Vol. 3 No. 1 (2014)
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Open Access
Articles
Article ID: 120
Analysis of inefficient fossil fuel subsidies in America-Example of an energy assistance program for low-income familiesby yuxi Zhao
Progress in Energy & Fuels, Vol.3, No.1, 2020; 191 Views, 6 PDF Downloads
TheWeinefficientfossilfuelsubsidiesself-reportlistedexistingfossilfuelsubsidiesincluding subsidiesfor theexploration,Development,Extractionoffossilfuels,subsidiesforfossilFuelsemployedintheresidentialSector(represented bytheLow-incomeHome Energyassistanceprogram).Thispaperchooseslow-incomeHome energyAssistanceprogram(liheap)asacasestudy.Theresultsshowso: â‘ discriminatorypricesTofossil fuelsinliheapledtoexcessiveFossilfuelconsumption.Comparedwith 2013, thenumber ofheatingSubsidiesbyrecipienthouseholdsreducedby2.89%0in 2014, whileTotalExpenditureroseby19.23%0; â‘¡ DuringFY1993toFY1995,FY1999toFY2001,FY$ toFY2007, andFY2008toFYno.,Weatherizationbenefitsandcrisisbenefitsshowed asynchronousgrowth; â‘¢ liheaprecipienthouseholdstendedtoconsumeMorefossilFuelthanLow-incomeandOthertypesTohouseholds,particularlyin theSouthArea.Finally,Thispaperanalyzes"ExternalinstitutionalsystemThenInternalEnergyStructureof,theUSinefficientfos silFuelsubsidiesReform,thusprovidessomepolicyImplications
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Open Access
Articles
Article ID: 184
Fossil fuel Energy 0 Solar thermal desalination systemApplied Researchby zicheng Wang
Progress in Energy & Fuels, Vol.3, No.1, 2024; 136 Views, 2 PDF Downloads
太阳能çƒç”Ÿäº§è’¸æ±½ç³»ç»Ÿå’Œæµ·æ°´æ·¡åŒ–系统,太阳能çƒèƒ½ç³»ç»Ÿ 电æºï¼Œå…‰ä¼å‘电和其他å¯å†ç”Ÿèƒ½æºä½œä¸ºç³»ç»Ÿè®¾å¤‡ç”µæºï¼Œ 将高温蒸汽和海水淡化装置集æˆåˆ°ä¸€ä¸ªé›†æˆç³»ç»Ÿä¸ï¼Œä»¥å®žçŽ°åŒ–石燃料 能æº0能耗SunThermal海水淡化系统。并采å–太阳能çƒæµ·æ°´æ·¡åŒ–示范 以海å—项目为例,分æžäº† 系统 的详细性能和效果, 系统æˆåŠŸåŽå¯¹ç³»ç»Ÿé…置进行了总结, 展望了太阳能海水淡化 的未æ¥å‘展方å‘å’Œ å‰æ™¯ã€‚
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Open Access
Articles
Article ID: 194
Producing fuel ethanol from energy hygrophyte duckweedby Xuehuiling Xue
Progress in Energy & Fuels, Vol.3, No.1, 2024; 123 Views, 6 PDF Downloads
throughComponentanalysis tokindofduckweeds,3Highstarchvaritieswere screenedout:spirodela oligorrhizaS3, [],[]]S1thenSpirodelaPolyrhizaV7,thecorrespondingstarch contentswas47.86%,41.45%and39.69%.accordingTo thestructuralcharacteristicofduckweed,hydrolysisEfficiencyof ofEnzymatichydrolysisanddifferentconcentrationsofacidHydrolysis,was compared,then,hydrolysistechnologywasconfirmedwhen theBoilingwaterBathfor 2Handacidconcentrationwas4mol/L,Thehydrolysisefficiencyreached93.52%.throughstudyingonEthanolfermentationfou ndOff thereasonthathydrolyteofduckweedCouldn ' tbefermentednormallyand ""fermentationEfficiencyof,Ethanolreached91.83%whenusingwaterextractstohy-drolyte.
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Open Access
Articles
Article ID: 214
Targeting hydrogen Society:Toyota's next stepby xiaodong Zhang
Progress in Energy & Fuels, Vol.3, No.1, 2024; 100 Views, 2 PDF Downloads
in our New Energy vehicle field,stillfor difficulty in the end is the development of pure electric,or pluggedinproblems with the hybrid car.closeto,on pagesessionTokyo Motor Show,Toyota Displays theHydrogen Energy fuelbattery concept vehicleTOYOTAPCVPLUS.
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Open Access
Articles
Article ID: 750
Study on Hydrotalcite-like Derived Zn-Ni-Al-Fe-O Catalyst for AutoThermal Reforming of Acetic Acid to Produce Hydrogenby Jialiang Xu
Progress in Energy & Fuels, Vol.3, No.1, 2024; 88 Views, 3 PDF Downloads
Zn2.4 Ni0.6 AlxFe1ï¼xO4.5±δ(x=1/0.5/0) series of hydrotalcite-like nickel-based catalysts were prepared by coprecipitation method, which were used for autothermal reforming of acetic acid to produce hydrogen. The catalysts were characterized by XRD, H2-TPR, BET, XPS and other characterization methods. The results showed that Zn2.4 Ni0.6 Al0.5 Fe0.5 O4.5±δ conversion rate of acetic acid was maintained at 100% in autothermal reforming of acetic acid, and the hydrogen yield was 2. 39mol-H2/mol-HAc. The Zn-Al hydrotalcite precursor is roasted to form ZnO-based composite oxide. The addition of appropriate amount of iron increases the specific surface area of the catalyst. After reduction, FeNiZn alloy is formed. The electron donating effects of Fe and Zn improve the oxidation resistance of Ni, and the oxidation sintering and carbon deposit resistance of the catalyst are improved.