: اصلاح بخار متان; Membrane reactor; Mathematical modeling; Hydrogen production; Packed bed; Methane steam reforming; Averaging;
Keywords: اصلاح بخار متان; Micro-channel reactor; Methane steam reforming; Hydrogen; Catalyst; GTL
Keywords: اصلاح بخار متان; Catalyst design; Reaction-diffusion; Microreactors; Methane steam reforming; CFD
Keywords: اصلاح بخار متان; Methane steam reforming; Methane dry reforming; Carbon deposition; Thermodynamic equilibrium; Solid oxide fuel cell; Anode off-gas recirculation;
Keywords: اصلاح بخار متان; Methane steam reforming; Hydrogen production; Ni nanoparticles; Coke deposition;
Keywords: اصلاح بخار متان; Modeling and simulation; Methane steam reforming; Kinetic model; Open circuit voltage; I-V relation;
Keywords: اصلاح بخار متان; Methane steam reforming; Low operating temperatures; Electric fields; Electrocatalysis; Phase diagram
Keywords: اصلاح بخار متان; Methane steam reforming; Ni catalyst; Rh catalyst; Ceria-zirconia; La dopant;
Keywords: اصلاح بخار متان; Cerium-triethanolamine complex; Metal complex decomposition; Ceria; Platinum-doped ceria; Methane steam reforming
Keywords: اصلاح بخار متان; Methane steam reforming; Natural gas; Coke; Ni catalyst; Rh catalyst; Alkanes
Keywords: اصلاح بخار متان; Hydrogen; Methane steam reforming; Membrane reactor; Autothermal reformer; Model-based optimization; Fuel cells
Keywords: اصلاح بخار متان; Honeycomb-type catalyst; Structured catalyst; Methane steam reforming; Electroless plating; Sol–gel method
Keywords: اصلاح بخار متان; Hydrogen production; Methane steam reforming; Porous medium; Monte Carlo; Local thermal non-equilibrium; Solar energy
Keywords: اصلاح بخار متان; CFD; Reactor design; Validation; Methane steam reforming; Biogas; SOFC;
Keywords: اصلاح بخار متان; Hydrogen production; Methane steam reforming; Solar thermochemical reactor; Porous medium; User defined functions; Monte Carlo
Keywords: اصلاح بخار متان; Microstructured membrane reactor; Palladium membrane; Methane steam reforming; Rh-based catalyst; Compact system; Laser welding
Keywords: اصلاح بخار متان; Purge gas; Catalytic reactor; Pd–Ag membrane; Solid oxide fuel cell; Methane steam reforming
Keywords: اصلاح بخار متان; Thermally coupled reactor; Methane steam reforming; Methane tri-reforming; Synthesis gas; Hydrogen
Keywords: اصلاح بخار متان; Methane steam reforming; Supports; Promoters; Low steam-to-carbon; Catalyst design
Keywords: اصلاح بخار متان; Methane steam reforming; Ceramic microchannel reactor; Computational fluid dynamics;
Fabrication of a regenerable Ni supported NiO-MgO catalyst for methane steam reforming by exsolution
Keywords: اصلاح بخار متان; Exsolution; Regenerable catalyst; Methane steam reforming; NiO-MgO solid solution;
Mini CHP based on the electrochemical generator and impeded fluidized bed reactor for methane steam reforming
Keywords: اصلاح بخار متان; Cogeneration plant; Reformer; Methane steam reforming; Syngas; Fluidized bed; Fuel cells;
Effects of H2S and phenanthrene on the activity of Ni and Rh-based catalysts for the reforming of a simulated biomass-derived producer gas
Keywords: اصلاح بخار متان; Methane steam reforming; Nickel; Rhodium; Tar; H2S;
Methane steam reforming using a membrane reactor equipped with a Pd-based composite membrane for effective hydrogen production
Keywords: اصلاح بخار متان; Methane steam reforming; Membrane reactor; Pre-combustion; Pd-based membrane; Hydrogen; Long-term stability;
Catalytic performance of a high-cell-density Ni honeycomb catalyst for methane steam reforming
Keywords: اصلاح بخار متان; Ni honeycomb catalyst; Methane steam reforming; Hydrogen production; In situ XAFS;
Ni/Y2B2O7 (BTi, Sn, Zr and Ce) catalysts for methane steam reforming: On the effects of B site replacement
Keywords: اصلاح بخار متان; Y2B2O7 pyrochlores; B site replacement; Methane steam reforming; Coking resistance; Defective fluorite;
Effect of Pt doping on activity and stability of Ni/MgAl2O4 catalyst for steam reforming of methane at ambient and high pressure condition
Keywords: اصلاح بخار متان; Methane steam reforming; Ni-Pt Catalyst; MgAl2O4; High pressure activity test;
Hybrid modeling of integrated microchannel methane reformer for miniaturized GTL application using an effectiveness factor submodel based on complex surface chemistry
Keywords: اصلاح بخار متان; Miniaturized gas-to-liquids (GTL); Microchannel reactor; Methane steam reforming; CFD; Complex reaction kinetics; Effectiveness factor;
Carbon-resistant Ni-Zr0.92Y0.08O2-δ supported solid oxide fuel cells using Ni-Cu-Fe alloy cermet as on-cell reforming catalyst and mixed methane-steam as fuel
Keywords: اصلاح بخار متان; Anode-supported cell; Methane steam reforming; On-cell catalyst; Cell performance; Carbon deposition
Methane steam reforming at low temperatures in a BaZr0.7Ce0.2Y0.1O2.9 proton conducting membrane reactor
Keywords: اصلاح بخار متان; Hydrogen production; Methane steam reforming; Ni-based catalyst; Membrane reactor; Proton conductors
Facile synthesis of highly active Rh/Al2O3 steam reforming catalysts with preformed support by flame spray pyrolysis
Keywords: اصلاح بخار متان; Rh/Al2O3; Flame spray pyrolysis; Preformed support; Methane steam reforming; Turnover frequency
Effect of calcination temperature on stability and activity of Ni/MgAl2O4 catalyst for steam reforming of methane at high pressure condition
Keywords: اصلاح بخار متان; Methane steam reforming; Nickel catalyst; Magnesium aluminate spinel; Calcination temperature;
Enhanced catalytic activity of Ni3Al foils towards methane steam reforming by water vapor and hydrogen pretreatments
Keywords: اصلاح بخار متان; Structural catalyst; Ni3Al foil; Methane steam reforming; Water vapor treatment; Hydrogen productionMSR, methane steam reforming; WGS, water gas shift reaction; GHSV, gas hourly space velocity; SEM, scanning electron microscopy; EDS, energy dispersive X-r
Highly active and stable Ni/Y2Zr2O7 catalysts for methane steam reforming: On the nature and effective preparation method of the pyrochlore support
Keywords: اصلاح بخار متان; Pyrochlore support; Glycine-nitrate combustion; Coke resistance; Methane steam reforming; Supported Ni catalysts
High catalytic activity and stability of ZnLaAlO4 supported Ni, Pt and Ru nanocatalysts applied in the dry, steam and combined dry-steam reforming of methane
Keywords: اصلاح بخار متان; Methane dry reforming; Methane steam reforming; Methane combined dry-steam reforming; ZnLaAlO4 support; Nanocatalyst; Temperature-programmed reduction;