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You searched for: Author/Creator Miranda, Nahieh Toscano- Miranda, Nahieh Toscano [remove] 4
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- A and B parameter of Arrhenius equation -- AAm acrylamide -- AC acrylonitrile -- ANP National Agency of Petroleum, Natural Gas, and Biofuels -- ASTM American Society for Testing and Materials -- DVS Dynamic Vapor Sorption -- HT-SimDis high temperature simulated distillation -- IBP initial boiling point -- FBP final boiling point -- FTIR Fourier-transform infrared spectroscopy -- MBAAm N, N'-methylenebis(acrylamide) -- MDO marine diesel oil -- NaA sodium acrylate -- NIO naphthenic insulating oil -- PDMAPAA poly(N, N'-dimethylaminopropyl acrylamide) -- PNIPAm poly(N-isopropyl acrylamide) -- Poly(AAm-co-NaA) poly(acrylamide-co-sodium acrylate) -- Poly(AAm-co-AC) poly(acrylamide-co-acrylonitrile) -- RH relative humidity -- SEM scanning electron microscopy -- TEMED 1, 2- bis(dimethylamino)ethane -- Ws saturation solubility of water in oil (mg kg−1) -- XRD X-ray diffraction -- XRF X-ray fluorescence 1
- ASU Air separation unit -- ATR Autothermal reforming -- BFB Bubbling fluidized bed -- BIGCC Biomass integrated gasification combined cycle -- BtL Biomass-to-liquids -- CCE Carbon conversion efficiency, % -- CCG CHOREN coal gasification technology -- CCS Carbon capture and storage -- CEDER Centre for the Development of Renewable Energy Sources -- CFB Circulating fluidized bed -- CGE Cold gas efficiency, % -- CHOREN Carbon Hydrogen Oxygen Renewable -- CHP Combined heat and power -- CHRISGAS Clean Hydrogen-Rich Syngas Project -- CHxOy Simplified formula for biomass sources calculations -- DME Dimethyl ether -- DOE Department of Energy -- eagent Chemical exergy of gasifying agent, kJ/kmol -- ech, biomass Chemical exergy of biomass, kJ/kg -- ech, syngas Chemical exergy of syngas, kJ/kmol -- eph, syngas Physical exergy of syngas, kJ/kmol -- ER Equivalence ratio -- FEED Front-end engineering and design -- FICFB Fast internally circulating fluidized bed -- FTS Fischer-Tropsch synthesis -- GTI Gas Technology Institute -- GV Gas yield, m3/kg -- HGCU Hot gas clean-up unit -- HHV Higher heating value, MJ/kg -- HRSG Heat recovery steam generator -- HTL Hydrothermal liquefaction -- HT-WGS High-temperature water-gas shift process -- IEA International Energy Agency -- IGCC Integrated gasification combined cycle -- IGT Institute of Gas Technology -- IRENA International Renewable Energy Agency -- KIT Karlsruhe Institute of Technology -- LHVbiomass Biomass lower heating value, MJ/kg -- LHVi Lower heating value of a component gas i, MJ/kg -- LHVsyngas Syngas lower heating value, MJ/kg -- Mbiomass Biomass feed, kg -- MSW Municipal solid waste -- MWe MW of power generation -- MWfuel MW of fuel input -- MWth MW of heat generation -- nagent Molar amount of gasifying agent, kmol -- nsyngas Molar amount of syngas, kmol -- PAH Polycyclic aromatic hydrocarbon -- PCA Principal component analysis -- PDU Process development unit -- PFB Pressurized fluidized bed -- PFD Process flow diagram -- PICHTR Pacific International Center for High Technology Research -- PLS Partial least squares -- RDF Refuse-derived fuels -- S/B Molar steam-to-biomass ratio -- SCO Selective catalytic oxidation -- SEA Swedish Energy Agency -- SNG Substitute natural gas -- SOFC Solid oxide fuel cell -- TPS Termiska Processer AB -- UCG Ultra Clean Gas process -- Vg Syngas volume under standard conditions, m3 -- VTT VTT Technical Research Centre of Finland -- WGS Water-gas shift -- wt% Weight percentage -- xi Volume percent of component gas I -- ψ Exergy efficiency, % 1
- Biomass -- Periodicals 1
- Biomass energy -- Periodicals 1
- Biomass gasification -- Fluidized bed -- Gasifier -- Syngas -- Pressure -- Moisture content 1
- Biomass gasification -- Fluidized bed -- Sugarcane bagasse -- Syngas -- Simulation -- Experimental design 1