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根据【关键词:emission,Oil,Aviation,use,sequestration,carbon,Fuel,Sustainable,Land,Jatropha】搜索到相关结果 22 条
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Estimating Soil Carbon Sequestration of Jatropha for Sustainable Aviation Fuel Pathway
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作者:
Zhang
Zongwei
Li
Junqi
Wang
Zihan
Liu
Haonan
Wei
Keheng
来源:
Water, Air, & Soil Pollution
年份:
2023
文献类型 :
期刊
关键词:
emission
Oil
Aviation
use
sequestration
carbon
Fuel
Sustainable
Land
Jatropha
-
描述:
plants, the ILUC emissions value of SAF is less considerable in the case of soil carbon sequestration
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Estimating Soil Carbon Sequestration of Jatropha for Sustainable Aviation Fuel Pathway
-
作者:
Zhang
Zongwei
Li
Junqi
Wang
Zihan
Liu
Haonan
Wei
Keheng
来源:
Water, Air, & Soil Pollution
年份:
2023
文献类型 :
期刊
关键词:
emission
Oil
Aviation
use
sequestration
carbon
Fuel
Sustainable
Land
Jatropha
-
描述:
plants, the ILUC emissions value of SAF is less considerable in the case of soil carbon sequestration
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Numerical Modeling of Chemical Kinetics, Spray Dynamics, and Turbulent Combustion towards Sustainable Aviation
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作者:
Arvid
Åkerblom
Martin
Passad
Alessandro
Ercole
Niklas
Zettervall
Elna
J.
K.
Nilsson
Christer
Fureby
来源:
Aerospace
年份:
2023
文献类型 :
期刊
关键词:
spray
Aviation
turbulence
simulations
numerical
combustion
chemical
engines
Fuel
jet
LES
Sustainable
kinetics
supersonic
-
描述:
jet fuels, Jet A and JP-5, and two alternative jet fuels, C1 and C5, are targeted. The laminar
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Life‐cycle analysis of sustainable aviation fuel production through catalytic hydrothermolysis
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作者:
Peter
Hua
Chen
Uisung
Lee
Xinyu
Liu
Hao
Cai
Michael
Wang
来源:
Biofuels, Bioproducts and Biorefining
年份:
2023
文献类型 :
期刊
关键词:
grease
assessment
Aviation
biofuel
Fuel
SAF
catalytic
Sustainable
brown
cycle
life
hydrothermolysis
-
描述:
approved for use in aircraft fuel production. In alignment with broader sustainable aviation goals
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Numerical Modeling of Chemical Kinetics, Spray Dynamics, and Turbulent Combustion towards Sustainable Aviation
-
作者:
Arvid
Åkerblom
Martin
Passad
Alessandro
Ercole
Niklas
Zettervall
Elna
J.
K.
Nilsson
Christer
Fureby
来源:
Aerospace
年份:
2023
文献类型 :
期刊
关键词:
spray
Aviation
turbulence
simulations
numerical
combustion
chemical
engines
Fuel
jet
LES
Sustainable
kinetics
supersonic
-
描述:
jet fuels, Jet A and JP-5, and two alternative jet fuels, C1 and C5, are targeted. The laminar
-
Life‐cycle analysis of sustainable aviation fuel production through catalytic hydrothermolysis
-
作者:
Peter
Hua
Chen
Uisung
Lee
Xinyu
Liu
Hao
Cai
Michael
Wang
来源:
Biofuels, Bioproducts and Biorefining
年份:
2023
文献类型 :
期刊
关键词:
grease
assessment
Aviation
biofuel
Fuel
SAF
catalytic
Sustainable
brown
cycle
life
hydrothermolysis
-
描述:
approved for use in aircraft fuel production. In alignment with broader sustainable aviation goals
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Growth Ability of “Kerosene Fungus” Amorphotheca resinae Strains Isolated from Different Habitats in Aviation Fuel
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作者:
Krivushina
A.
A.
Bobyreva
T.
V.
Mokeeva
V.
L.
来源:
Biology Bulletin Reviews
年份:
2023
文献类型 :
期刊
关键词:
biodestructor
Aviation
Fuel
micromycetes
of
biodeterioration
-
描述:
mycobiota. Micromycetes of this type have the ability to obtain the necessary carbon for life from
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Growth Ability of “Kerosene Fungus” Amorphotheca resinae Strains Isolated from Different Habitats in Aviation Fuel
-
作者:
Krivushina
A.
A.
Bobyreva
T.
V.
Mokeeva
V.
L.
来源:
Biology Bulletin Reviews
年份:
2023
文献类型 :
期刊
关键词:
biodestructor
Aviation
Fuel
micromycetes
of
biodeterioration
-
描述:
mycobiota. Micromycetes of this type have the ability to obtain the necessary carbon for life from
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Indian Oil公司与LanzaJet公司将合作在印度生产可持续航空燃料
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作者:
胡一鸣
来源:
石油炼制与化工
年份:
2023
文献类型 :
期刊
关键词:
Oil
LanzaJet
Indian
-
描述:
Indian Oil公司与LanzaJet公司通过签订谅解备忘录建立了合作伙伴关系,将在印度成立一家合资企业,利用LanzaJet公司成熟的乙醇制喷气燃料技术(Alcoholto/Jet,ATJ)寻求在印度大规模生产可持续航空燃料(SAF)。Indian Oil公司董事长Shri Shrikant Madhav Vaidya表示,该公司是印度航空燃料领域的领导者,目标是加强低碳燃料的供应能力,此次合作将加速实现印度到2070年净零排放的承诺。在印度建立SAF的体系将有助于加速能源转型,这也将确保该公司在可持续燃料领域保持领导地位。
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Indian Oil公司与LanzaJet公司将合作在印度生产可持续航空燃料
-
作者:
胡一鸣
来源:
石油炼制与化工
年份:
2023
文献类型 :
期刊
关键词:
Oil
LanzaJet
Indian
-
描述:
Indian Oil公司与LanzaJet公司通过签订谅解备忘录建立了合作伙伴关系,将在印度成立一家合资企业,利用LanzaJet公司成熟的乙醇制喷气燃料技术(Alcoholto/Jet,ATJ)寻求在印度大规模生产可持续航空燃料(SAF)。Indian Oil公司董事长Shri Shrikant Madhav Vaidya表示,该公司是印度航空燃料领域的领导者,目标是加强低碳燃料的供应能力,此次合作将加速实现印度到2070年净零排放的承诺。在印度建立SAF的体系将有助于加速能源转型,这也将确保该公司在可持续燃料领域保持领导地位。