Keywords: اصلاح کردن متان بخار; Hydrogen; Steam methane reforming; BN-600 sodium-cooled fast reactor
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Keywords: اصلاح کردن متان بخار; Computational fluid dynamics; Steam methane reforming; Steam reforming; Hydrogen; Synthesis gas; Reactor simulation;
Keywords: اصلاح کردن متان بخار; AD; Anaerobic Digestion; BioSNG; Bio Synthetic Natural Gas; CCS; Carbon Capture and Storage; CO2; Carbon Dioxide; GHG; Greenhouse Gas; SGI; Sustainable Gas Institute; SMR; Steam Methane Reforming; TPA; Technology and Policy Assessment; UKERC; UK Energy Re
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Coke resistance; Dry reforming of methane; Alkaline earth metal oxide; Nickel;
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Hydrogen; Energy efficiency; Thermochemical recuperation; Exhaust heat; Synthesis gas;
Keywords: اصلاح کردن متان بخار; Pd/alumina membrane; Steam methane reforming; Membrane reactor; Hydrogen;
Keywords: اصلاح کردن متان بخار; Cumulative energy demand; Harmonisation; Life cycle assessment; Renewable hydrogen; Steam methane reforming;
Keywords: اصلاح کردن متان بخار; ATR; Autothermal reforming; CCS; Carbon capture and storage; GHG; Greenhouse gas; HHV; Higher heating value; POX; Partial oxidation; SMR; Steam methane reforming; Syngas; Synthesis gas; Hydrogen production; Supply chain emissions; Greenhouse gas emissions
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Process modeling; Catalyst deactivation; Optimal control;
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Small-scale reformer; Effectiveness factor; Washcoat catalyst layer; Reaction/diffusion process; Correlation equation;
Keywords: اصلاح کردن متان بخار; %HHV; Efficiency based on higher heating value; CAPEX; Capital expenditure; CCS; Carbon capture and storage; CHP; Combined heat and power; CO2; Carbon dioxide; HIGG; Hydrogen injection into the gas grid; LP; Linear programming; MIGG; Methane injection int
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Indirect internal reforming; Solid oxide fuel cell; Catalytic-coated walls; Catalyst coating design; Hydrogen production;
Keywords: اصلاح کردن متان بخار; Bcm; billion cubic meter; CEC; California Energy Commission; API gravity; American Petroleum Institution gravity; LtCoking; light coking configuration; WWTP; waste water treatment plants; SGP; saturates gas plant; UnSGP; unsaturated gas plant; CW; cooling
Keywords: اصلاح کردن متان بخار; Thermal analysis; Radiation; Monolith; Computational fluid dynamics; Steam methane reforming; Endothermic reaction;
Keywords: اصلاح کردن متان بخار; AIM; Asian-Pacific Integrated Model; ACT; Accelerated Technology Scenario; BaU; Business as Usual Scenario; BEV; Battery Electric Vehicle; BIO; Bioenergy Scenario; CCS; Carbon Capture and Storage; CEA; Early Action Scenario; CCP; Least Cost Scenario; CCSP
Keywords: اصلاح کردن متان بخار; Electrolyser; Coal; Methanol; Ethanol; Natural gas; Alcohol; ACFC; air-carbon fuel cell; AEM; anion exchange membranes; CAWE; carbon/coal assisted water electrolysis and carbon/hydrocarbon assisted water electrolysis; CHP; combined heat and power; COD; ch
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Hydrogen; Energy efficiency; Thermochemical recuperation; Waste-heat; Synthesis gas;
Keywords: اصلاح کردن متان بخار; Silica-alumina membrane; Chemical vapor deposition; Permeance mechanism; Steam methane reforming; Solubility site model;
Keywords: اصلاح کردن متان بخار; Square channel monolith reactor; Analytical model; Steam methane reforming; Computational fluid dynamic; Microscale reactor;
Keywords: اصلاح کردن متان بخار; Steam methane reforming; CFD modeling; Data-based modeling; Process optimization; Furnace balancing;
Keywords: اصلاح کردن متان بخار; Steam methane reforming; CFD modeling; Bayesian modeling; Sparse modeling techniques; Furnace operation; Process safety;
Keywords: اصلاح کردن متان بخار; CFD-DEM; Direct Numerical Simulation (DNS); heat transfer; multiscale; packed bed; reaction rate; steam methane reforming;
Keywords: اصلاح کردن متان بخار; Hydrogen production; Steam methane reforming; Micro-channel reactor; Millisecond contact time; Elevated pressure;
Description of reaction rate for steam methane reforming throughout a channel in combination with diffusion in a porous catalytic wall: Extension to concentration variation along flow direction
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Catalytic wall reactor; Porous catalyst; Rate-determining step; Reaction rate; Diffusion equation;
Numerical study on the effects of the macropatterned active surfaces on the wall-coated steam methane reformer performances
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Hydrogen production; Catalytic layers pattern; Wall-coated reformer; Conversion rate;
Economic evaluation with sensitivity and profitability analysis for hydrogen production from water electrolysis in Korea
Keywords: اصلاح کردن متان بخار; Economic evaluation; Water electrolysis; Cost estimation; Sensitivity analysis; Profitability analysis; Steam methane reforming;
Novel quasi-autothermal hydrogen production process in a fixed-bed using a chemical looping approach: A numerical study
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Chemical looping; Hydrogen; Near zero-CO2 emissions; Fixed-bed reactors network;
Modeling and simulation of an integrated steam reforming and nuclear heat system
Keywords: اصلاح کردن متان بخار; Dynamic modeling; Steam methane reforming; Syngas; Integrated systems; Nuclear heat;
Techno-economic analysis and life cycle assessment of hydrogen production from natural gas using current and emerging technologies
Keywords: اصلاح کردن متان بخار; Hydrogen production; Auto-thermal reforming; Steam methane reforming; Chemical looping;
Keywords: اصلاح کردن متان بخار; ASU; air separation unit; ATR; auto thermal reforming; BR; bi-reforming; CR; combined reforming; DMR; dry methane reforming; GWP; Global Warming Potential; HI; heat integration; LCIA; Life Cycle Impact Assessment; POX; partial oxidation; PSA; pressure swi
Keywords: اصلاح کردن متان بخار; Selective deposition; Egg-shell-type catalyst; Immiscibility; Alumina pellet; Steam methane reforming;
Keywords: اصلاح کردن متان بخار; Steam methane reforming; 1-D modeling; Silica-alumina membrane; Semi-batch membrane reactor; Hydrogen;
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Tubular reactor; Porous medium; Thermochemical energy storage; Total energy efficiency;
Keywords: اصلاح کردن متان بخار; Hydrogen fueling station; Hydrogen economy; Steam methane reforming; Fuel cell vehicle; Shenzhen;
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Noble metal catalyst; Ammonia; Nitrogen impurity
Keywords: اصلاح کردن متان بخار; Small stationary reformer; Stand-alone type; Steam methane reforming; Heat-exchanger type reformer; Hydrogen production rate
Keywords: اصلاح کردن متان بخار; Hydrogen economy; Hydrogen fuel cell vehicles; Social cost-benefit analysis; External costs; Carbon abatement cost; Platinum depletion; CBA; cost-benefit analysis; CCS; carbon capture and storage; ETP; Energy technology perspectives; FCV; fuel cell vehicl
Keywords: اصلاح کردن متان بخار; Coke sensor; Coke formation; Steam methane reforming; Wheatstone bridge; Inkjet printing
Keywords: اصلاح کردن متان بخار; Dry methane reforming; Steam methane reforming; Plantwide control
Keywords: اصلاح کردن متان بخار; Intermediate-temperature solid oxide fuel cells; Anode-supported; Direct internal reforming; Steam methane reforming; Microscale/macroscale model; Fully-developed laminar flow
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Microchannel reactor; CFD with microkinetics; Washcoat thickness; Pore diameter and porosity;
Keywords: اصلاح کردن متان بخار; 3DOM; three dimensionally ordered macroporous; ANU; Australian National University; ASR; automobile shredder residue; ASTERIX; advanced steam reforming in heat exchangers; CAESAR; catalytically enhanced solar absorption receiver; CAS; Chinese Academy of S
Keywords: اصلاح کردن متان بخار; Exergy analysis; Hydrogen production; Steam methane reforming; Chemical looping combustion;
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Nickel catalyst pellets; Effectiveness factor; Thiele modulus; Correlation
Keywords: اصلاح کردن متان بخار; Hydrogen; Membrane reactor; Fixed bed; Palladium membrane; One-dimensional model; Steam methane reforming
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Hydrogen production; Pressure swing adsorption; Heat integration;
Keywords: اصلاح کردن متان بخار; Hydrogen; Steam Methane Reforming; Methane Catalytic Combustion; Membrane; Multi-Channel Reactor; Coating;
Keywords: اصلاح کردن متان بخار; GHG; greenhouse gas; CNG; compressed natural gas; DME; dimethyl ether; Bcm; billion cubic metres; btoe; billion tonnes of oil equivalent; SMR; steam methane reforming; POX; Partial Oxidation; CPOX; Catalytic Partial Oxidation; PEC; photoelectrochemical; P
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Catalytic wall reactor; Porous catalyst; Rate-determining step; Reaction rate; Diffusion equation
Keywords: اصلاح کردن متان بخار; Steam methane reforming; Gasification; Dynamic simulation; Polygeneration; Model predictive control