Keywords: اصلاح بخار متانول; Methanol steam reforming; Hydrogen; Copper-based catalyst; Hydrotalcite; Sorption enhanced reaction;
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Keywords: اصلاح بخار متانول; Hydrogen production; Silica membrane reactor; Modeling; Artificial neural network; Methanol steam reforming;
Keywords: اصلاح بخار متانول; Hydrogen; Water gas shift reaction; Methanol steam reforming; Sorption-enhancement; CO2 adsorption; Thermodynamic analysis;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Catalyst support; Porous copper fiber sintered felt; Gradient porosity; Flow distribution; Structure optimization;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Micro-fibrous catalyst support; Porous copper fiber sintered felt; Structure optimization; Porosity configuration;
Effects of flow and operation parameters on methanol steam reforming in tube reactor heated by simulated waste heat
Keywords: اصلاح بخار متانول; Methanol steam reforming; Hydrogen production; Waste heat; Tube reactor;
Stacked etched aluminum flow-through membranes for methanol steam reforming
Keywords: اصلاح بخار متانول; Microreactor; Flow-through catalyst membrane reactor; Microchannel; Methanol steam reforming; Anodized alumina;
Keywords: اصلاح بخار متانول; Microreactor; Methanol steam reforming; Catalyst support; Metal foams; Hydrogen production;
Keywords: اصلاح بخار متانول; Trigeneration system; Methanol steam reforming; Fuel cell; Solar fuel;
Heat and fuel coupled operation of a high temperature polymer electrolyte fuel cell with a heat exchanger methanol steam reformer
Keywords: اصلاح بخار متانول; HT-PEM; Methanol steam reforming; Coupling; Heat utilization; PBI-membrane; Heat exchanger reactor;
Synergetic integration of a methanol steam reforming cell with a high temperature polymer electrolyte fuel cell
Keywords: اصلاح بخار متانول; Methanol steam reforming; HT-PEMFC; Heat integration; H2 production;
Keywords: اصلاح بخار متانول; Single atom alloys; Gold; Palladium; Supported single atom catalysts; Water-gas shift; Methanol steam reforming; Ethanol dehydrogenation; Butadiene hydrogenation;
Hydrogen production via methanol steam reforming over Ni-based catalysts: Influences of Lanthanum (La) addition and supports
Keywords: اصلاح بخار متانول; Hydrogen production; Methanol steam reforming; Lanthanum; Ni-based catalyst; Supports;
Modeling and 3D-simulation of hydrogen production via methanol steam reforming in copper-coated channels of a mini reformer
Keywords: اصلاح بخار متانول; Microreactor; Methanol steam reforming; Hydrogen production; Modeling; Copper-based catalysts;
Keywords: اصلاح بخار متانول; Modelling; CO poisoning; Methanol steam reforming; Integration; HT-PEMFC; Stack;
Performance assessment and evaluation of catalytic membrane reactor for pure hydrogen production via steam reforming of methanol
Keywords: اصلاح بخار متانول; Hydrogen production; Modeling; Methanol steam reforming; Membrane reactor; Catalyst;
Keywords: اصلاح بخار متانول; ATR; Autothermal reforming; CFBMMR; Cascading fluidized-bed membrane methanol reactor; CMR; Catalytic membrane reactor; CR; Conventional Reactor; CVD; Chemical vapor deposition; Da; Damkohler number; DME; Dimethyl ether; DR; Dry reforming; EAR; Ethanol au
Keywords: اصلاح بخار متانول; Kinetics model; Methanol steam reforming; Hydrogen production; Fluidized bed reactor;
Keywords: اصلاح بخار متانول; Hydrogen production; Methanol steam reforming; Carbon; Bimetallic catalyst; Membrane catalytic system
Keywords: اصلاح بخار متانول; Hydrogen production; Methanol steam reforming; Cold gas dynamic spray; Catalyst coating; Plate-type reactor;
Keywords: اصلاح بخار متانول; Micro-channel; Micro-porous surface; Layered powder sintering; Methanol steam reforming; Hydrogen production;
Keywords: اصلاح بخار متانول; Solar hydrogen production; Solar receiver/reactor; Methanol steam reforming; Solar fuels
Keywords: اصلاح بخار متانول; Solar hydrogen production; Solar receiver/reactor; Methanol steam reforming; Mathematical model;
Keywords: اصلاح بخار متانول; Cu–Zr inverse model system; Methanol steam reforming; Water activation; Surface redox chemistry; Phase boundary; Chemical vapor deposition
Keywords: اصلاح بخار متانول; Mesh; Microchannel cross-section; Microchannel distribution; Methanol steam reforming;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Kinetic modelling; Packed-bed reactor; Reactor design; Reactor intensification;
Keywords: اصلاح بخار متانول; Hydrogen production; Methanol steam reforming; Plant-scale fixed-bed reactor; Two-dimensional model;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Reactor; Fractal; Tree; Microchannel
Keywords: اصلاح بخار متانول; Methanol steam reforming; Catalysis; Copper; Ceria; Gallium; Kinetic modeling
Keywords: اصلاح بخار متانول; Methanol steam reforming; Catalyst support; Porous copper fiber sintered felt; Heat and mass transfer; Porosity
Keywords: اصلاح بخار متانول; Hydrogen production; Methanol steam reforming; Bimetallic catalyst; Cu–Ni; ZrO2
Keywords: اصلاح بخار متانول; Catalyst; Catalytic multichannel reactor; Methanol steam reforming; Hydrogen production; Catalytic methanol combustion; Overall efficiency;
Keywords: اصلاح بخار متانول; Copper–silica aerogel catalyst; Cogelation; Ambient pressure drying; Methanol steam reforming; CO selectivity
Keywords: اصلاح بخار متانول; Silica membrane reactor; Simulation study; Hydrogen production; Methanol steam reforming
Keywords: اصلاح بخار متانول; In situ photoelectron spectroscopy; High-resolution electron-energy-loss spectroscopy; Methanol steam reforming; Model catalysts
Keywords: اصلاح بخار متانول; Methanol steam reforming; Catalyst support; Porous copper fiber sintered felt; Gradient porosity;
Keywords: اصلاح بخار متانول; Microchannel; Non-uniform distribution; Cross-section; Methanol steam reforming;
Keywords: اصلاح بخار متانول; Distributed hydrogen production; Methanol steam reforming; Volumetric power density; Membrane reactor; Reactive flash volatilization
Keywords: اصلاح بخار متانول; Distributed hydrogen production; Methanol steam reforming; Membrane reactor; Reactive flash volatilization; Maxwell-Stefan diffusion; Heat and mass transfer
Keywords: اصلاح بخار متانول; ZnO nanorods; Methanol steam reforming; Cu/ZnO nanocatalysts; Hydrogen production
Keywords: اصلاح بخار متانول; Non-uniform catalysis; Cold spot temperature; Temperature profile; Plate-type reactor; Methanol steam reforming;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Coprecipitated Cu catalyst; Zirconia support; Lifetime; Hydrogen production
Keywords: اصلاح بخار متانول; Proton exchange membrane fuel cell; Thermoelectric cogeneration system; Methanol steam reforming; Methanol conversion rate;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Hydrogen production; Fixed bed reactors; Membrane reactors;
Keywords: اصلاح بخار متانول; Cu-ZnO microballs; Methanol steam reforming; Activation energy; Hydrogen production;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Catalyst distribution; Temperature profile; Plate-type reactor;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Microreactor; Constructal; Tree-shaped;
Keywords: اصلاح بخار متانول; Methanol steam reforming; Catalyst; Gallium promoted; Hydrogen production; Kinetic model;
The role of samarium on Cu/Al2O3 catalyst in the methanol steam reforming for hydrogen production
Keywords: اصلاح بخار متانول; Samarium role; Methanol steam reforming; Hydrogen production; Copper-based catalysts;
Methanol steam reforming over Ni-CeO2 model and powder catalysts: Pathways to high stability and selectivity for H2/CO2 production
Keywords: اصلاح بخار متانول; Methanol steam reforming; Nickel; Ceria; In-situ XRD; Ambient-pressure; XPS; DRIFTS;