Energy efficiency
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Cathode Active Material For Lithium Secondary Battery, Preparation Method Therefor, And Lithium Secondary Battery Cathode And Lithium Secondary Battery Which Comprise Same
/ Appl. WO2019117531 / IPC: H01M4/525; H01M4/505; C01G53/00; H01M4/131; H01M10/052 / Appl. Date: 05/12/2018 /
Details: EnergyStorage, LithiumIonBattery
Slurry Composition For Coating Secondary Battery Separator And Secondary Battery Separator Using Same
/ Appl. WO2019112323 / IPC: H01M2/16; H01M10/052 / Appl. Date: 05/12/2018 /
Details: EnergyStorage, LithiumIonBattery
Chassis For Electric Vehicle, And Electric Vehicle
/ Appl. WO2020115840 / IPC: B62D21/02; B60K8/00 / Appl. Date: 05/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Electric Vehicle Chassis And Electric Vehicle
/ Appl. WO2020115839 / IPC: B62D21/15; B60K1/04; B62D21/02; B62D25/20 / Appl. Date: 05/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Chassis For Electric Vehicle, And Electric Vehicle
/ Appl. WO2020115840 / IPC: B62D21/02; B60K8/00 / Appl. Date: 05/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Electric Vehicle Chassis And Electric Vehicle
/ Appl. WO2020115839 / IPC: B62D21/15; B60K1/04; B62D21/02; B62D25/20 / Appl. Date: 05/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Thermal And Electrical Power Transformer
/ Appl. WO2019190349 / IPC: F02G1/043; F03G7/06; F25B11/02 / Appl. Date: 05/12/2018 /
Details: CombinedHeatAndPower, CoGeneration
South African Electric Vehicles Market, Forecast to 2022
/ Market Research / December 2018, 76 pages /
Ion Trapping Agent, Lithium Ion Battery Separator, And Lithium Ion Secondary Battery
/ Appl. WO2019116959 / IPC: B01J20/02; B01J20/28; C01B25/45; H01M2/16; H01M4/62; H01M10/0525; H01M10/0566; H01M10/0567 / Appl. Date: 04/12/2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode Active Material For Lithium Secondary Battery, Manufacturing Method Therefor, And Lithium Secondary Battery Comprising Cathode Comprising Same
/ Appl. WO2019112279 / IPC: H01M4/36; H01M4/525; H01M4/505; C01G53/00; H01M10/052 / Appl. Date: 04/12/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Electrode, Method For Manufacturing Same, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019112278 / IPC: H01M4/134; H01M4/1395; H01M4/04; H01M10/052 / Appl. Date: 04/12/2018 /
Details: EnergyStorage, LithiumIonBattery
Porous Composite Separator For Secondary Battery, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019112283 / IPC: H01M2/16; H01M10/052 / Appl. Date: 04/12/2018 /
Details: EnergyStorage, LithiumIonBattery
Fuel Cell System Having Improved Gas Diffusion Layers And Motor Vehicle Having A Fuel Cell System
/ Appl. WO2019141427 / IPC: H01M8/2465; H01M8/249; H01M8/1018 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
Counter-Current Heat Exchanger
/ Appl. WO2019120980 / IPC: F28F9/02; F28D1/047; F28D1/053; F28F1/02; F28F1/26; F28F1/34; F28D7/12; B60H1/22; F24H1/12; F24H1/14; H05B3/42; F28D1/02 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Protective Device And Method For Safeguarding Of A High-Voltage Network And Electrical Drive System
/ Appl. WO2019110588 / IPC: H01R13/66; H01R13/713; B60L3/04; G01R31/02; B60L3/00; G01R31/00; H02H3/08; H02H5/04; H02H7/122; G05B9/02; H02H5/10 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Suspension Systems For One-Wheeled Vehicles
/ Appl. WO2019113128 / IPC: A63C17/00; A63C17/08; A63C17/12; G05D1/08; B62D51/02 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Speed Decelerator, Electric Vehicle Driving System And Control Method Therefor, And Electric Vehicle
/ Appl. WO2019109899 / IPC: B60K17/16; B60K1/02; B60L15/20 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Electric Vehicle, Charging System, And Charging/Discharging Sytem
/ Appl. WO2020115821 / IPC: B60L50/40; B60L50/50; B60L53/00; B60L55/00; B60L58/00 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Protective Device And Method For Safeguarding Of A High-Voltage Network And Electrical Drive System
/ Appl. WO2019110588 / IPC: H01R13/66; H01R13/713; B60L3/04; G01R31/02; B60L3/00; G01R31/00; H02H3/08; H02H5/04; H02H7/122; G05B9/02; H02H5/10 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Suspension Systems For One-Wheeled Vehicles
/ Appl. WO2019113128 / IPC: A63C17/00; A63C17/08; A63C17/12; G05D1/08; B62D51/02 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Counter-Current Heat Exchanger
/ Appl. WO2019120980 / IPC: F28F9/02; F28D1/047; F28D1/053; F28F1/02; F28F1/26; F28F1/34; F28D7/12; B60H1/22; F24H1/12; F24H1/14; H05B3/42; F28D1/02 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Speed Decelerator, Electric Vehicle Driving System And Control Method Therefor, And Electric Vehicle
/ Appl. WO2019109899 / IPC: B60K17/16; B60K1/02; B60L15/20 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Electric Vehicle, Charging System, And Charging/Discharging Sytem
/ Appl. WO2020115821 / IPC: B60L50/40; B60L50/50; B60L53/00; B60L55/00; B60L58/00 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Fuel Cell System Having Improved Gas Diffusion Layers And Motor Vehicle Having A Fuel Cell System
/ Appl. WO2019141427 / IPC: H01M8/2465; H01M8/249; H01M8/1018 / Appl. Date: 04/12/2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
The European Heat Pump Market and Statistics Report 2018
/ The European Heat Pump Association / 2018, 169 pages /
Silicon-Based Negative Electrode Active Material For Lithium Secondary Battery, And Method For Manufacturing Same
/ Appl. WO2020045750 / IPC: H01M4/36; H01M4/38; H01M4/587; H01M4/62; C01B32/21; C01B33/027; C01B32/05; H01M10/052 / Appl. Date: 03/12/2018 /
Details: EnergyStorage, LithiumIonBattery
Anode Active Material For Nonaqueous Electrolyte Secondary Battery Comprising Silicon Oxide Composite And Method For Producing Same
/ Appl. WO2019108050 / IPC: H01M4/36; H01M4/485; H01M4/58; H01M4/62; H01M10/0525; C01B33/02; C01B33/113; C01B33/22 / Appl. Date: 03/12/2018 /
Details: EnergyStorage, LithiumIonBattery
Control System For Electric Vehicles
/ Appl. WO2019109102 / IPC: H02P21/36; H02P21/06; H02P27/04 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method For Providing Electric Vehicle Transfer Service
/ Appl. WO2020050457 / IPC: G06Q50/30; G06Q30/06; G07C9/00 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Battery Replacement Method For Electric Vehicle
/ Appl. WO2019134471 / IPC: B60L53/80; B60S5/06; H01M10/613 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Optimization Framework And Methods For Adaptive Ev Charging
/ Appl. WO2019109084 / IPC: G06Q50/30; G06Q20/14; G07F15/00; B60L11/18 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Control System For Electric Vehicles
/ Appl. WO2019109102 / IPC: H02P21/36; H02P21/06; H02P27/04 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method For Providing Electric Vehicle Transfer Service
/ Appl. WO2020050457 / IPC: G06Q50/30; G06Q30/06; G07C9/00 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Battery Replacement Method For Electric Vehicle
/ Appl. WO2019134471 / IPC: B60L53/80; B60S5/06; H01M10/613 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Optimization Framework And Methods For Adaptive Ev Charging
/ Appl. WO2019109084 / IPC: G06Q50/30; G06Q20/14; G07F15/00; B60L11/18 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method And Device For Thermochemically Recovering/Redistributing Heat Energy And Redistribution Station
/ Appl. WO2019110896 / IPC: F25B15/04; F25B15/06; F25B17/08; F25B17/10; F25B30/04; F28D20/00; F25B17/00; F25B17/02 / Appl. Date: 03/12/2018 /
Details: EnergyEfficiency, HeatPumps
Fortum Investor materials December 2018 / 1 Dec 2018 / Reports and presentations / Investors /
Fortum
Details: Companies, Statistics, Finance, Hydro, Solar, Wind, Biomass, CHP, Nuclear, Energy efficiency, Finland
Scaling up renewables in cities: Opportunities for municipal governments
/ International Renewable Energy Agency (IRENA) / Dezember 2018, 6 pages /
存量垃圾场填埋气产生量影响因素分析
/Sun Dapeng,Gao Hongzhen,Fang Feixiang/Environmental Sanitation Engineering,Issue 06/December,2018/
en: Influencing Factors Analysis of Gas Production in Aged-waste Landfill
Details: City and Building, LandfillGas, PrimaryProcessing, LowEfficiencyInGeneral
A review of landfill gas generation and utilisation in Africa
/Prince O. Njoku,John O. Odiyo,Olatunde S. Durowoju,Joshua N. Edokpayi/Open Environmental Sciences,Volume 10/2018/15 pp./
Details: City and Building, LandfillGas, ProcessingTechnologiesInGeneral, LowEfficiencyInGeneral, AdministrativeAndOrganisationalProblems
A STUDY ON ENERGY PRODUCTION AND GHG MITIGATION POTENTIAL FROM MUNICIPAL SOLID WASTE OF EDİRNE
/Ö. Betül/Mugla Journal of Science and Technology,Volume 4,Issue 2/2018/9 pp./
Details: City and Building, LandfillGas, Pre-TreatmentOfFeedstock, ProcessingTechnologiesInGeneral, LowEfficiencyInGeneral, EnvironmentalAndSocialImpact
Alternative of biogas injection into the Danish gas grid system—A study from demand perspective
/N. Aryal,T. Kvist/ChemEngineering,Volume 2,Issue 3,43/2018/
Details: City and Building, Biogas, LandfillGas, Storage&Transportation, ProcessingTechnologiesInGeneral, AdministrativeAndOrganisationalProblems
Assessing methane emission and economic viability of energy exploitation in a typical Sicilian municipal solid waste landfill
/Daniele Di Trapani,Maurizio Volpe,Gaetano Di Bella,Antonio Messineo,Roberto Volpe,Gaspare Viviani/Waste and Biomass Valorization,pp. 1–12/2018/12 pp./
Details: City and Building, LandfillGas, Pre-TreatmentOfFeedstock, LowEfficiencyInGeneral
Biogas: Developments and perspectives in Europe
/N. Scarlat,J.F. Dallemand,F. Fahl/Renewable Energy,Volume 129, Part A,pp. 457-472/December,2018/16 pp./
Details: City and Building, Biogas, LandfillGas, ProcessingTechnologiesInGeneral, AdministrativeAndOrganisationalProblems, LowEfficiencyInGeneral
Energy crops on landfills: functional, environmental, and costs analysis of different landfill configurations
/A. Pivato,F. Garbo,M. Moretto,M.C. Lavagnolo/Environmental Science and Pollution Research,Volume 25,Issue 36,pp. 35936–35948/December,2018/13 pp./
Details: City and Building, LandfillGas, OtherAndUnspecifiedTechnologies, Pre-TreatmentOfFeedstock, ProcessingTechnologiesInGeneral, LowEfficiencyInGeneral, HighCostsInGeneral
Environmental performance of peruvian waste management systems under a life cycle approach
/Kurt Ziegler Rodríguez,María Margallo Blanco,Rubén Aldaco García,José Ángel Irabien Gulías,Ian Vázquez Rowe,Ramzy Francis Kahhat Abedrabbo/CHEMICAL ENGINEERINGTRANSACTIONS,VOLUME 70,pp. 1753-1758/2018/6 pp./
Details: City and Building, LandfillGas, Pre-TreatmentOfFeedstock, PrimaryProcessing, FinishingTreatment, LowEfficiencyOfMainProcesses, LowEfficiencyOfMainProcesses, LowEfficiencyOfProductTreatment, EnvironmentalAndSocialImpact, AdministrativeAndOrganisationalProblems
Estimation of energy recovery potential and environmental impact of Tirana landfill gas
/M. Alcani,A. Dorri,A. Maraj/Environment Protection Engineering,Volume 44,Issue 3,pp. 117-128/2018/12 pp./
Details: City and Building, LandfillGas, ProcessingTechnologiesInGeneral, LowEfficiencyInGeneral, EnvironmentalAndSocialImpact
Estimation of greenhouse gas emissions from Muhammad wala open dumping site of Faisalabad, Pakistan
/Adeel Rafiq,Adnan Rasheed,Chaudhry Arslan,Umair Tallat,Mubashar Siddique/Geology, Ecology, and Landscapes,Volume 2,Issue 1,pp. 45-50/2018/
Details: City and Building, LandfillGas, Pre-TreatmentOfFeedstock, LowEfficiencyInGeneral
Identification of Fire Hazards Due to Landfill Gas Generation and Emission.
/Lidija Tihomir Milosevic,Emina Radomir Mihajlovic,Amelija Vitomir Djordjevic,Milan Zoran Protic,Dejan Petar Ristic/Polish Journal of Environmental Studies,Volume 27,Issue 1,pp. 213-221/2018/9 pp./
Details: City and Building, LandfillGas, ProcessingTechnologiesInGeneral, EnvironmentalAndSocialImpact
Implementation of a circular economy-based business model for landfill management companies
/N. CUDECKA-PURINA,D. ATSTAJA/Journal of Business,Volume 15/2018/18 pp./
Details: City and Building, LandfillGas, ProcessingTechnologiesInGeneral, AdministrativeAndOrganisationalProblems
Landfill biodegradation process and leachate
/R. Joshi,D. Pant/eBook Packages Earth and Environmental Science,Waste Bioremediation,pp. 233-247/2018/
Details: City and Building, LandfillGas, Pre-TreatmentOfFeedstock, PrimaryProcessing, LowEfficiencyOfMainProcesses
Landfill mining: A case study on characterization of excavated waste
/Isabella Pecorini,Elena Albini,Elena Rossi,Renato Iannelli,Brunella Raco,Giovanni Lippo/Procedia Environmental Science,Engineering and Management,Volume 5,Issue 3,pp. 153-158/2018/6 pp./
Details: City and Building, LandfillGas, Pre-TreatmentOfFeedstock, PrimaryProcessing, LowEfficiencyInGeneral
Potential of biogas production from biomass and organic waste materials in the West Bank of Palestine
/Z.T. Abdo,I. Khatib/2018/53 pp./
Details: City and Building, Biogas, LandfillGas, OtherAndUnspecifiedTechnologies, ProcessingTechnologiesInGeneral, LowEfficiencyInGeneral
Techno-economic analysis of a biological desulfurization process for a landfill gas in Korea
/J. Heo,B. Lee,S. Kim,J.N. Kim,H. Lim/Separation Science and Technology,Volume 53,Issue 17,pp. 2769-2781/2018/13 pp./
Details: City and Building, LandfillGas, FinishingTreatment, LowEfficiencyOfProductTreatment, HighCostsInGeneral
The production and use of renewable natural gas as a climate strategy in the United States
/R. Gasper,T. Searchinger/WORKING PAPER/2018/32 pp./
Details: City and Building, Biogas, LandfillGas, ProcessingTechnologiesInGeneral, AdministrativeAndOrganisationalProblems
The role of energy from waste in circular economy and closing the loop concept–Energy analysis approach
/T. Tomić,D.R. Schneider/Renewable and Sustainable Energy Reviews,Volume 98,pp. 268-287/December,2018/20 pp./
Details: City and Building, LandfillGas, OtherAndUnspecifiedTechnologies, ProcessingTechnologiesInGeneral, AdministrativeAndOrganisationalProblems
Thermal analysis of a serpentine flat plate collector and investigation of the flow and convection regime
/Dimitrios N. Korres, Christos Tzivanidis/Thermal Science, article/2018/12 p./
Details: City and Building, SolarHeating, Optics, Receivers, HighCostsOfMaintenance, LowEfficiencyOfSecondaryEquipment, LowEfficiencyDueToEnvironmentalFactors
Thermal performance of water-in-glass evacuated tube solar collector with and without phase change material
/S. Sadhishkumar, T. Balusamy/Indian Journal of Scientific Research, report/ 2018/p. 193/
Details: City and Building, SolarHeating, Optics, Receivers, LowEfficiencyOfSecondaryEquipment
An experimental investigation of the phase change process effects on the system performance for the evacuated tube solar collectors integrated with PCMs
/Mohamed A.Essa, Nabil H.Mostafa, Mostafa M.Ibrahim/Energy Conversion and Management, Volume 177, article/1 December 2018/ Pages 1-10/
Details: City and Building, SolarHeating, Optics, Receivers, HighCostsOfMaintenance, LowEfficiencyOfSecondaryEquipment
Effects of the inclination angle on the performance of flat plate solar collector
/H Ambarita, R E T Siregar, A D Ronowikarto, E Y Setyawan/IOP Conference Series: Journal of Physics: Conference Series, vol 978, 2nd International Conference on Computing and Applied Informatics 2017 conference paper/2018/9 p./
Details: City and Building, SolarHeating, Optics, Receivers, LowEfficiencyOfSecondaryEquipment
Chapter 2.13 - Energy, Exergy, and Exergoenvironmental Assessments of Solar-Assisted Absorption Cooling Systems and Conventional Air-Conditioning System: A Comparative Study
/Hamed Alimoradiyan, Tahir A.H.Ratlamwala/Exergetic, Energetic and Environmental Dimensions, book chapter/2018/ Pages 435-455/
Details: City and Building, SolarHeating, Optics, LowEfficiencyOfSecondaryEquipment, LowEfficiencyInGeneral, EnvironmentalAndSocialImpact
Energy performance comparison of concentrated photovoltaic–Phase change material thermal (CPV-PCM/T) system with flat plate collector (FPC)
/Kheira Tabet Aoul, Ahmed Hassan, Ali Hasan Shah, Hassan Riaz/Solar Energy, Volume 176, article/December 2018/ Pages 453-464/
Details: City and Building, StorageCSPOrHybridCSP, ConcentratorPhotovoltaics, SolarHeating, LowEfficiencyDueToEnvironmentalFactors, HighCostsInGeneral, LowEfficiencyInGeneral
Exergy analysis of evacuated tube solar collectors: a review
/Gaurav Saxena, Manoj Kumar Gaur/ International Journal of Exergy , Volume 25, Issue 1, review/2018/21 p./
Details: City and Building, SolarHeating, Optics, Receivers, LowEfficiencyOfSecondaryEquipment
Experimental and theoretical performance evaluation of evacuated tube collectors under Mediterranean climate conditions
/M.T.Nitsas, I.P.Koronaki/Thermal Science and Engineering Progress, Volume 8, article/December 2018/Pages 457-469/
Details: City and Building, SolarHeating, Optics, Receivers, LowEfficiencyDueToEnvironmentalFactors, LowEfficiencyOfOpticsOrAbsorber, LowEfficiencyOfSecondaryEquipment, LowEfficiencyInGeneral
Experimental investigation on radiation heat transfer property degradation of aluminium solar receiver tube material
/K. Logesh, R. Ganesh, I. Saran raj, V. Ramesh, B. Tharun Raj/International Journal of Ambient Energy, Volume 39, Issue 7, article/2018 /Pages 713-718/
Details: City and Building, SolarHeating, Receivers, LowEfficiencyOfSecondaryEquipment, HighCostsOfRepairAndReplacement, HighCostsOfMaintenance
Experimental study and analysis of air heating system using a parabolic trough solar collector
/Sunil Nain, Anuradha Parinam, Sanjay Kajal/International Journal of Ambient Energy, Volume 39, Issue 2, article/2018/Pages 143-146 /
Details: City and Building, ParabolicTrough, SolarHeating, Optics, Receivers, HighCostsOfMaintenance, LowEfficiencyInGeneral
Optimization of an integral flat plate collector-storage system for domestic solar water heating in Adana
/İbrahim Halil Yilmaz/Anadolu University Journal of Science and Technology A- Applied Sciences and Engineering, Volume: 19 Number: 1, article/2018/Page: 165 - 176/
Details: City and Building, SolarHeating, Optics, Receivers, Storage, HighCostsOfMaintenance, LowEfficiencyDueToEnvironmentalFactors
Performance optimization of evacuated tube collector for solar cooling of a house in hot climate
/Adel A. Ghoneim/International Journal of Sustainable Energy, Volume 37, Issue 2, article/2018/Pages 193-208/
Details: City and Building, SolarHeating, Optics, Receivers, LowEfficiencyOfOpticsOrAbsorber, LowEfficiencyOfSecondaryEquipment, LowEfficiencyDueToEnvironmentalFactors, HighCostsOfMaintenance
Thermal performance and analysis of a solar water heating system with heat pipe evacuated tube collector
/Bukya Madhubala, N. Divya, Sridhara Reddy/International journal of merging technology and advanced research in computing, vol VI , issue 24, article/December 2018 /8 p./
Details: City and Building, SolarHeating, Receivers, LowEfficiencyOfSecondaryEquipment, HighCostsOfMaintenance
Thermal performance enhancement of flat-plate solar collectors by means of three different nanofluids
/N. Budak Ziyadanogullari, H.L.Yucel, C.Yildiz/Thermal Science and Engineering Progress, Volume 8, article/December 2018/ Pages 55-65/
Details: City and Building, SolarHeating, Optics, Receivers, LowEfficiencyInGeneral, HighCostsOfMaintenance, LowEfficiencyDueToEnvironmentalFactors
Transient 3D: Simulation of a Flat Plate Solar Collector in a Mild Climate Condition
/Sadaf Karkoodi , Alireza Aslani, Maryam Talebi, Soheil Roumi, Abbas Abbassi/ International Journal of Energy Optimization and Engineering (IJEOE), vol 7(3), article/2018/23 p./
Details: City and Building, SolarHeating, Optics, Receivers, LowEfficiencyDueToEnvironmentalFactors, LowEfficiencyOfSecondaryEquipment
Fast and low concentration detection of liquefied petroleum gas by Au-activated ZnO sensor
/K. Khojier, F. Teimoori, S. Zolghadr, M. B. Pashazanousi/Materials Research Bulletin, Volume 108/December 2018/Pages 96-100/
Details: Energy efficiency in energy sector, AssociatedPetroleumGas, LiquidFuel, GasToLiquid, LowEfficiencyInGeneral, EnvironmentalAndSocialImpact, AdministrativeAndOrganisationalProblems
Possibility of decreasing CO2 emissions from flaring on a mature oil field
/Daria Karasalihović Sedlar, Domagoj Vulin, Lucija Jukić, Ivan Smajla/Journal of Petroleum Science and Engineering, Volume 171, December 2018/December 2018/Pages 1302-1308
Details: Energy efficiency in energy sector, AssociatedPetroleumGas, LiquidFuel, GasToLiquid, LowEfficiencyInGeneral, EnvironmentalAndSocialImpact, AdministrativeAndOrganisationalProblems
Моделирование промысловой транспортировки попутного нефтяного газа в осложненных условиях эксплуатации месторождений нефти и газа
/Khalfin Ruzil Sagyitovich, Mikhaylov Valery Germanovich, Smolyanets Evgeniy Fedorovich/Oil Industry, Number 12, 2018/December 2018/Pages 74-80/
en: Complicated operational conditions
Details: Energy efficiency in energy sector, AssociatedPetroleumGas, Other, Preparation, TransportAndStorage, LowEfficiency/GasTreatment, HighCostOfProductionProcesses, EnvironmentalAndSocialImpact
Copolymers of 1-(3,3,3-trifluoropropyldimethylsilyl)-1-propyne with 1-trimethylsilyl-1-propyne as membrane materials for separation of gas mixtures containing hydrocarbons
/A. A. Kossov, E. G. Litvinova, A. A. Ezhov, V. S. Khotimskii, S. M. Shishatskii, K. Buhr/Petroleum Chemistry, Volume 58, Issue 13/December 2018/Pages 1123–1128/
Details: Energy efficiency in energy sector, AssociatedPetroleumGas, Other, Preparation, LowEfficiency/GasTreatment, HighCostOfProductionProcesses, EnvironmentalAndSocialImpact
Численное исследование режимов газификации угля и биомассы в поточном газогенераторе с парокислородным дутьем
/Donskoy I.G/Bulletin of the South Ural State University, Series: Power Engineering, vol. 18, no. 3, article/December 2018/pp. 14–21/
en: Numerical Investigation of Coal and Biomass Co-Gasification Regimes in Entrained-Flow Oxygen-Steam Blown Reactor
Details: Transport, Biomass-To-Liquids, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses
Моделирование и оптимизация процесса совместной газификации угля и биомассы в поточном реакторе типа Shell-Prenflo
/I.G. Donskoy/Institut Sistem Energetiki Im. L.a. Melent'yeva, article/2018/5 p./
en: Modelling and optimization of biomass and coal cogasification in an entrained flow gasifier of Shell-Prenflo type
Details: Transport, Biomass-To-Liquids, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality
Wood gasification energy micro-generation system in Brazil-a Monte Carlo viability simulation
/Glaucia Aparecida Prates, Erich Gomes Schaitza/ Independent Journal of Management & Production, Vol. 9, No. 1, article/December 2018/ p. 140-152/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, AdministrativeAndOrganisationalProblems, HighCostsInGeneral
VESTA Methanation Applications for Small Scale, Multipurpose, Green SNG Production
/Valentina Depetri, Guido Collodi, Luca Mancuso, Fabio Ruggeri/Chemical Engineering Transactions, Vol. 65, article/December 2018/6 p./
Details: Transport, SyntheticNaturalGas, Biomass-To-Liquids, SyngasToMethane, OtherMethodsOfSyngasProduction, TreatmentOfSyngas, LowEfficiencyOfMainProcesses, HighCostsInGeneral
Valorization of Waste-Derived Inorganic Sorbents for the Removal of HCl in Syngas
/Augustina Ephraim, LinhDan Ngo, Doan Pham Minh, Damien Lebonnois, Carlos Peregrina, Patrick Sharrock, Ange Nzihou/Waste and Biomass Valorization, article /December 2018/pp 1–12/
Details: Transport, Biomass-To-Liquids, TreatmentOfSyngas, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, HighOpex/Maintenance, HighOpex/RepairAndReplacement, SavingEcosystems
Utilization of heat from High Temperature Reactors (HTR) for dry reforming of methane
/Krzysztof Jastrząb/E3S Web of Conferences 28, conference paper/December 2018/6 р./
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToEnergyLosses, Water,EnergyOrGasConsumption
Underground coal gasification; Illinois Basin, USA, and elsewhere
/A Drobniak, M Mastalerz, JA Rupp/35 th TSOP Annual meeting, conference paper/December 2018/1 p./
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, SavingEcosystems, HighCostsInGeneral
Transformation of CO2 to Methanol with Homogeneous Catalysts
/Wan-Hui Wang, Xiujuan Feng, Ming Bao/Transformation of Carbon Dioxide to Formic Acid and Methanol, book chapter/December 2018/pp 53-87/
Details: Transport, Methanol&Products, MethanolSynthesis, LowEfficiencyOfMainProcesses, HighOpex/Maintenance
Three integrated process simulation using aspen plus®: Pine gasification, syngas cleaning and methanol synthesis
/M. Puig-Gamero, J. Argudo-Santamaria, J.L. Valverde, P. Sánchez, L. Sanchez-Silva/Energy Conversion and Management, Volume 177, article/1 December 2018/Pages 416-427/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, TreatmentOfSyngas, MethanolSynthesis, LowEfficiencyOfMainProcesses, Water,EnergyOrGasConsumption
Thermodynamic and Kinetic Study of Lignocellulosic Waste Gasification
/Rosa Ana Rodriguez, Germán Mazza, Marcelo Echegaray, Anabel Fernandez, Daniela Zalazar García/Gasification for Low-grade Feedstock, book chapter/December 2018/22 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToEnergyLosses
Thermodynamic Analysis on Mid/low Temperature Solar Methane Steam Reforming with Hydrogen Permeation Membrane Reactors
/Hongsheng Wang, Mingkai Liu, Hui Kong, Yong Hao/Applied Thermal Engineering, article/December 2018/
Details: Transport, Gas-To-Liquids, PrimaryTechnologiesOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Thermodynamic Analysis of Lignite Gasification in the Downdraft Gasifier
/D. S. Upadhyay, A. K. V. Sakhiya, K. R. Panchal, R. N. Patel/Journal of Energy and Environmental Sustainability, No 5, article/2018/p.53-64/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToEnergyLosses
Theoretical and Experimental Studies of CoGa Catalysts for the Hydrogenation of CO2 to Methanol
/Joseph A. Singh, Ang Cao, Julia Schumann, Tao Wang, Jens K. Nørskov, Frank Abild-Pedersen, Stacey F. Bent/Catalysis Letters, Volume 148, Issue 12, article/December 2018/pp 3583–3591/
Details: Transport, Methanol&Products, MethanolSynthesis, LowEfficiencyOfMainProcesses
The role of solvent and catalysts on co-liquefaction of coal and waste
/Filomena Pinto, Filipe Paradela, Paula Costa, Rui André, Tiago Rodrigues, Colin Snape, José M. Hidalgo Herrador, Jakub Fratczak/Chemical Engineering Transactions, Vol. 70, article/December 2018/6 p./
Details: Transport, Coal-To-Liquids, DirectCoalLiquefaction, FeedstockPreparation, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
The direct dimethyl ether (DME) synthesis process from syngas II. Intrinsic kinetics and catalyst deactivation in one-step LPDMEtm process
/Makarand R. Gogate/Petroleum Science and Technology, Volume 36, Issue 8, review/December 2018/Pages 555-561/
Details: Transport, Methanol&Products, DmeSynthesisFromSyngas, MethanolSynthesis, OtherTechnologies, LowEfficiencyOfMainProcesses, LowEfficiencyDueToCatalystReplacement
The direct dimethyl ether (DME) synthesis process from syngas I. Process feasibility and chemical synergy in one-step LPDMEtm process
/Makarand R. Gogate/Petroleum Science and Technology, Volume 36, Issue 8, review /December 2018/Pages 547-554/
Details: Transport, Methanol&Products, DmeSynthesisFromSyngas, MethanolSynthesis, OtherTechnologies, LowEfficiencyOfMainProcesses
Techno-economic evaluation of biomass-to-synthesis gas (BtS) based on gasification
/Wei Gao, Shaohui Wang, De-Xun Li, Jia-Bao Liu, Mohammad Reza Farahini, Yuhong Huo, Muhammad Imran, Mohammad Doranehgard/Energy Sources, Part B: Economics, Planning, and Policy, Volume 13, Issue 2, article/December 2018/Pages 83-90/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, HighCostsInGeneral
Syngas production in methane decomposition in the plasma of atmospheric pressure high-voltage discharge
/Sulaiman I. Al-Mayman, Meshal S. Al-Johani, Kirill О. Borisevich, Abdullah A. Al-Musa, Naif M. Al-Abbadi, Аndrey V. Krauklis, Pavel G. Stanovoi/Heat Transfer Research, Volume 49, Issue 12, article/2018/pages 1119-1129/
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, Water,EnergyOrGasConsumption, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Syngas Compositions And Kinetics Of South Kalimantan Lignite Coal Char Gasification With Steam
/Yusuf Rumbino, Suryo Purwono, Muslikhin Hidayat, Hary Sulistyo/MATEC Web of Conferences 156, conference paper/December 2018/5 p./
Details: Transport, Coal-To-Liquids, OtherFeedMaterial, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality
Sulfur Rich Coal Gasification and Low Impact Methanol Production
/Andrea Bassani, Giulia Bozzano, Carlo Pirola, Caterina Frau, Alberto Pettinau, Enrico Maggio, Eliseo Ranzi, Flavio Manenti/Journal of Sustainable Development of Energy, Water and Environment Systems, Volume 6, Issue 1, article /December 2018/р. 210-226/
Details: Transport, Coal-To-Liquids, Methanol&Products, OtherMethodsOfSyngasProduction, MethanolSynthesis, LowEfficiencyInGeneral, SavingEcosystems
Sugarcane Bagasse Gasification: Thermodynamic Modelling and Analysis of Operating Effects in a Steam-Oxygen-Blown Fluidized Bed using Aspen PlusTM
/Motta I.L.,Miranda N.T.,Maciel Filho R., Wolf Maciel M.R./Chemical Engineering Transactions, 65, article/December 2018/ pp. 169-174/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality, LowEfficiencyDueToEnergyLosses
Substantiation into practical application of the biomass gasification technology
/Lozynska Diana, Lozynska Tetiana/Physical & Chemical Geotechnologies – 2018: Materials of The International Scientific & Practical Conference, conference paper/December 2018/p. 32-33/
Details: Transport, Coal-To-Liquids, Biomass-To-Liquids, UndergroundCoalGasification, OtherMethodsOfSyngasProduction, HighCostsInGeneral, SavingEcosystems, LowEfficiencyOfMainProcesses
Study on environmental quality and hazard identification of underground coal gasification project: a literature study and field survey
/R Damayanti/Indonesian Mining Journal, vol 21, no 2, article/December 2018/22 р./
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, SavingEcosystems, LowEfficiencyOfMainProcesses, AdministrativeAndOrganisationalProblems
Studies on biomass char gasification and dynamics
/Zhanping You, Shijun You, Xiaoyan Ma/IOP Conference Series: Earth and Environmental Science 108, conference paper/December 2018/7 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality, LowEfficiencyInGeneral
Strategies for Producer Gas Cleaning in Biomass Gasification: A Review
/Haresh V. Makwana, Darshit S. Upadhyay, Jayesh J. Barve, Rajesh N. Patel/Conference Proceedings of the Second International Conference on Recent Advances in Bioenergy Research, сonference paper/December 2018/pp 115-127/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, TreatmentOfSyngas, HighOpex/RepairAndReplacement, LowEfficiencyOfMainProcesses
Steam gasification of biomass in dual fluidized bed gasifiers: A review
/Jürgen Karl, Tobias Pröll/Renewable and Sustainable Energy Reviews, Volume 98, article/December 2018/Pages 64-78/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, HighOpex/Maintenance
Simulation Models of Biomass Thermochemical Conversion Processes, Gasification and Pyrolysis, for the Prediction of the Energetic Potential
/Antonio Gagliano, Francesco Nocera, Maria Bruno/Advances in Renewable Energies and Power Technologies, Volume 2: Biomass, Fuel Cells, Geothermal Energies, and Smart Grids, book chapter/December 2018/Pages 39-85/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Rice Husk Gasification: from Industry to Laboratory
/Hong Nam Nguyen, Laurent Van De Steene, Thi Thuy Hang Le, Duc Dung Le, Minh Ha-Duong/IOP Conference Series: Earth and Environmental Science, 159, conference paper/December 2018/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Removal of H₂S, NH₃, and tars from the producer gas of biomass gasification by secondary measures
/Yanjie Wang/University of Canterbury, thesis/1 December 2018/320 р./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, TreatmentOfSyngas, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Rational Design of Hydrogen-Donor Solvents for Direct Coal Liquefaction
/Peidong Hou, Yuwei Zhou, Wenping Guo, Pengju Ren, Qiang Guo, Hongwei Xiang, Yong-Wang Li, Xiao-Dong Wen, Yong Yang/Energy Fuels, 32 (4), article/December 2018/pp 4715–4723/
Details: Transport, Coal-To-Liquids, DirectCoalLiquefaction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Production of Synthetic Fischer–Tropsch Diesel from Renewables: Thermoeconomic and Environmental Analysis
/Mahrokh Samavati, Massimo Santarelli, Andrew Martin, Vera Nemanova/Energy Fuels, 32 (2), article/December 2018/pp 1744–1753/
Details: Transport, Fischer-TropschInGeneral, Biomass-To-Liquids, Fischer-TropschSynthesis, OtherMethodsOfSyngasProduction, LowEfficiencyOfSecondaryProcesses, LowEfficiencyDueToEnergyLosses, HighCostsInGeneral, SavingEcosystems
Producer gas production of Indonesian biomass in fixed-bed downdraft gasifier as an alternative fuels for internal combustion engines
/J P Simanjuntak, Lisyanto, E Daryanto, B H Tambunan/IOP Conference Series: Journal of Physics: Conference Series 970, conference paper/December 2018/9 р./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, AdministrativeAndOrganisationalProblems, HighOpex/Maintenance
Process Synthesis and the GH Space for Analysing and Optimising Biomass Gasification
/Lwazi Ngubevana/International Journal of Chemoinformatics and Chemical Engineering (IJCCE), 7(1), article/December 2018/9 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToEnergyLosses, LowEfficiencyOfMainProcesses
Process modeling for steam biomass gasification in a dual fluidized bed gasifier
/Quang-Vu Bach, Hye-Ri Gye, Chul-Jin Lee/Computer Aided Chemical Engineering, Volume 44, article/December 2018/Pages 343-348/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Preparation and Characterization of SiO2/Co and C/Co Nanocomposites as Fisher-Tropsch Catalysts for CO2 Hydrogenation
/Fuqin Han, Zhe Zhang, Na Niu, Jian Li/Chemical Research in Chinese Universities, article/ December 2018/pp 1–8/
Details: Transport, Methanol&Products, MethanolSynthesis, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Potential methanol-ethanol synthesis from Hungarian sub-bituminous coal via plasma gasification and Fischer-Tropsch synthesis
/Ljudmilla Bokányi, Ákos Pintér-Móricz/International Journal of Oil, Gas and Coal Technolog, Volume 18, Issue 1-2, article/December 2018/
Details: Transport, Coal-To-Liquids, Fischer-TropschSynthesis, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Phase stability analysis on green methanol synthesis process from CO2 hydrogenation in water cooled, gas cooled and double cooled tubular reactors
/Fereshteh Samimi, Mehrzad Feilizadeh, Mohammad Ranjbaran, Mohammad Arjmand, Mohammad Reza Rahimpour/Fuel Processing Technology, Volume 181, article/1 December 2018/Pages 375-387/
Details: Transport, Methanol&Products, MethanolSynthesis, LowEfficiencyOfMainProcesses
Petrological characteristics of commerce-scale entrained flow coal gasification residues
/X Guo, Y Tang, Y Wang, P Li, CF Eble/35th TSOP Annual Meeting, conference paper/December 2018/1 p./
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Petrochemical evaluation and classification of coal deposits of Barka Sayal area, South Karanpura Coalfield and suggestion for its proper utilisation
/Alok K. Singh, Mrityunjay K. Jha/International Journal of Oil, Gas and Coal Technology, Volume 18, Issue 1-2, article/ December 2018/
Details: Transport, Coal-To-Liquids, OtherTechnologies, LowEfficiencyDueToFeedQuality
Performance evaluation of continuous biomass fed horizontal gasifier
/Vikas Kumar Aharwal R. N. Singh/International Journal of Innovation in Engineering Research and Management, Vol. 5, No. 01, article/December 2018/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Performance evaluation of a 15 kWth biomass gasifier in downdraft and updraft operating modes: an experimental study
/K. Shanmuganandam, J.Anichai, V. Jayakumar/MATEC Web of Conferences, 172, conference paper/December 2018/4 р./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, HighOpex/Maintenance, LowEfficiencyInGeneral, LowEfficiencyOfMainProcesses
Partial Oxidation of Methane Over NiOx/Hierachichal ZSM-5 Catalyst
/D A Nurani, Y K Krisnandi, Akmal /IOP Conference Series: Journal of Physics: Conference Series, 1095, conference paper /December 2018/6 р./
Details: Transport, Methanol&Products, Gas-To-Liquids, TreatmentOfSyngas, PrimaryTechnologiesOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Parametric Investigation of a Downdraft Gasifier Using Numerical Modelling for Different Biomass Materials in Myanmar
/Sithu Han, Mya Mya Oo,Thein Min Htike/GMSARN International Journal 12, article/December 2018/ 6 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality
Original hybrid membrane-catalytic reactor for the Co-Production of syngas and ultrapure hydrogen in the processes of dry and steam reforming of methane, ethanol and DME
/A.S. Fedotov, D.O. Antonov, V.I. Uvarov, M.V. Tsodikov/International Journal of Hydrogen Energy, Volume 43, Issue 14, article/December 2018/Pages 7046-7054/
Details: Transport, Gas-To-Liquids, PrimaryTechnologiesOfSyngasProduction, OtherMethodsOfSyngasProduction, OtherTechnologies, LowEfficiencyOfMainProcesses, HighOpex/Maintenance, LowEfficiencyInGeneral
Optimum Utilization of Biomass for the Production of Power and Fuels using Gasification
/Ahmed AlNouss, Gordon Mckay, Tareq Al-Ansari/Computer Aided Chemical Engineering, Volume 43, article/December 2018/Pages 1481-1486/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, AdministrativeAndOrganisationalProblems, SavingEcosystems, LowEfficiencyDueToFeedQuality
Optimization of the Thermal Efficiency of a Fixed-Bed Gasifier using Computational Fluid Dynamics
/Nunurai Kapfunde, Cornelius Mduduzi Masuku, Diane Hildebrandt/Computer Aided Chemical Engineering, Volume 44, article/December 2018/Pages 1747-1752/
Details: Transport, Biomass-To-Liquids, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToEnergyLosses, LowEfficiencyOfMainProcesses
Optimization of dimethyl ether production process synthesis using superstructure analysis
/Teerapat Laiwatthanaphaisarn, Amata Anantpinijwatna/MATEC Web of Conferences 192, conference paper/December 2018/4 р./
Details: Transport, Methanol&Products, Methanol-To-Liquids, LowEfficiencyOfMainProcesses, HighCostsInGeneral
On the mitigating environmental aspects of a vertical well in underground coal gasification method
/Mohammadreza Shahbazi, Mehdi Najafi, Mohammad Fatehi Marji/Mitigation and Adaptation Strategies for Global Change, article/ December 2018/pp 1–26/
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, OtherTechnologies, LowEfficiencyOfMainProcesses, SavingEcosystems
Numerical Simulation of Molten Slag Deposition in Radiant Syngas Cooler with a CFD-Based Model
/Xianbin Li, Guangsuo Yu, Zhenghua Dai, Zhijie Zhou, Fuchen Wang/Journal of Chemical Engineering of Japan, Vol. 49, article /December 2018/10 p./
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, HighOpex/RepairAndReplacement, HighOpex/Maintenance
Numerical simulation of coupled thermal-mechanical fracturing in underground coal gasification
/Tian-Hong Duan, Jian-Ming Zhang, Cliff Mallett, Hong-Hang Li, Li-Wen Huo, Kai-Ting Zhao/Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy, Vol. 232(1), article/2018/pp. 74–84/
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, LowEfficiencyOfMainProcesses
Nanoporous oxide catalysts: A new catalyst paradigm of SYNGAS production for sustainable energy and environmental applications
/Ioana Fechete, Jacques C. Védrine/Metal Oxides in Heterogeneous Catalysis, book chapter/December 2018/ Pages 105-132/
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, PrimaryTechnologiesOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Multivariable model predictive control design of reactive distillation column for Dimethyl Ether production
/A Wahid, I G E P Putra/IOP Conf. Series: Materials Science and Engineering 334, conference paper/December 2018/9 р./
Details: Transport, Methanol&Products, Methanol-To-Liquids, RefiningOfProducts, Water,EnergyOrGasConsumption, LowEfficiencyOfMainProcesses, HighOpex/Maintenance
Modification of zeolite catalyst in dimethyl ether production from methanol through adding the improver alumina phosphate
/Kianfar Ehsan/Journal of Science and Engineering Elites, Volume 3 , Number 3, article/December 2018/pp. 71-83/
Details: Transport, Methanol&Products, Methanol-To-Liquids, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Modeling of a Reaction-Distillation-Recycle System to Produce Dimethyl Ether through Methanol Dehydration
/Y Muharam, L M Zulkarnain, A S Wirya/IOP Conference Series: Materials Science and Engineering, Volume 316, conference 1, conference paper /December 2018/7 р./
Details: Transport, Methanol&Products, Methanol-To-Liquids, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Modeling and Simulation of an Oxygen-Blown Bubbling Fluidized Bed Gasifier using the Computational Particle-Fluid Dynamics (CPFD) Approach
/Di Nardo A., Calchetti G., Stendardo S/Journal of Applied Fluid Mechanics, Vol. 11, Issue 4, review/December 2018/pp. 825-834/
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, HighOpex/Maintenance
Microbial and energetic stability of biomass used for thermochemical conversion in gasification process
/Hawrot-Paw M, Koniuszy A, Pizon D, Karbowy A/Przemysl Chemiczny, Vol.97, No.5, article/December 2018/ pp. 706-708/
Details: Transport, Biomass-To-Liquids, FeedstockPreparation, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality
Mg-promotion of Ni natural clay-supported catalysts for dry reforming of methane
/H. Liu, P. Da Costa, H. Bel Hadj Taief, M. Benzina, M. E. Galvez/RSC Advances, 8, article/ December 2018/pp. 19627–19634/
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Methanol Production from High CO2 Content Natural Gas
/Benjamín Cañete, Nélida B. Brignole, Carlos E. Gigola/Computer Aided Chemical Engineering, Volume 44, article /December 2018/Pages 151-156/
Details: Transport, Methanol&Products, Gas-To-Liquids, MethanolSynthesis, OtherTechnologies, LowEfficiencyOfMainProcesses, HighCostsInGeneral
Methanol Production from Coke Oven Gas and Blast Furnace Gas
/Lingyan Deng, Thomas A. Adams/Computer Aided Chemical Engineering, Volume 44, article /December 2018/Pages 163-168/
Details: Transport, Methanol&Products, OtherFeedMaterial, MethanolSynthesis, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality
Methane decomposition over Ni/carbon catalysts prepared by selective gasification of coal char
/Jianbo Zhang, Wenting Xie, Xing Li, Qingqing Hao, Huiyong Chen, Xiaoxun Ma/Energy Conversion and Management, Volume 177, article/1 December 2018/Pages 330-338/
Details: Transport, Gas-To-Liquids, Coal-To-Liquids, OtherFeedMaterial, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses, LowEfficiencyInGeneral
Metal-Catalysed Hydrogenation of CO2 into Methanol
/Maximilian Franz Hertrich, Matthias Beller/Topics in Organometallic Chemistry, book chapter/December 2018/pp. 1-16/
Details: Transport, Methanol&Products, MethanolSynthesis, LowEfficiencyOfMainProcesses
Mathematical modelling of in situ combustion and gasification
/Greg Perkins/Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy, Vol. 232(1), article/2018/pp. 56–73/
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, LowEfficiencyOfMainProcesses
Mass and Energy Balance Analysis of Methanol Production Using Atmospheric CO2 Capture with Energy Source from PCMSR
/Andang W. Harto, Mella Soelanda/E3S Web of Conferences 42, conference paper/December 2018/6 р./
Details: Transport, Methanol&Products, OtherTechnologies, SavingEcosystems, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral, Water,EnergyOrGasConsumption
Low temperature methanol synthesis catalysed by a copper nanoparticle-alkoxide system
/Ahoba-Sam Christian/University of South-Eastern Norway, thesis /December 2018/213 р./
Details: Transport, Methanol&Products, MethanolSynthesis, OtherTechnologies, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses, LowEfficiencyInGeneral
Life cycle assessment of jet fuel from biomass gasification and Fischer-Tropsch synthesis
/Tao Wei ; Xiao Jun ; Yang Kai/China Environmental Science, Vol.38 No.1, article/ 2018/pp.383-391/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, Fischer-TropschSynthesis, AdministrativeAndOrganisationalProblems, SavingEcosystems
Leading Edge of Coal Utilization Technologies for Gasification and Cokemaking
/Kenji Kato, Keiji Matsueda/KONA Powder and Particle Journal, 35, article/December 2018/10 р./
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, Water,EnergyOrGasConsumption
Key aspects in the strategic development of synthetic natural gas (BioSNG) supply chains
/Calderon AJ, Papageorgiou LG/Biomass & Bioenergy, Vol.110, article /December 2018/pp. 80-97/
Details: Transport, SyntheticNaturalGas, Biomass-To-Liquids, SyngasToMethane, HighCostsInGeneral, AdministrativeAndOrganisationalProblems, HighCapex/Development
Investment dilemmas in the implementation of gasification technology in Poland
/Ściążko M. , Chmielniak T. , Kwaśniewski K. , Stępień L./Polityka Energetyczna – Energy Policy Journal, vol 21, issue 2, article/December 2018/20 р./
Details: Transport, IntegratedGasificationCombinedCycle, Coal-To-Liquids, OtherMethodsOfSyngasProduction, SyngasToElectricity, LowEfficiencyOfMainProcesses, HighOpex/Maintenance, HighCostsInGeneral, AdministrativeAndOrganisationalProblems
Investigation on biomass steam gasification in a dual fluidized bed reactor with the granular kinetic theory
/Linbo Yan, Yang Cao, Hongzhiyuan Zhou, Boshu He/Bioresource Technology, Volume 269, article/December 2018/Pages 384-392/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral, LowEfficiencyDueToFeedQuality
Investigation of the pollution risk of residues from a laboratory-scale underground coal gasification of Malkara (Turkey) lignite
/Y. Fallahi, A. A. Aydın, M. Gür, H. Okutan/International Journal of Environmental Science and Technology, article/ December 2018/pp 1–10/
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, OtherTechnologies, LowEfficiencyDueToFeedQuality, SavingEcosystems
Investigation of biomass gasification using indonesian clay as catalyst
/SD Sumbogo Murti, Yuta SUDO, SUN Yan, Adiarso, Reiji NODA/IOP Conference Series: Earth and Environmental Science 105, conference paper/December 2018/8 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Investigating the Suitability of Morupule Coal for Coal Gasification Technology
/Kamogelo P. Keboletse, Thato Mongalenyane, Leungo Kelebopile, Philip Oladijo, Said Kutua/African Materials Research Society 2017, Volume 3, Issue 38, article/December 2018/pp. 2235-2245/
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, SavingEcosystems
Integrated Biomass Gasification Combined Cycle Plant for Small Scale Generation: Part B-Exergetic and Exergo-economic Analyses
/P Mondal, S Ghosh/IOP Conference Series: Materials Science and Engineering 377, conference paper/December 2018/7 р./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, HighCostsInGeneral, LowEfficiencyDueToEnergyLosses
Innovative aspects of underground coal gasification technology in mine conditions
/V. Falshtynskyi, P. Saik, V. Lozynskyi, R. Dychkovskyi, M. Petlovanyi/Mining of Mineral Deposits University, Volume 12, Issue 2, article/2018/pp. 68-75
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, LowEfficiencyOfMainProcesses
Influence of oxidizer injection angle on the entrained flow gasification of torrefied wood powder
/Yngve Ögren, Marcus Gullberg, Jonas Wennebro, Alexey Sepman, Pál Tóth, Henrik Wiinikka/Fuel Processing Technology, Volume 181, article/1 December 2018/Pages 8-17/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Influence of coal ash on potassium retention and ash melting characteristics during gasification of corn stalk coke
/Heng Zhang, Junguo Li, Xin Yang, Shuai Guo, Haijuan Zhan, Yongqi Zhang, Yitian Fang/Bioresource Technology, Volume 270, article/December 2018/Pages 416-421/
Details: Transport, Biomass-To-Liquids, OtherFeedMaterial, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
In situ NAP-XPS spectroscopy during methane dry reforming on ZrO2/Pt(1 1 1) inverse model catalyst
/C Rameshan , H Li, K Anic, M Roiaz, V Pramhaas, R Rameshan, R Blume, M Hävecker, J Knudsen, A Knop-Gericke, G Rupprechter/Journal of Physics: Condensed Matter, 30 , article/December 2018/12 p./
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Hydrogen Production From Biogas Reforming: An Overview of Steam Reforming, Dry Reforming, Dual Reforming, and Tri-Reforming of Methane
/Doan Pham Minh, Tan Ji Siang, Dai-Viet N. Vo, Thanh Son Phan, Cyrille Ridart, Ange Nzihou, Didier Grouset/Hydrogen Supply Chains, Design, Deployment and Operation, book chapter/December 2018/Pages 111-166/
Details: Transport, Gas-To-Liquids, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, Water,EnergyOrGasConsumption
Green fuel from coal via Fischer–Tropsch process: scenario of optimal condition of process and modelling
/Hossein Atashi, Somayyeh Veiskarami/International Journal of Coal Science & Technology, article/December 2018/pp 1–14/
Details: Transport, Coal-To-Liquids, Biomass-To-Liquids, Fischer-TropschSynthesis, LowEfficiencyOfMainProcesses
Gasification reactivity of high ash Indian coals in varying concentrations of CO2
/Sujan Saha, Gajanan Sahu, Prakash D. Chavan, Sudipta Datta/International Journal of Oil, Gas and Coal Technology, Volume 18, Issue 1-2, article/December 2018/ pp. 163–186/
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality
Gasification of Wood and Non-wood Waste of Timber Production as Perspectives for Development of Bioenergy
/Irina A Kislukhina, Olga G Rybakova/IOP Conference Series: Materials Science and Engineering 327, conference paper/December 2018/7 p./
Details: Transport, Biomass-To-Liquids, OtherFeedMaterial, OtherMethodsOfSyngasProduction, FeedstockPreparation, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality
Gasification of rice husk in two-stage gasifier to produce syngas, silica and activated carbon
/G. U Kate, A. S Chaurasia/Energy Sources, Part A: Recovery, Utilization, and Environmental Effects , Volume 40, Issue 4, article/December 2018/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Gasification of lignocellulosic biomass to produce syngas in a 50 kW downdraft reactor
/Minhaj Uddin Monir, Azrina Abd Aziz, Risky Ayu Kristanti, Abu Yousuf/Biomass and Bioenergy, Volume 119, article/December 2018/Pages 335-345/
Details: Transport, Coal-To-Liquids, OtherFeedMaterial, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses
Gasification of Furniture Waste Sawdust in a Cyclone Gasifier
/Adisa Vongsvarnrungruang, Duangduen Atong, Viboon Sricharoenchaikul/IOP Conference Series: Earth and Environmental Science 146, conference paper/December 2018/8 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Gasification characteristics of combustible solid waste with additives and kinetics study
/Mengzhu Yu, Yanji Li, Yuyang Fan, Rundong Li, Yong Chi/Waste and Biomass Valorization, Volume 9, Issue 12, article/December 2018/pp 2571–2578/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, FeedstockPreparation, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality
Gas hydrate production from generator gas at underground coal gasification
/Saik P. B., Petlovanyi M. V., Lozynskyi V. H., Sai K. S./National Mining University, article/2018/4 p./
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, HighCapex/Development
Fundamentals of Gasification and Gasifiers
/Vladimir Litvinenko, Bernd Meyer/Syngas Production: Status and Potential for Implementation in Russian Industry, book chapter/December 2018/pp 7-17/
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, HighCostsInGeneral, LowEfficiencyDueToFeedQuality
Forest residues gasification integrated with electrolysis for production of SNG–modelling and assessment
/Johan M. Ahlström, Simon Harvey, Stavros Papadokonstantakis/Computer Aided Chemical Engineering, Volume 44, article/December 2018/ Pages 109-114/
Details: Transport, SyntheticNaturalGas, Biomass-To-Liquids, SyngasToMethane, OtherTechnologies, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Food Waste Gasification through Hydrothermal Carbonization Pre-treatment
/A. N. Izaharuddin, M. C. Paul, S. Theppitak, X. Dai, Kunio Yoshikawa/Joint Meeting of the German and Italian Sections of the Combustion Institute, conference paper/December 2018/7 p./
Details: Transport, OtherFeedMaterial, Biomass-To-Liquids, FeedstockPreparation, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses
Feedstock Characterization for Pyrolysis and Gasification
/B. Rajasekhar Reddy, R. Vinu/Coal and Biomass Gasification, book chapter/ December 2018/pp 3-36/
Details: Transport, Biomass-To-Liquids, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, HighOpex/Maintenance, LowEfficiencyOfMainProcesses
Experimental Study of a Biomass Downdraft Gasifier with Multi-tube Gas Outlets to Improve Synthesis Gases Quality
/Ajaree Suwatthikul, Paisan Kittisupakorn/Computer Aided Chemical Engineering, Volume 43, article/December 2018/ Pages 615-620/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, HighOpex/Maintenance, LowEfficiencyInGeneral
Experimental Observation on Downdraft Gasification for Different Biomass Feedstocks
/Edris Madadian/Gasification for Low-grade Feedstock, book chapter/December 2018/16 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Experimental Investigation on Rice Straw Gasification in a Cyclone Gasifier
/Worapot Ngamchompoo/BioResources, Vol 13, No 4, article/December 2018/ 17 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Exergoeconomic Analysis of a Syngas Micro Turbine Cogeneration System
/Rafael E. Diaz Herazo, Guillermo E. Valencia Ocho, Yeimmy Peralta Ruiz/Chemical Engineering Transactions, Vol. 65, article/December 2018/pp. 655-660/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses, AdministrativeAndOrganisationalProblems
Environmental controls for underground coal gasification
/CW Mallett/Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy, Vol. 232(1), article/2018/pp. 47–55/
Details: Transport, Coal-To-Liquids, OtherTechnologies, SavingEcosystems
Environmental Assessment of a Biorefinery: Case Study of a Purification Stage in Biomass Gasification
/Samir Meramo-Hurtado, Karina Ojeda-Delgado, Eduardo Sánchez-Tuirán/Contemporary Engineering Sciences, Vol. 11,No. 3, article/December 2018/pp. 113 - 120/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, TreatmentOfSyngas, OtherTechnologies, SavingEcosystems, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses
Enhanced activity of Ni/SiO2 catalyst in dry reforming of CH4 via a modified impregnation method
/Chao Li, Chenyin Yang, Yan Xu, Xihua Du/IOP Conf. Series: Earth and Environmental Science 189, conference paper/December 2018/16 р./
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Emission Characteristics of Organic Pollutants during Coprocessing of Coal Liquefaction Residue in Texaco Coal–Water Slurry Gasifier
/Xuebing Li, Li Li, Zechun Huang, Dahai Yan, Hongjin Yu, Jie He/Energy Fuels, 32 (2), article/27 March 2018/pp 2605–2611/
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, LowEfficiencyOfMainProcesses, SavingEcosystems
Effects of Mechanical Preprocessing Technologies on Gasification Performance and Economic Value of Syngas
/Jaya Shankar Tumuluru/Biomass Preprocessing and Pretreatments for Production of Biofuels Mechanical, Chemical and Thermal Methods, book chapter/December 2018/ 33 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, FeedstockPreparation, LowEfficiencyOfMainProcesses, HighCostsInGeneral
Effect of water addition in a microwave assisted thermal cracking of biomass tar gasification
/A Warsita, I Surya/IOP Conference Series: Materials Science and Engineering 309, conference paper/December 2018/8 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, TreatmentOfSyngas, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Effect of the template on the hydrothermal synthesis of mixed molecular sieves for methanol dehydration
/Hang Xu Dandan Zhang Fengmin Wu/Environmental Progress & Sustainable Energy, Volume 37, Issue 6, article/December 2018/Pages 2132-2138/
Details: Transport, Methanol&Products, Methanol-To-Liquids, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses, LowEfficiencyInGeneral
Effect of pore geometry of mesoporous supports on catalytic performances in methane reforming
/Joy Tannous, Leila Karam, Marie-Nour Kaydouh, Henri El Zakhem, Nissrine El Hassan, Sandra Casale/MATEC Web of Conferences 171, conference paper/December 2018/5 p./
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Effect of equivalence ratio on gasification of granular biomaterials in self circulating fluidised bed gasifier
/R. Ganesh, S. Jaisankar, K.N. Sheeba /International Journal of Environment and Sustainable Development, Volume 17, Issue 2-3, article/December 2018/ pp. 193–201/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral, LowEfficiencyDueToFeedQuality
Effect of Brønsted acid sites on the direct conversion of methane into methanol over copper-exchanged mordenite
/Vitaly L. Sushkevich, Jeroen A. van Bokhoven/Catalysis Science & Technology, Issue 16, article/December 2018/pp. 4141-4150/
Details: Transport, Methanol&Products, OtherTechnologies, LowEfficiencyOfMainProcesses
Economic analysis of methanol production from coal/biomass upgrading
/Zhenling Liu/Energy Sources, Part B: Economics, Planning, and Policy, Volume 13, Issue 1, article /December 2018/Pages 66-71/
Details: Transport, Coal-To-Liquids, Biomass-To-Liquids, MethanolSynthesis, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality, HighCostsInGeneral
Dry reforming of methane over Zr-and Y-modified Ni/Mg/Al double-layered hydroxides
/Katarzyna Świrk, Maria Elena Gálvez, Monika Motak, Teresa Grzybek, Magnus Rønning, Patrick Da Costa/Catalysis Communications, Volume 117, review/December 2018/Pages 26-32/
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Dry reforming of methane over palladium–platinum on carbon nanotube catalyst
/Yuan Zhu, Kun Chen, Chen Yi, Somenath Mitra, Robert Barat/Chemical Engineering Communications, Volume 205, Issue 7, article/December 2018/Pages 888-896/
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Dry Reforming of Methane on LaSrNiAl Perovskite-Type Structures Synthesized by Solution Combustion
/Pedro J. Rodríguez-Sulbarán, Claudio A. Lugo, Manuel A. Perez, Sergio L. Gonzalez-Cortes, Renato D’Angelo, Jairo Rondon, Hildemaro Melendez, Mahiceth Quintero, Patricia Perez, Marlin D. Villarroel, Freddy E. Imbert, Hector L. Del Castillo/Advanced Solid Catalysts for Renewable Energy Production, book chapter/December 2018/25 p./
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Downdraft Co-gasification of Oil Palm Frond with Other Oil Palm Residues: Effects of Blending Ratio
/M.N.Z. Moni, S.A. Sulaiman, A.T. Baheta/UTP-UMP-VIT Symposium on Energy Systems 2018, conference paper /December 2018/9 р./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses
Distribution of potentially hazardous trace elements during the entrained-flow coal gasification processes
/X Guo, Y Tang, Y Wang, P Li, CF Eble/35th TSOP Annual Meeting, conference paper/December 2018/1 p./
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, SavingEcosystems, AdministrativeAndOrganisationalProblems
Development of Technological Process of Matrix Conversion of Natural and Associated Petroleum Gases into Syngas with Low Content of Nitrogen
/V. S. Arutyunov, A. V. Nikitin, V. I. Savchenko, I. V. Sedov, O. V. Shapovalova, V. M. Shmelev/Proceedings of the Scientific-Practical Conference "Research and Development - 2016", conference paper/ December 2018/pp 721-730/
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Development of renewable biomass energy by catalytic gasification: Syngas production for environmental management
/Jifei Fan, Daopeng Wang, Le Kang/Energy Sources, Part A: Recovery, Utilization, and Environmental Effects, Volume 40, Issue 24, article /December 2018/Pages 2941-2947/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, SavingEcosystems
Development of an Euler-Lagrangian simulation of a circulating fluidized bed reactor for Shubarkol coal gasification case study
/Diyar Tokmurzin, Desmond Adair/6th International Conference on Nanomaterials and Advanced Energy Storage Systems, conference paper/December 2018/36 p./
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Development and modification of low nickel content catalysts for dry reforming of methane
/Quan Luu Manh Ha, Hanan Atia, Udo Armbruster, Sebastian Wohlrab/PETROVIETNAM, vol. 6, article/December 2018/ 7 p./
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses, LowEfficiencyDueToCatalystReplacement
Determination of acid rock drainage from underground coal gasification at a pilot plant in Majuba
/Lehlohonolo Mokhahlane/11th ICARD, IMWA, MWD Conference – “Risk to Opportunity”, conference paper/December 2018/5 p./
Details: Transport, Coal-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, SavingEcosystems, LowEfficiencyOfMainProcesses
Design, development and performance evaluation of biomass gasifier for power generation
/Omar Muhammad Mubashar/UNIVERSITY OF AGRICULTURE, thesis/December 2018/165 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, TreatmentOfSyngas, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality, LowEfficiencyOfSecondaryProcesses, LowEfficiencyInGeneral
Design and optimization of new La1−xCexNi1−yFeyO3 (x, y = 0–0.4) nano catalysts in dry reforming of methane
/Fahime Abedini, Seyed Ali Hosseini, Aligholi Niaei, Dariush Salari, Milad Abbasi, Shiva Marmarshahi/International Journal of Green Energy, Volume 15, Issue 1, article/December 2018/Pages 20-27/
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Design and analysis of solid oxide electrolysis-based systems for synthetic liquid fuels production
/Samavati Mahrokh/KTH Royal Institute of Technology, thesis/2018/214 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, Fischer-TropschSynthesis, LowEfficiencyOfMainProcesses, LowEfficiencyDueToEnergyLosses, SavingEcosystems
Corrosion of sedimentary liquids on internal bottom plate of tanks among coal liquefaction process
/Yawei Lu Zhirong Wang Juncheng Jiang Zhan Dou Anxue Xue Jian Wang/Process Safety Progress, Volume 37, Issue 4, article/December 2018/Pages 506-517/
Details: Transport, Coal-To-Liquids, DirectCoalLiquefaction, LowEfficiencyOfMainProcesses, HighOpex/RepairAndReplacement
Conversion of CO2-Rich Natural Gas to Liquid Transportation Fuels via Trireforming and Fischer–Tropsch Synthesis: Model-Based Assessment
/José E. A. Graciano, Benoît Chachuat, Rita M. B. Alves/Industrial & Engineering Chemistry Research, article/December 2018/
Details: Transport, Gas-To-Liquids, Fischer-TropschInGeneral, OtherMethodsOfSyngasProduction, Fischer-TropschSynthesis, OtherTechnologies, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral, Water,EnergyOrGasConsumption
Comparison of methanol to gasoline conversion in one-step, two-step, and cascade mode in the presence of H-ZSM-5 zeolite
/Valentin Yu. Doluda, Antonina A. Stepacheva, Natalia V. Lakina, Oleg V. Manaenkov, Vladimir P. Molchanov, Galina N. Demidenko, Valentina G. Matveeva, Viktor I. Panfilov, Mikhail G. Sulman, Esther M. Sulman/International Journal of Sustainable Energy, Volume 37, Issue 10, article /December 2018/Pages 970-977/
Details: Transport, Methanol&Products, Methanol-To-Liquids, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Comparative Performance Analysis of Industrial Scale Catalytic Steam Reformer with Membrane Steam Reformer
/Arun Senthil Sundaramoorthy, Arun Prem Anand Natarajan, Sundaramoorthy Sithanandam/Computer Aided Chemical Engineering, Volume 43, article/December 2018/Pages 699-704/
Details: Transport, Gas-To-Liquids, PrimaryTechnologiesOfSyngasProduction, OtherMethodsOfSyngasProduction, HighCostsInGeneral, HighOpex/Maintenance, LowEfficiencyInGeneral
Comparative Gasification Process Studies for Prosopis (P. Juliflora) and Rice Husks (Oryza Sp.) into Renewable Energy Resources in Kenya
/Gift Kirigha Gewona/Jomo Kenyatta University of Agriculture And Technology, thesis/December 2018/93 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality, AdministrativeAndOrganisationalProblems
Combining Biomass, Natural Gas, and Carbonless Heat to Produce Liquid Fuels and Electricity
/Leila Hoseinzade, Thomas A. AdamsII/Computer Aided Chemical Engineering, Volume 43, article/2018/Pages 1401-1406/
Details: Transport, Biomass-To-Liquids, Gas-To-Liquids, OtherTechnologies, OtherMethodsOfSyngasProduction, Fischer-TropschSynthesis, MethanolSynthesis, Methanol-To-Liquids, LowEfficiencyOfMainProcesses, SavingEcosystems, HighCostsInGeneral
Co-liquefaction of wastes and coal mixtures to produce added value liquid compounds
/Pinto Filomena, Costa Paula, Paradela Filipe, Silva Pedro, Meredith Will, Stevens Lee, Snape Colin/Chemical Engineering Transactions, Vol. 65, article/December 2018/p. 493-498/
Details: Transport, Coal-To-Liquids, DirectCoalLiquefaction, LowEfficiencyDueToFeedQuality, LowEfficiencyOfMainProcesses
Co-gasification of Corn and Coconut Residues in Downdraft Gasifier
/Norazilah Tamili, Lee Kean Chuan, Shaharin A. Sulaiman, Mohamad Nazmi Z. Moni, Muddasser Inayat, Michael Yin Kai Lo/MATEC Web of Conferences, Volume 225, article/December 2018/6 р./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality
Chemical and Biological Synthesis—Basis for Gaseous and Liquid Fuels
/Alexander Tremel/Electricity-based Fuels, book chapter/2018/pp 33-45/
Details: Transport, Methanol&Products, OtherTechnologies, AdministrativeAndOrganisationalProblems
Characterization of syngas produced from biomass gasification
/Jan Najser, Ondřej Němček, Marcel Mikeska/MATEC Web of Conferences 168, conference paper/December 2018/7 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
Cavity Models for Underground Coal Gasification
/Preeti Aghalayam/Coal and Biomass Gasification, book chapter/ December 2018/pp 207-221/
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, LowEfficiencyOfMainProcesses
Catalytic performance of a high-cell-density Ni honeycomb catalyst for methane steam reforming
/Ya Xu, Toshiko Harimoto, Toshiyuki Hirano, Hirohito Ohata, Hirotaka Kunieda, Yuta Hara, Yasushi Miyata/International Journal of Hydrogen Energy, article/December 2018/
Details: Transport, Gas-To-Liquids, PrimaryTechnologiesOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Biomass-To-Syngas (BTS) Process to Produce High Purity Syngas with Flexible H2/CO ratio and Complete Tar Conversion
/Wang Chenghao/Ohio State University, thesis/December 2018/ 48 p./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToFeedQuality, HighOpex/Maintenance
Biomass Gasification for Power Generation Applications: A Modeling, Economic, and Experimental Study
/David Vera, Francisco Jurado, Juan P. Torreglosa, Manuel Ortega/Advances in Renewable Energies and Power Technologies, Volume 2: Biomass, Fuel Cells, Geothermal Energies, and Smart Grids, book chapter/December 2018/Pages 87-121/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, TreatmentOfSyngas, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral, HighCostsInGeneral
Biomass Gasification based Combined Cycle Plant for Small Scale Generation: Part A-Energetic, Environmental and Economic Analyses
/P Mondal, S Ghosh/IOP Conference Series: Materials Science and Engineering 377, conference paper/December 2018/7 р./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, SavingEcosystems, HighCostsInGeneral, Water,EnergyOrGasConsumption, AdministrativeAndOrganisationalProblems
Biomass Gasification and Sustainability Assessment of Biomass Utilization
/Amit R. Patel, Rakesh Kumar Maurya, Prabir SarkarHarpreet Singh, Himanshu Tyagi/Biorefining of Biomass to Biofuels, book chapter/December 2018/pp 53-85/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, AdministrativeAndOrganisationalProblems, HighCostsInGeneral, SavingEcosystems
Biokerosene Production from Bio-Chemical and Thermo-Chemical Biomass Conversion and Subsequent Fischer-Tropsch Synthesis
/Reinhard Rauch, Hermann Hofbauer, Ulf Neuling, Martin Kaltschmitt/Biokerosene, book chapter/2018/pp 497-542/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, Fischer-TropschSynthesis, LowEfficiencyOfMainProcesses
Biobutanol: New era of biofuels
/Ranju Kumari Rathour,Vishal Ahuja,Ravi Kant Bhatia,Arvind Kumar Bhatt/International Journal of Energy Research,Volume 42,Issue 15,pp. 4532-4545/December,2018/14 pp./
Details: Transport, CellulosicEthanol, OtherAndUnspecifiedTechnologies, FinishingTreatment, LowEfficiencyInGeneral, AdministrativeAndOrganisationalProblems
Bimetallic Ni–Co catalysts supported on Mn–Al oxide for selective catalytic CO hydrogenation to higher alcohols
/Lu Zhao, Xiaoliang Mu, Tianshuo Liu, Kegong Fang/Catalysis Science & Technology, Issue 8, article/December 2018/pp. 2066-2076/
Details: Transport, Methanol&Products, MethanolSynthesis, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Benzene-char conversion and particle-vapor characterization in biomass gasification
/Mario Morgalla/Linnaeus University, thesis/December 2018/101 р./
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, LowEfficiencyOfSecondaryProcesses, LowEfficiencyOfMainProcesses
Automation of IGCC power plant using Yokogawa DCS
/K.J. Jyothir Rose, R. Anjana, L. Jenifer/Emerging Trends in Engineering, Science and Technology for Society, Energy and Environment, Proceedings of the International Conference in Emerging Trends in Engineering, Science and Technology (ICETEST 2018), book chapter/December 2018/8 p./
Details: Transport, IntegratedGasificationCombinedCycle, Coal-To-Liquids, OtherMethodsOfSyngasProduction, SyngasToElectricity, HighOpex/Maintenance, LowEfficiencyOfMainProcesses
Assessing tar removal in biomass gasification by steam reforming over a commercial automotive catalyst
/Andrew McFarlan, Nicola Maffei/Fuel, Volume 233, article/1 December 2018/Pages 291-298/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, RefiningOfProducts, LowEfficiencyOfMainProcesses, LowEfficiencyDueToCatalystReplacement
Applications of Chemical Looping Technologies to Coal Gasification for Chemical Productions
/Hsieh Tien-Lin/Ohio State University, thesis/December 2018/165 p./
Details: Transport, Coal-To-Liquids, UndergroundCoalGasification, LowEfficiencyOfMainProcesses
Analysis on Operating Parameter Design to Steam Methane Reforming in Heat Application RDE
/Sukmanto Dibyo, Geni Rina Sunaryo, Syaiful Bakhri, Zuhair, Ign.Djoko Irianto/IOP Conference Series: Journal of Physics: Conference Series 962, conference paper/December 2018/7 p./
Details: Transport, Gas-To-Liquids, PrimaryTechnologiesOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyDueToEnergyLosses, LowEfficiencyOfSecondaryProcesses
An Overview of Techno-economic Analysis and Life-Cycle Assessment of Thermochemical Conversion of Lignocellulosic Biomass
/Ranjeet Kumar Mishra, Kaustubha Mohanty/Recent Advancements in Biofuels and Bioenergy Utilization, book chapter/December 2018/pp 363-402/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, HighCostsInGeneral, SavingEcosystems, LowEfficiencyOfMainProcesses, HighOpex/Maintenance
An optimization model for the sizing of the biomass plants' supply chain
/G. Ferro, R. Minciardi, E. Podestà, M. Robba/IFAC-PapersOnLine, Volume 51, Issue 5, article/December 2018/ Pages 114-119/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, HighCostsInGeneral
Advanced numerical methods for the assessment of integrated gasification and CHP generation technologies
/Ahmed M. Salem, Umesh Kumar, Ainul Nadirah Izaharuddin, Harnek Dhami, Tata Sutardi, Manosh C. Paul/Coal and Biomass Gasification, book chapter/ December 2018/pp 307-330/
Details: Transport, Coal-To-Liquids, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, OtherTechnologies, UndergroundCoalGasification, LowEfficiencyOfMainProcesses
A techno-economic review of biomass gasification for production of chemicals
/Shu-Wen Wang, De-Xun Li, Wen-Biao Ruan, Chen-Lin Jin, Mohammad Reza Farahani/Energy Sources, Part B: Economics, Planning, and Policy, Volume 13, Issue 8, review /December 2018/Pages 351-356/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, HighCostsInGeneral
A Review of Thermochemical Technologies for the Conversion of Waste Biomass to Biofuel and Energy in Developing Countries
/Y. P. Rago, R. Mohee, D. Surroop/The Nexus: Energy, Environment and Climate Change, book chapter/December 2018/pp 127-143/
Details: Transport, Biomass-To-Liquids, OtherMethodsOfSyngasProduction, AdministrativeAndOrganisationalProblems
2P-462 : Syngas production from combined steam and carbon dioxide reforming over Ni-Mo-Sb/ γ-Al2O3 catalyst: Effect of Antimony
/Kim Bohwi/57th KSIEC Meeting, abstract of a conference paper/December 2018/ 1 p./
Details: Transport, Gas-To-Liquids, OtherMethodsOfSyngasProduction, PrimaryTechnologiesOfSyngasProduction, LowEfficiencyOfMainProcesses, LowEfficiencyOfSecondaryProcesses
Studying the effect of a cone inside the collector on the solar chimney performance
/Mohammed H. Abbood, Ali Basim M. Ali/Journal of Kerbala university, Volume: 16 Issue: 1, article/2018/ Pages: 202-214 /
Details: Energy storage technologies, SolarUpdraftTower, Optics, Receivers, Storage, LowEfficiencyDueToEnvironmentalFactors, HighCostsOfMaintenance
Second-Law Analysis and Exergoeconomics Optimization of a Solar Tower–Driven Combined-Cycle Power Plant Using Supercritical CO 2
/Eric C. Okonkwo, Chinedu F. Okwose, Muhammad Abid, Tahir A. H. Ratlamwala/ Journal of Energy Engineering, 144(3), article/2018/p: 04018021 /
Details: Energy storage technologies, StorageCSPOrHybridCSP, SolarTower, Receivers, LowEfficiencyOfSecondaryEquipment, AdministrativeAndOrganisationalProblems, HighCostsInGeneral
Power Flow Control and Power Quality Improvement in DFIG Based Wind Energy Conversion System Using Neuro Fuzzy System
/Maloth Naresh, Umesh Kumar Soni, Ramesh Kumar Tripathi/International Journal of Applied Engineering Research, Volume 13, Number 7, article/December 2018/pp. 5236-5243/
Details: Energy storage technologies, WindTurbineTypeUnspecified, ElectricalEquipment, EnergyStorage, LowMechanical-To-ElectricPowerConversionEfficiency, HighOpex/OperationalMaintenance
Performance and economic evaluation of linear Fresnel reflector plant integrated direct contact membrane distillation system
/Mujeeb Iqbal Soomro, Woo-Seung Kim/Renewable Energy, Volume 129, Part A, article/December 2018/ Pages 561-569/
Details: Energy storage technologies, StorageCSPOrHybridCSP, LinearFresnelReflector, LowEfficiencyInGeneral, HighCostsInGeneral, LowEfficiencyDueToSolarMovement
Performance analysis and optimization of a parabolic trough solar power plant in the middle east region
/Praveen R. P. , Mohammad Abdul Baseer, Ahmed Bilal Awan, Muhammad Zubair/Energies, vol. 11(4), article/ 2018/p. 741/
Details: Energy storage technologies, ParabolicTrough, Receivers, Storage, Optics, LowEfficiencyDueToEnvironmentalFactors, LowEfficiencyInGeneral, HighCostsOfMaintenance
Parametric Simulation and Economic Estimation of Thermal Energy Storage in Solar Power Tower
/Axel Gottschalk, Umesh Ramamoorthi/Materials Today: Proceedings, Volume 5, Issue 1, Part 1, conference paper/2018/ Pages 1571-1577/
Details: Energy storage technologies, SolarTower, Storage, LowEfficiencyDueToSolarMovement, HighCostsOfPlantConstruction, HighCostsOfEquipmentProduction
Optimization of an integral flat plate collector-storage system for domestic solar water heating in Adana
/İbrahim Halil Yilmaz/Anadolu University Journal of Science and Technology A- Applied Sciences and Engineering, Volume: 19 Number: 1, article/2018/Page: 165 - 176/
Details: Energy storage technologies, SolarHeating, Optics, Receivers, Storage, HighCostsOfMaintenance, LowEfficiencyDueToEnvironmentalFactors
Optimization and experimentation of concentrating photovoltaic/cascaded thermoelectric generators hybrid system using spectral beam splitting technology
/Ding Liang, Qi Luo, Peng Li, Yayu Fu, Lanlan Cai, Pengchen Zhai/IOP Conf. Series: Earth and Environmental Science, vol 199, article/2018/13 p./
Details: Energy storage technologies, ConcentratorPhotovoltaics, StorageCSPOrHybridCSP, Optics, Receivers, LowEfficiencyOfSecondaryEquipment, LowEfficiencyInGeneral, HighCostsOfMaintenance, LowEfficiencyOfOpticsOrAbsorber
Optimal Sizing and Analysis of Solar PV, Wind, and Energy Storage Hybrid System for Campus Microgrid
/Furkan Ahmad, Mohammad Saad Alam/Smart Science, Volume 6, Issue 2, article/December 2018/ Pages 150-157/
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, LowEfficiencyCausedByWindVariability, HighCostsInGeneral
Optimal and Modular Configuration of Wind Integrated Hybrid Power Plants for Off-Grid Systems
/Lennart Petersen, Florin Iov, German C. Tarnowski, Carlos Carrejo/Proceedings of the 3rd International Hybrid Power Systems Workshop, conference paper/December 2018/11 р./
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, ElectricalEquipment, OtherTechnologicalElements, HighOpex/OperationalMaintenance, LowEfficiencyCausedByWindVariability, AdministrativeAndOrganisationalProblems
Modelling of a new CSP dish system with PCM storage in a Modelica environment
/Vincenzo Piras/KTH School of Industrial Engineering and Management, thesis/2018/75 p./
Details: Energy storage technologies, Dish/Stirling, ExperimentalCSP, Optics, Receivers, Storage, HighCostsInGeneral, AdministrativeAndOrganisationalProblems
Method for selecting parameters and assessing efficiency of wind-diesel power plants for autonomous electrical supply systems
/S G Obukhov, I A Plotnikov, V G Masolov/IOP Conference Series: Materials Science and Engineering, Volume 289, conference 1, article/2018/7 p./
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, LowEfficiencyCausedByWindVariability, LowEfficiencyInGeneral
Innovative configuration of a hybrid nuclear-parabolic trough solar power plant
/Dimityr Popov, Ana Borissova/International Journal of Sustainable Energy, Volume 37, Issue 7, article/2018 /
Details: Energy storage technologies, StorageCSPOrHybridCSP, ParabolicTrough, Optics, HighCostsOfMaintenance, LowEfficiencyInGeneral
Hybrid Conception of Solar Photovoltaic with Wind Energy
/Chaitanya Prakash Chaudhary/International Journal of Biological Sciences and Research, Vol 1, No 2, article/December 2018/
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, LowEfficiencyCausedByWindVariability, LowEfficiencyInGeneral
Heat Accumulation System for Solar Power Station with Parabolic Trough Solar Collector
/Moafaq K.S. Al-Ghezi/Elixir Renewable Energy, no 119, article/2018/p. 51122-51125/
Details: Energy storage technologies, ParabolicTrough, Storage, HighCostsInGeneral, LowEfficiencyDueToEnvironmentalFactors, HighCostsOfMaintenance
Fault Ride-Through and Power Smoothing Control of PMSG-Based Wind Generation Using Supercapacitor Energy Storage System
/Muhammed Y. Worku, M. A. Abido/Arabian Journal for Science and Engineering, article/December 2018/pp 1–12/
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, OtherTechnologicalElements, LowEfficiencyCausedByWindVariability, LowEfficiencyOfSecondaryEquipment, AdministrativeAndOrganisationalProblems
Experimental study on a high concentration photovoltaic/thermal system with plane mirrors array
/Haifei CHEN, Jie YANG, Jie JI, Wenzhu HUANG, Gang PEI, Yang ZHANG/Thermal Science, Vol. 22, Suppl. 2, article/2018/pp. S517-S525/
Details: Energy storage technologies, ConcentratorPhotovoltaics, StorageCSPOrHybridCSP, Receivers, Optics, LowEfficiencyOfOpticsOrAbsorber, HighCostsOfMaintenance, LowEfficiencyInGeneral
Experimental investigation on packed bed thermal energy storage using paraffin wax for concentrated solar collector
/R.Senthil, P.Sundaram, Manish Kumar/ Materials Today: Proceedings, Volume 5, Issue 2, Part 3, article/2018/ Pages 8916-8922/
Details: Energy storage technologies, Dish/Stirling, Storage, LowEfficiencyInGeneral
Experimental Analysis of Hybrid Wind Diesel Energy System Software Module
/Suresh Mashyal, T.R.Anil/Materials Today: Proceedings, Volume 5, Issue 1, Part 1, article/December 2018/Pages 863-869/
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, ControlSystemsAndEquipment, LowEfficiencyCausedBySecondaryNaturalFactors, HighOpex/OperationalMaintenance, LowEfficiencyCausedByWindVariability
Exergoeconomic evaluation of a CSP plant in combination with a desalination unit
/Johannes Wellmann, Bernhild Meyer-Kahlen, Tatiana Morosuk/Renewable Energy, Volume 128, Part B, article/December 2018/ Pages 586-602/
Details: Energy storage technologies, SolarTower, StorageCSPOrHybridCSP, HighCostsInGeneral
Evaluation of the performance of hybrid CSP/biomass power plants
/João Soares, Armando C Oliveira, Simon Dieckmann, Dirk Krüger, Francesco Orioli/International Journal of Low-Carbon Technologies, Volume 13, Issue 4, conference paper/1 December 2018/ Pages 380–387/
Details: Energy storage technologies, StorageCSPOrHybridCSP, ParabolicTrough, Optics, Receivers, TurbinesAndOtherPowerGeneration, LowEfficiencyDueToEnvironmentalFactors, HighCostsInGeneral, HighCostsOfMaintenance
Energy performance comparison of concentrated photovoltaic–Phase change material thermal (CPV-PCM/T) system with flat plate collector (FPC)
/Kheira Tabet Aoul, Ahmed Hassan, Ali Hasan Shah, Hassan Riaz/Solar Energy, Volume 176, article/December 2018/ Pages 453-464/
Details: Energy storage technologies, StorageCSPOrHybridCSP, ConcentratorPhotovoltaics, SolarHeating, LowEfficiencyDueToEnvironmentalFactors, HighCostsInGeneral, LowEfficiencyInGeneral
Energetic and financial optimization of solar heat industry process with parabolic trough collectors
/Evangelos Bellos, Ilias Daniil, Christos Tzivanidis/Designs, 2(3), article/2018/p.24/
Details: Energy storage technologies, ParabolicTrough, Optics, Receivers, Storage, LowEfficiencyDueToEnvironmentalFactors, HighCostsOfMaintenance, HighCostsInGeneral
Dynamic Modeling of a Parabolic Trough Solar Thermal Power Plant with Thermal Storage Using Modelica
/Rubén M. Montañés, Johan Windahl, Jens Pålsson, Marcus Thern/Heat Transfer Engineering, Volume 39, Issue 3, article/2018 /
Details: Energy storage technologies, ParabolicTrough, Optics, Receivers, TurbinesAndOtherPowerGeneration, Storage, LowEfficiencyDueToSolarMovement, HighCostsOfMaintenance
Determination of key parameters for sizing the heliostat field and thermal energy storage in solar tower power plants
/Rui Chen, Zhenghua Rao, Shengming Liao/Energy Conversion and Management, Volume 177, article/1 December 2018/ Pages 385-394/
Details: Energy storage technologies, SolarTower, Optics, Storage, HighCostsOfMaintenance, LowEfficiencyDueToEnvironmentalFactors
Design and Development of Hybrid Wind and Solar Energy System for Power Generation
/B.N. Prashanth, R. Pramod, G.B. Veeresh Kumar/Materials Today: Proceedings, Volume 5, Issue 5, Part 2, article/December 2018/Pages 11415-11422/
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, LowEfficiencyCausedByWindVariability, LowEfficiencyInGeneral
Assessment Studies regarding the Optimal Sizing of Wind Integrated Hybrid Power Plants for Off-Grid Systems
/Petersen Lennart, Iov Florin, Tarnowski German Claudio, Carrejo Carlos/Proceedings of CIRED Workshop 2018, conference paper /December 2018/5 р./
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, HighCostsInGeneral, LowEfficiencyCausedByWindVariability, LowEfficiencyCausedBySecondaryNaturalFactors
An improved scheduling curve of wind power with the help of energy storage in micro grids
/Xiangyu Li, Yuan Tian, Yongqiang Zhu, Ruihua Xia/Journal of Physics: Conference Series, Volume 1074, conference 1, conference paper /December 2018/9 p./
Details: Energy storage technologies, WindTurbineTypeUnspecified, OtherTechnologicalElements, EnergyStorage, AdministrativeAndOrganisationalProblems, LowEfficiencyCausedByWindVariability
Alternative of biogas injection into the Danish gas grid system—A study from demand perspective
/N. Aryal,T. Kvist/ChemEngineering,Volume 2,Issue 3,43/2018/
Details: Energy storage technologies, Biogas, LandfillGas, Storage&Transportation, ProcessingTechnologiesInGeneral, AdministrativeAndOrganisationalProblems
A Hybrid (Wind and Hydro) Power Generation System for Rural Area's Farming
/Vijay S. Patil, More Pritesh Avinash, Bhalkar Bhavana Bhatu, Jadhav Dipika Rajendra, Deore Vijayshri Sharad/International Science and Technology Journal, Volume 7, Issue 4, article/December 2018/4 р./
Details: Energy storage technologies, WindTurbineTypeUnspecified, EnergyStorage, ControlSystemsAndEquipment, LowEfficiencyCausedByWindVariability, LowEfficiencyOfSecondaryEquipment, HighOpex/OperationalMaintenance
Climate: Air Liquide announces a 30% reduction objective in its carbon intensity between 2015 and 2025, and confirms its commitment to low carbon growth / 30 Nov 2018 / Press Releases & News /
Air Liquide
Details: Energy Effciency in Energy Sector, Production Facilities, Carbon Footprint, France
Electric Vehicle Charging Station Market: Global Industry Analysis, Trends, Market Size and Forecasts up to 2024
/ Market Research / November 2018, 100 pages /
Golf Cart and Neighborhood Electric Vehicle (NEV) Market: Global Industry Analysis, Trends, Market Size and Forecasts up to 2024
/ Market Research / November 2018, 100 pages /
Low Melting Point Molten Salt Heat Transfer And Heat Storage Medium, Preparation Method Therefor And Use Thereof
/ Appl. WO2019105448 / IPC: C09K5/12; C09K5/06 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiency, SolarHeating
Electrolyte Composition For Lithium Secondary Battery And Lithium Secondary Battery Comprising Same
/ Appl. WO2019108035 / IPC: H01M10/0565; H01M10/052; H01M4/525; H01M4/505; C08L29/10; C08L33/14; C08L29/04; C08L35/02 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode For Lithium Secondary Battery And Lithium Secondary Battery Comprising Same
/ Appl. WO2019108025 / IPC: H01M4/13; H01M4/62; H01M10/0525; H01M4/38; H01M4/485; H01M2/10 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Electrode Assembly And Lithium Secondary Battery Including Same
/ Appl. WO2019108026 / IPC: H01M10/0585; H01M10/04; H01M4/134; H01M4/131; H01M10/0525; H01M2/10 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Gel Polymer Electrolyte Composition And Lithium Secondary Battery Comprising Same
/ Appl. WO2019108032 / IPC: H01M10/0565; H01M10/052; H01M4/525; H01M4/505 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Anode And Secondary Battery Comprising Same
/ Appl. WO2019108039 / IPC: H01M4/133; H01M4/134; H01M4/131; H01M4/62; H01M10/0525 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Gel Polymer Electrolyte Composition And Lithium Secondary Battery Comprising Same
/ Appl. WO2019108034 / IPC: H01M10/0565; H01M10/052; H01M4/525; H01M4/505 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium-Ion Battery In The Form Of A Flexible Wire, Process For Manufacture And Uses Thereof
/ Appl. WO2019109171 / IPC: H01M10/058; H01M10/0525; H01M10/056; H01M4/1397 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Composition For Gel Polymer Electrolytes, Gel Polymer Electrolyte Prepared Therefrom, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019108019 / IPC: H01M10/0565; H01M10/052 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Composition For Gel Polymer Electrolyte, Gel Polymer Electrolyte Prepared Therefrom, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019108023 / IPC: H01M10/0565; H01M10/052 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Composition For Gel Polymer Electrolyte, Gel Polymer Electrolyte Prepared By Means Of Same, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019108031 / IPC: H01M10/0565; H01M10/052 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Composition For Gel Polymer Electrolyte, Gel Polymer Electrolyte Prepared By Means Of Same, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019108024 / IPC: H01M10/0565; H01M10/052 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, LithiumIonBattery
System And Method For Modulating High Power In A Submersible Energy Storage Vessel Utilizing High Voltage Dc Transmission
/ Appl. WO2019125723 / IPC: H02J1/10; H02J1/16; H02J7/34; H02J3/28; H02J3/30; H02J3/32; H02J15/00; H02J5/00 / Appl. Date: 30/11/2018 /
Details: EnergyStorage, Flywheel
Drive Arrangement For A Hybrid Vehicle And Method For Operating A Motor Vehicle Therewith
/ Appl. WO2019105512 / IPC: B60K6/48; B60K6/547; B60K6/36; B60K6/387; B60K6/40; B60K6/405; F16H3/00; F16H3/093; B60K25/00; B60K25/02 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Charging Control Device And Electronic Device Having Secondary Battery
/ Appl. WO2019116145 / IPC: H02J7/00; G01R31/36; H01M10/44; H01M10/48; B60L3/00; B60L50/40; B60L50/50; B60L53/00; B60L55/00; B60L58/00 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Two-Step Transmission For Electric Vehicle
/ Appl. WO2019230021 / IPC: F16H3/54; F16D11/04; F16D13/52; F16D27/112; F16D27/115; F16D27/12 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Charging Assembly For An Electric Vehicle On A Medium Voltage Network, And Method For Operating Same
/ Appl. WO2019105513 / IPC: B60L53/14; H02M7/08; B60L53/22; B60L53/10; B60L53/30 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Deep Cleaning Alignment Equipment
/ Appl. WO2019118206 / IPC: F28G1/16; F22B37/48 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Corrugated Lift Fan Rotor
/ Appl. WO2019118212 / IPC: B64C11/02; B64C11/26; B64C29/00; B32B3/28; B32B27/08 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Hydrogen Production By Downhole Electrolysis Of Reservoir Brine For Enhanced Oil Recovery
/ Appl. WO2019108908 / IPC: E21B43/16; E21B43/24; E21B43/30 / Appl. Date: 30/11/2018 /
Details: Hydrogen Storage
Charging Control Device And Electronic Device Having Secondary Battery
/ Appl. WO2019116145 / IPC: H02J7/00; G01R31/36; H01M10/44; H01M10/48; B60L3/00; B60L50/40; B60L50/50; B60L53/00; B60L55/00; B60L58/00 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Two-Step Transmission For Electric Vehicle
/ Appl. WO2019230021 / IPC: F16H3/54; F16D11/04; F16D13/52; F16D27/112; F16D27/115; F16D27/12 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Charging Assembly For An Electric Vehicle On A Medium Voltage Network, And Method For Operating Same
/ Appl. WO2019105513 / IPC: B60L53/14; H02M7/08; B60L53/22; B60L53/10; B60L53/30 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Deep Cleaning Alignment Equipment
/ Appl. WO2019118206 / IPC: F28G1/16; F22B37/48 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Drive Arrangement For A Hybrid Vehicle And Method For Operating A Motor Vehicle Therewith
/ Appl. WO2019105512 / IPC: B60K6/48; B60K6/547; B60K6/36; B60K6/387; B60K6/40; B60K6/405; F16H3/00; F16H3/093; B60K25/00; B60K25/02 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Corrugated Lift Fan Rotor
/ Appl. WO2019118212 / IPC: B64C11/02; B64C11/26; B64C29/00; B32B3/28; B32B27/08 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Solar Heat Pump Heating And Cooling System Having Hollow Fiber Membrane Filter Dehumidification Device
/ Appl. WO2020111339 / IPC: F24F5/00; F24F3/14; F24F3/16; B01D63/02 / Appl. Date: 30/11/2018 /
Details: EnergyEfficiency, SolarHeating
Thermophilic Co-Digestion of the Organic Fraction of Municipal Solid Wastes—The Influence of Food Industry Wastes Addition on Biogas Production in Full-Scale Operation
/P. Seruga,M. Krzywonos,M. Wilk/Molecules,Volume 23, Issue 12,article 3146/30 November,2018/12 pp./
Details: City and Building, LandfillGas, Pre-TreatmentOfFeedstock, PrimaryProcessing, LowEfficiencyOfMainProcesses, LowEfficiencyInGeneral
Selective Production of Furanic Ethers from Lignocellulosic Biomass over Mesoporous Zr‐Incorporated SBA‐15 Catalyst
/Chetana R. Patil,Chandrashekhar V. Rode/ChemistrySelect,Volume 3,Issue 44,pp. 12504-12511/30 November,2018/8 pp./
Details: Transport, CellulosicEthanol, OtherAndUnspecifiedTechnologies, PrimaryProcessing, FinishingTreatment, LowEfficiencyOfMainProcesses
有機ハイドライド製造装置
/ Appl. WO2018216356A1 / IPC: C25B9/02; C25B3/04; C25B9/00; C25B11/03 / Mitsushima Shigenori; Nagasawa Kensaku; Nishiki Yoshinori; Ogata Setsuro; Kato Akihiro; Zaenal Awaludin; Matsuoka Koji; Sato Yasushi / NATIONAL UNIVERSITY CORPORATION YOKOHAMA NATIONAL UNIVERSITY (JP); DE NORA PERMELEC LTD (JP) / Appl. Date: 02.04.2018 / Publ. Date: 29.11.2018 /
en: Organic hydride production device
Details: LOHC, Composition, Arene/AromaticCompound, OrganicCarrier, HighCostOfCompositions
Non-Aqueous Electrolyte Secondary Battery And Method For Producing Non-Aqueous Electrolyte Secondary Battery
/ Appl. WO2018216585 / IPC: H01M10/052; H01M2/10; H01M4/133; H01M4/134; H01M4/136; H01M4/139; H01M4/36; H01M4/38; H01M4/48; H01M4/58; H01M4/587; H01M4/62; H01M10/058 / Nakamura Toshikazu; 中村 利一 / Murata Manufacturing Co., Ltd.; 株式会社村田製作所 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode Active Material For Lithium Secondary Battery
/ Appl. WO2020111318 / IPC: H01M4/36; H01M4/62; H01M4/525; H01M4/505; H01M4/485; H01M10/052; C01G53/00; C01G41/02; C01B35/10; C01B25/28 / Appl. Date: 29/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Electrode, Cell, And Cell Pack
/ Appl. WO2020110260 / IPC: H01M4/131; H01M4/133; H01M4/485; H01M4/505; H01M4/525; H01M4/587; H01M10/0525; H01M2/10 / Appl. Date: 29/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Ionically Conductive Compounds And Related Uses
/ Appl. WO2018218057 / IPC: H01M10/0562; H01M4/134; H01M4/62; H01M4/38; H01M10/052; H01M2/16; C01B17/22; C01B25/14; H01B1/10 / Schneider, Holger; Du, Hui; Leitner, Klaus; Ter Maat, Johan; Hartmann, Pascal; Kulisch, Joern; Safont-Sempere, Marina; Kelley, Tracy Earl; Scordilis-Kelley, Chariclea / Sion Power Corporation; Basf Se / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Anode For Lithium Secondary Battery And Lithium Secondary Battery Comprising Same
/ Appl. WO2019107990 / IPC: H01M4/36; H01M4/485; H01M4/587; H01M4/38; H01M4/58; H01M10/0525; C23C16/26; C23C16/44 / Appl. Date: 29/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Rechargeable Electrochemical Cells, Methods For Their Manufacture And Operation
/ Appl. WO2018215470 / IPC: H01M14/00; H01M10/052; H01M10/46; H01M4/58; C01B9/00; C01G1/00; H01M10/04; H01M10/058; H01M10/44; H01M4/02 / Ahmad, Shahab; Baumberg, Jeremy John; De Volder, Michaël Franciscus; George, Chandramohan / Cambridge Enterprise Limited / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Nanostructured Lithium-Ion Battery Electrode Composite Materials Via Conformal Graphene Dispersion
/ Appl. WO2018217263 / IPC: H01M4/36; H01M4/505; H01M4/62; H01M10/0525; C01B32/19; C01B32/194 / Hersam, Mark, C.; Chen, Kan-Sheng; Secor, Ethan, B. / Northwestern University / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Flexible Electrode, Method For Manufacturing Same, And Secondary Battery Comprising Same
/ Appl. WO2018216970 / IPC: H01M4/13; H01M4/80; H01M4/74; H01M4/139; H01M4/04; H01M10/052 / Kim, Ju-Ryoun; 김주련; You, Min-Kyu; 유민규; Uhm, In-Sung; 엄인성 / Lg Chem, Ltd.; 주식회사 엘지화학 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Sulfide Solid Electrolyte
/ Appl. WO2018216730 / IPC: H01M10/0562; C01B25/14; H01B1/06; H01B1/10; H01M4/62; H01M10/052; C01B17/22 / Terai, Kota; 寺井 恒太; Sato, Atsushi; 佐藤 淳; Utsuno, Futoshi; 宇都野 太 / Idemitsu Kosan Co.,Ltd.; 出光興産株式会社 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Fabrication Method Of Cathode For Secondary Battery, Cathode For Secondary Battery Fabricated Thereby, And Lithium Secondary Battery Comprising Same Cathode
/ Appl. WO2018217071 / IPC: H01M4/1391; H01M4/04; H01M4/62; H01M4/131; H01M10/0525 / Lee, Yong Ju; 이용주; Shin, Sun Young; 신선영; Park, Se Mi; 박세미; Oh, Il Geun; 오일근; Kim, Eun Kyung; 김은경 / Lg Chem, Ltd.; 주식회사 엘지화학 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Electrolyte Solution For Lithium-Sulfur Battery And Lithium-Sulfur Battery Comprising Same
/ Appl. WO2018216866 / IPC: H01M10/0567; H01M10/0568; H01M10/052; H01M4/38 / Yang, Seung Yoon; 양승윤; Yang, Doo Kyung; 양두경 / Lg Chem, Ltd.; 주식회사 엘지화학 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Sba-15/C Anode For A Lithium-Ion Battery And Manufacturing Method Thereof
/ Appl. WO2019106594 / IPC: H01M4/04; H01M4/134; H01M4/1395; H01M10/052; H01M4/02 / Appl. Date: 29/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium-Ion Battery Non-Aqueous Electrolyte And Lithium-Ion Battery
/ Appl. WO2018214211 / IPC: H01M10/0566; H01M10/0568; H01M10/0525 / Shi, Qiao; 石桥; Lin, Muchong; 林木崇; Hu, Shiguang; 胡时光; Lin, Xionggui; 林雄贵 / Shenzhen Capchem Technology Co., Ltd.; 深圳新宙邦科技股份有限公司 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Self-Assembled Polyimide Porous Material, Preparation Method Therefor And Use Thereof In Lithium Sulfur Battery
/ Appl. WO2018214844 / IPC: H01M4/36; H01M4/38; H01M4/62; H01M10/052 / Zhang, Fengxiang; 张凤祥; Zhao, Shupeng; 赵淑鹏; Ma, Yanjiao; 马艳娇; Guo, Junling; 郭峻岭 / Dalian University Of Technology; 大连理工大学 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Electricity Storage Unit And Electricity Storage System
/ Appl. WO2018216692 / IPC: H01M10/48; H01M4/48; H01M10/052; H02J7/00 / Takagi, Shigeyuki; 高木 茂行; Fukushi, Daisuke; 福士 大輔; Hirabayashi, Hideaki; 平林 英明; Kataoka, Yoshinori; 片岡 好則; Sasaki, Akito; 佐々木 亮人; Sasaki, Atsuya; 佐々木 敦也 / Kabushiki Kaisha Toshiba; 株式会社 東芝; Toshiba Materials Co., Ltd.; 東芝マテリアル株式会社 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Process For Making An Electrode Active Material
/ Appl. WO2018215254 / IPC: H01M4/525; H01M4/58; H01M10/0525 / Kern, Andreas Michael; Seidemann, Lothar; Erk, Christoph / Basf Se / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Anode Composition And Method For Prelithiating Anode
/ Appl. WO2018214050 / IPC: H01M4/134; H01M4/58; H01M10/0525 / Jiang, Rongrong; Hao, Xiaogang / Robert Bosch Gmbh; Jiang, Rongrong; Hao, Xiaogang / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Natural Graphite-Based Modified Composite Material, Preparation Method Therefor, And Lithium Ion Battery Comprising Modified Composite Material
/ Appl. WO2019114554 / IPC: H01M4/36; H01M4/583; H01M10/0525 / Appl. Date: 29/11/2018 /
Details: EnergyStorage, LithiumIonBattery
New Or Improved Microporous Membranes, Battery Separators, Coated Separators, Batteries, And Related Methods
/ Appl. WO2018217990 / IPC: H01M2/14; H01M2/16; H01M2/18; H01M10/052 / Summey, Barry J.; Kondo, Takahiko; Mason, William John; Xiao, Kang Karen; Moran, Robert; Poley, Jeffrey G.; Stepp, Brian R.; Stokes, Kristoffer K.; Zhang, Xiaomin / Celgard, Llc / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Electrode Assembly Of Composite Structure And Lithium Ion Secondary Battery Having Same Electrode Assembly
/ Appl. WO2018216859 / IPC: H01M10/058; H01M2/26; H01M10/0525 / Kim, Joo Seong; 김주성; Ha, Jin Hong; 하진홍; Kim, Kwang Seok; 김광석; Lee, Gil Ju; 이길주; Han, Keum Bong; 한금봉; Choi, Jae Sung; 최재성; Chung, Joon Sik; 정준식; Jo, Hyuk Sang; 조혁상 / Libest Inc.; 주식회사 리베스트 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Systems And Methods For Disabling An Unmanned Aerial Vehicle
/ Appl. WO2018217261 / IPC: H01M2/34; B64C39/02; H01M10/052; H01M10/42 / Addonisio, Nicholas / Stealth Air Corp / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Ion Battery And Electrolyte Thereof
/ Appl. WO2018214312 / IPC: H01M10/0567; H01M10/0525 / Liu, Jiqiong; 刘继琼; Han, Changlong; 韩昌隆; Wang, Xiaomei; 王小梅; Zhu, Jianwei; 朱建伟; Zhou, Yan; 周艳; Xu, Feng; 郇凤; Yu, Kun; 余坤 / Contemporary Amperex Technology Co., Limited; 宁德时代新能源科技股份有限公司 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Ion Battery And Electrolyte Thereof
/ Appl. WO2018214313 / IPC: H01M10/0567; H01M10/0525 / Liu, Jiqiong; 刘继琼; Han, Changlong; 韩昌隆; Wang, Xiaomei; 王小梅; Zhu, Jianwei; 朱建伟; Zhou, Yan; 周艳; Huan, Feng; 郇凤; Yu, Kun; 余坤 / Contemporary Amperex Technology Co., Limited; 宁德时代新能源科技股份有限公司 / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Binder Composition For Secondary Battery, Electrode Slurry Composition Comprising Same, And Electrode And Secondary Battery
/ Appl. WO2019135496 / IPC: H01M4/62; H01M4/13; H01M10/052 / Appl. Date: 29/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Low-Aspect-Ratio Battery Cells
/ Appl. WO2018218019 / IPC: H01M2/02; H01M10/0525; H01M10/054 / Eaglesham, David; Fischer, Christopher; Doe, Robert / Pellion Technologies / Publ. Date: 29.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Electrode Member, Electrode Assembly, And Secondary Battery
/ Appl. WO2020024492 / IPC: H01M2/26; H01M10/0525 / Appl. Date: 29/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Method For Controlling A Drive Train Of A Hybrid Vehicle
/ Appl. WO2019115247 / IPC: B60K6/48; B60K6/36; B60K6/383; B60K6/387; B60K6/547; B60K6/54; B60W10/02; B60W10/08; B60W10/11; B60W20/30; B60W20/40; B60W20/15; B60W30/18; B60W50/08; F16H3/10 / Appl. Date: 29/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Direct Liquid Fuel Cell Power Generation Device
/ Appl. WO2019109844 / IPC: H01M8/04225; H01M8/04302 / Appl. Date: 29/11/2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
Devices, Systems, And Related Methods For Power Conversion And Management For Energy Exchange Between An Electrical Vehicle And An Electrical Network
/ Appl. WO2019108778 / IPC: B60L53/30; B60L53/10; B60L53/51; H02J7/35 / Appl. Date: 29/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Electric Vehicle Transmission System
/ Appl. WO2019194390 / IPC: F16H3/54; F16H3/72; B60L15/20; F16H3/44; F16H3/10 / Appl. Date: 29/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Devices, Systems, And Related Methods For Power Conversion And Management For Energy Exchange Between An Electrical Vehicle And An Electrical Network
/ Appl. WO2019108778 / IPC: B60L53/30; B60L53/10; B60L53/51; H02J7/35 / Appl. Date: 29/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Electric Vehicle Transmission System
/ Appl. WO2019194390 / IPC: F16H3/54; F16H3/72; B60L15/20; F16H3/44; F16H3/10 / Appl. Date: 29/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method For Controlling A Drive Train Of A Hybrid Vehicle
/ Appl. WO2019115247 / IPC: B60K6/48; B60K6/36; B60K6/383; B60K6/387; B60K6/547; B60K6/54; B60W10/02; B60W10/08; B60W10/11; B60W20/30; B60W20/40; B60W20/15; B60W30/18; B60W50/08; F16H3/10 / Appl. Date: 29/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Direct Liquid Fuel Cell Power Generation Device
/ Appl. WO2019109844 / IPC: H01M8/04225; H01M8/04302 / Appl. Date: 29/11/2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Thermal and Electrical Modelling of a CPV/T System Varying Its Configuration
/Carlo Renno/Journal of Thermal Science, article/29 November 2018/pp 1–10/
Details: Energy storage technologies, ConcentratorPhotovoltaics, StorageCSPOrHybridCSP, Optics, Receivers, HighCostsInGeneral, LowEfficiencyOfSecondaryEquipment, LowEfficiencyDueToEnvironmentalFactors
Platform For Parabolic Solar Collectors
/ Appl. WO2018215128 / IPC: F24S23/74; F24S30/00; F24S25/13; F24S25/10; F24S25/00; F24S30/452 / Albakri, Sami Bin Abdelrahman; Bilgin, Sener / Lucida Solar Ltd. / Publ. Date: 29.11.2018 /
Details: EnergyEfficiency, SolarHeating
Colored Photovoltaic Module With Nanoparticle Layer
/ Appl. WO2018217413 / IPC: H01L31/048; B32B17/10; H02S20/25; H02S40/20; H01L31/0216 / Kang, Yangsen; Rock, Nathan D.; Heng, Jiunn Benjamin / Tesla, Inc. / Publ. Date: 29.11.2018 /
Details: EnergyEfficiency, BuildingIntegratedPV
Apparatus For Cultivating Peanut Sprout And Method For Cultivating Peanut Sprout Using Same
/ Appl. WO2018216924 / IPC: A01G31/06; A01G9/24; A01G7/04; A01G7/06; C02F1/48 / Hur, Jin Suk; 허진숙 / Hur, Jin Suk; 허진숙 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiency, SolarHeating
Dust Removal And Desulfurization Of Fcc Exhaust Gas
/ Appl. WO2018214990 / IPC: B01D53/86; B01D53/90; B01D53/78; B01D53/75; B01D53/56; B01D53/50; B01D47/06; F22B1/18; C01C1/245 / Luo, Jing; Tan, Qiang; Luo, Yongying / Jiangnan Environmental Protection Group Inc.; Jiangsu New Century Jiangnan Environmental Protection Inc., Ltd / Publ. Date: 29.11.2018 /
Details: CombinedHeatAndPower, WasteHeatRecovery
A Method For Conversion Of Poultry Manure
/ Appl. WO2018215826 / IPC: C05F3/00; C05F17/00; C05F7/00; C02F1/22; C02F1/24; C02F1/44; C02F11/14 / Mkrtchyan, Ovik, Leonardovich; Mhitarjans, Mhitars / Mkrtchyan, Ovik, Leonardovich; Mhitarjans, Mhitars / Publ. Date: 29.11.2018 /
Details: CombinedHeatAndPower, CoGeneration
Ferritic Stainless Steel
/ Appl. WO2018216236 / IPC: C22C38/00; C21D9/46; C22C38/48; C22C38/60 / Ichikawa Manami; 市川 真奈美; Nakamura Tetsuyuki; 中村 徹之; Fukuda Kunio; 福田 國夫; Ishikawa Shin; 石川 伸; Sugihara Reiko; 杉原 玲子 / Jfe Steel Corporation; Ｊｆｅスチール株式会社 / Publ. Date: 29.11.2018 /
Details: CombinedHeatAndPower, WasteHeatRecovery
Automatic Parking Control Method And Automatic Parking Control Apparatus For Vehicles
/ Appl. WO2018216054 / IPC: B60T1/06; F16H63/34 / Koshiba, Kenji; 小柴 健二; Nakagawara, Hidemitsu; 中河原 英満; Nabeshima, Hisahiro; 鍋島 久浩; Sakurai, Yasuhiro; 櫻井 康裕 / Nissan Motor Co., Ltd.; 日産自動車株式会社 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Heat Transfer Element, Temperature-Control Device, And Battery Housing Having At Least One Heat Transfer Element
/ Appl. WO2018215237 / IPC: H01M10/6556; H01M10/6567; H01M10/613; H01M10/615; H01M10/625; F28F3/12; F28F1/02 / Breidenbach, Andreas; Hilfrich, Erik / Thyssenkrupp Steel Europe Ag; Thyssenkrupp Ag / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method For Adjusting High Efficiency Region Of Permanent Magnet Synchronous Motor
/ Appl. WO2018214236 / IPC: H02P23/00 / Chen, Qian; 陈前; Fan, Xun; 范洵; Liu, Guohai; 刘国海; Zhao, Wenxiang; 赵文祥; Ji, Jinghua; 吉敬华; Xu, Gaohong; 徐高红 / Jiangsu University; 江苏大学 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Electric Vehicle Hybrid Battery System
/ Appl. WO2018217218 / IPC: H01M10/46; H01M10/42; H01M10/44; B60L11/18; B60W20/00 / Vander Lind, Damon; Hansel, George, James / Kitty Hawk Corporation / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Systems For Generating Audio Signals And Associated Methods
/ Appl. WO2018215841 / IPC: B60Q5/00 / Bethurum, Benjamin, Neal; Wu, Jia-Yang / Gogoro Inc. / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Charging Station System And Method
/ Appl. WO2018217941 / IPC: B60L11/18; B60L5/42; H02J7/00; H02J7/10 / Kruszelnicki, Martin / Kruszelnicki, Martin / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Brake Energy Recovery Method And Electric Vehicle
/ Appl. WO2018214588 / IPC: B60L7/10; B60L7/14 / Zheng, Jianfeng; 郑建锋; Zeng, Xiaohua; 曾小华; Wang, Guangyi; 王广义; Zhu, Xingyu; 朱星宇 / Huawei Technologies Co., Ltd.; 华为技术有限公司 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Battery System For An Electric Vehicle
/ Appl. WO2018215358 / IPC: H01M2/10; H01M10/6556 / Kalmbach, Thomas; Loges, André; Neff, Heiko / Mahle International Gmbh / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method For Controlling A Drive Device Of A Hybrid Vehicle And Hybrid Vehicle
/ Appl. WO2018215273 / IPC: B60L11/12; B60L11/14; B60L15/20; B60W20/20 / Hamann, Harry; Münning, Daniel / Volkswagen Aktiengesellschaft / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Electric Vehicle, Electric Vehicle Chassis And Battery Assembly Thereof
/ Appl. WO2018214237 / IPC: B62D21/02; B60K1/04 / Sun, Shangchuan; 孙尚传; Tong, Endong; 童恩东 / Shenzhen Tatfook Technology Co., Ltd; 深圳市大富科技股份有限公司 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Vehicle
/ Appl. WO2018216635 / IPC: B62K25/20; B62K19/16 / Nishida Kazuhiro; 西田 和洋; Kawano Naoki; 河野 直樹 / Yamaha Hatsudoki Kabushiki Kaisha; ヤマハ発動機株式会社 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Electric Vehicle Control Device And Electric Vehicle
/ Appl. WO2018216791 / IPC: B60L11/18; H02J7/00 / Tenma, Yuuki; 天間 勇樹; Takeuchi, Kiyoshi; 竹内 清; Iijima, Shigeki; 飯島 成規 / Isuzu Motors Limited; いすゞ自動車株式会社 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Fuel Cell System
/ Appl. WO2018216409 / IPC: H01M8/04; B60L11/18 / Yoshioka Mamoru; 吉岡 衛; Ito Naruto; 伊東 成人; Fukui Makoto; 福井 誠 / Aisan Kogyo Kabushiki Kaisha; 愛三工業株式会社 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
Electric Vehicle Control Device And Electric Vehicle
/ Appl. WO2018216790 / IPC: B60L11/18; B60L3/00; H01M10/42; H01M10/44; H01M10/48; H02J7/00 / Tenma, Yuuki; 天間 勇樹; Takeuchi, Kiyoshi; 竹内 清; Iijima, Shigeki; 飯島 成規 / Isuzu Motors Limited; いすゞ自動車株式会社 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Fiber Sizing Agent, Fiber Material, Molding Material And Molding
/ Appl. WO2018216457 / IPC: D06M15/55; C08G18/58; C08L75/04; D06M15/53; D06M15/564; D06M101/40 / Nagao Kenji; 長尾 憲治 / Dic Corporation; Ｄｉｃ株式会社 / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Electrochemical Grafting Of Carbon Fibers With Aliphatic Amines For Improved Composite Strength
/ Appl. WO2018217321 / IPC: D01F11/14; D01F11/16; D06M10/08; D06M13/325; D06M13/328; D06M13/513; D06M15/643 / Lowe, Michael; Baumer, Richard / Dow Global Technologies Llc / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Fuel Cell Vehicle With Power Modules
/ Appl. WO2018217835 / IPC: B60L11/00; B60L11/18; B60L3/00 / Brown, Sheldon Z.; Zoia, Giorgio L.; Yokoo, Takehito; Hodges, Stephen / Toyota Motor Engineering & Manufacturing North America, Inc. / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
Fuel Cell Vehicle With Power Modules
/ Appl. WO2018217836 / IPC: B60L11/00; B60L11/18; B60L3/00 / Brown, Sheldon Z.; Zoia, Giorgio L.; Yokoo, Takehito / Toyota Motor Engineering & Manufacturing North America, Inc. / Publ. Date: 29.11.2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
攻克高镍三元材料 给电动汽车续航 / 28 Nov 2018 / 能源要闻(Energy news) / 新闻中心(News Center) /
Conquering high-nickel ternary materials for electric vehicles
国家能源局(National Energy Administration)
Details: Energy storage, Technology, Research, China
Fortum to install Nordic’s biggest battery to support grid stability / 28 Nov 2018 / Media Room /
Fortum
Details: Energy Storage, Battery, Hydropower, Sweden
Global Foldable Electric Vehicle Market Growth 2018-2023
/ Market Research / November 2018, 163 pages /
Global Hub Motor for Electric Vehicles (EVs) Market 2018 by Manufacturers, Regions, Type and Application, Forecast to 2023
/ Market Research / November 2018, 139 pages /
Multi-Layer Electrode And Manufacturing Method Thereof
/ Appl. WO2019107930 / IPC: H01M4/133; H01M4/131; H01M4/62; H01M4/1393; H01M4/1391; H01M4/04; H01M10/0525; H01M2/10 / Appl. Date: 28/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Dual Ion Battery
/ Appl. WO2020110230 / IPC: H01M10/052; H01M4/48; H01M4/587; H01M4/66 / Appl. Date: 28/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Electrolyte Solution For Lithium Ion Secondary Battery
/ Appl. WO2019130958 / IPC: H01M10/0568; H01M10/0525; H01M10/0569 / Appl. Date: 28/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Positive Electrode Active Material Precursor For Lithium Secondary Battery, Positive Electrode Active Material Using Same, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019132267 / IPC: H01M4/525; C01G53/00; H01M10/0525 / Appl. Date: 28/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Negative Electrode Active Material, Negative Electrode And Lithium Secondary Battery Comprising Same
/ Appl. WO2019107936 / IPC: H01M4/587; H01M10/0525 / Appl. Date: 28/11/2018 /
Details: EnergyStorage, LithiumIonBattery
High Strength Composite Separator And Preparation Method Therefor
/ Appl. WO2020107281 / IPC: H01M2/14; H01M2/16; H01M10/0525 / Appl. Date: 28/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Gel Polymer Electrolyte Composition, And Gel Polymer Electrolyte And Lithium Secondary Battery Which Comprise Same
/ Appl. WO2019107921 / IPC: H01M10/0565; H01M10/052 / Appl. Date: 28/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Carbon Planar Heating Element For Ceiling Interior Material Of Vehicle
/ Appl. WO2020111302 / IPC: H05B3/34; H05B3/14; B60R13/02 / Appl. Date: 28/11/2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Carbon Planar Heating Element For Ceiling Interior Material Of Vehicle
/ Appl. WO2020111302 / IPC: H05B3/34; H05B3/14; B60R13/02 / Appl. Date: 28/11/2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Engine Electricity Generator System, Method For Controlling Same, And Co-Generation System
/ Appl. WO2019163236 / IPC: H02P9/04; F01N5/02; F02D29/06 / Appl. Date: 28/11/2018 /
Details: CombinedHeatAndPower, CoGeneration
Improvements To Solar Panels And Harvesting Of Solar Derived Energy
/ Appl. WO2019104380 / IPC: H01L31/052; H02S40/42; F28F13/00 / Appl. Date: 28/11/2018 /
Details: EnergyEfficiency, SolarHeating
盐卤伴生气用作CNG的脱水脱重烃撬装化技术方案研究
/Li Liangjun, Ma Ning, Wang Zhihong/Modern chemical industry, 2019-01/28 November 2018/Pages 222-226/
en: Salt-halogen associated gas as a technology for dewatering and de-heavy hydrocarbons of CNG
Details: Energy efficiency in energy sector, AssociatedPetroleumGas, Other, Preparation, TransportAndStorage, LowEfficiency/GasTreatment, HighCostOfProductionProcesses, EnvironmentalAndSocialImpact
Electric Power Monthly with Data for September 2018 / 27 Nov 2018 / Sources & Uses / U.S. Energy Information Administration (September 2018) /
U.S. Energy Information Administration
Details: Statistics, Energy efficiency in energy sector, Coal, Oil, Gas, Renewable, Biomass, Geothermal, Solar PV, Solar Thermal, Wind, Waste, Hydro, Nuclear, United States
Graphene-Current Collector-Integrated Negative Electrode For Lithium Secondary Battery, And Method For Manufacturing Same
/ Appl. WO2019107860 / IPC: H01M4/70; H01M4/80; H01M4/66; H01M4/134; H01M4/1395; H01M10/052 / Appl. Date: 27/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Positive Electrode And Lithium Secondary Battery Comprising Same
/ Appl. WO2019103573 / IPC: H01M4/13; H01M4/62; H01M4/525; H01M4/505; H01M10/052 / Appl. Date: 27/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Positive Electrode Additive, Manufacturing Method Therefor And Positive Electrode And Lithium Secondary Battery Comprising Same
/ Appl. WO2019103576 / IPC: H01M4/62; H01M4/13; C01G53/00; C01G53/04; C01D15/02; H01M10/052 / Appl. Date: 27/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Battery System For A Motor Vehicle
/ Appl. WO2019115220 / IPC: H01M2/20; H01M10/42; H01M10/44; H01M10/04; B60L58/18; H01M10/052 / Appl. Date: 27/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Positive Electrode Additive, Manufacturing Method Therefor And Positive Electrode And Lithium Secondary Battery Comprising Same
/ Appl. WO2019103574 / IPC: H01M4/62; H01M4/13; H01M10/052; C01G53/00; C01G53/04; C01D15/02 / Appl. Date: 27/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode Materials
/ Appl. WO2019102226 / IPC: H01M4/58; H01M4/62; H01M4/136; H01M10/0525 / Appl. Date: 27/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Solid Electrolyte, Preparation Method Therefor, And Solid-State Battery Comprising Same
/ Appl. WO2019107878 / IPC: H01M10/0562; H01M10/052; H01B1/10 / Appl. Date: 27/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Positive Electrode Mixture, Positive Electrode Comprising Same And Lithium Secondary Battery
/ Appl. WO2019103575 / IPC: H01M4/13; H01M4/62; H01M10/052 / Appl. Date: 27/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Details: EnergyEfficiencyInTransport, ElectricVehicle
Details: EnergyEfficiencyInTransport, ElectricVehicle
Compressor And Refrigerator
/ Appl. WO2020019608 / IPC: F25B13/00; F25B7/00; F25B41/00; F25B49/00; F25B30/02; F25B1/00; F04C28/26; F04C29/12; F04C23/02 / Appl. Date: 27/11/2018 /
Details: EnergyEfficiency, HeatPumps
Thermal analysis of solar desalination system using evacuated tube collector
/S. A. Kedar, K. Arul Raj, A. K. Bewoor/AIP Conference Proceedings , Volume 2039, Issue 1, conference paper/ 27 November 2018/
Details: City and Building, SolarHeating, LowEfficiencyOfSecondaryEquipment
Electric Vehicle Charging Stations in the US - Procurement Research Report
/ Market Research / November 2018, 27 pages /
Global Fuel Cell Electric Vehicle Market 2018 by Manufacturers, Regions, Type and Application, Forecast to 2023
/ Market Research / November 2018, 119 pages /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Software Quality Measurement Method And System
/ Appl. WO2020107142 / IPC: G06F11/36 / Appl. Date: 26/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Analog Signal Sampling Circuit And Method
/ Appl. WO2020107149 / IPC: H03M1/54 / Appl. Date: 26/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Positive Electrode Material And Battery
/ Appl. WO2019146236 / IPC: H01M4/13; C01F17/00; C01G53/00; H01M4/131; H01M4/36; H01M4/505; H01M4/525; H01M4/62; H01M10/052; H01M10/0562 / Appl. Date: 26/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Method Of Manufacturing Lithium Ion Secondary Battery
/ Appl. WO2019123981 / IPC: H01M10/058; H01M4/134; H01M4/1395; H01M4/38; H01M10/052; H01M10/0562 / Appl. Date: 26/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Solid Electrolyte Material And Battery
/ Appl. WO2019135328 / IPC: H01M10/0562; H01B1/06; H01M4/36; H01M4/525; H01M4/62; H01M10/052 / Appl. Date: 26/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Polymer Electrolyte For Secondary Battery And Secondary Battery Comprising Same
/ Appl. WO2019107855 / IPC: H01M10/0565; H01M10/052; H01M2/16; H01M4/13 / Appl. Date: 26/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Ion Secondary Cell
/ Appl. WO2019123980 / IPC: H01M4/38; H01M4/13; H01M10/052; H01M10/0562 / Appl. Date: 26/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Transmission Device For A Hybrid Vehicle
/ Appl. WO2019115216 / IPC: B60K6/387; B60K6/405; B60K6/48 / Appl. Date: 26/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Transmission Device For A Hybrid Vehicle
/ Appl. WO2019115216 / IPC: B60K6/387; B60K6/405; B60K6/48 / Appl. Date: 26/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Device And Method For Manufacturing Biochar By Using Biomass
/ Appl. WO2019103551 / IPC: C10L5/44 / Appl. Date: 26/11/2018 /
Details: CombinedHeatAndPower, CoGeneration
Solar Thermal Equipment Management System
/ Appl. WO2019132263 / IPC: F24S40/00; G01N27/06 / Appl. Date: 26/11/2018 /
Details: EnergyEfficiency, SolarHeating
Evaluation of Waste Energy Conversion Technology using Analitycal Hierarchy Process in Bantargebang Landfill, Indonesia
/Syafrudin Syafrudin,Samadikun Budi Prasetyo,Wardana Irawan Wisnu/E3S Web Conf.,Volume 67,The 3rd International Tropical Renewable Energy Conference “Sustainable Development of Tropical Renewable Energy” (i-TREC 2018),Article 02012/26 November,2018/5 pp./
Details: City and Building, LandfillGas, OtherAndUnspecifiedTechnologies, PrimaryProcessing, LowEfficiencyInGeneral
Perspective of Catalysts for (Tri) Reforming of Natural gas and Flue gas rich in CO2
/Martin Schmal, Fabio S. Toniolo, Camila E. Kozonoe/Applied Catalysis A: General, Volume 568, article/25 November 2018/Pages 23-42/
Details: Transport, Gas-To-Liquids, OtherFeedMaterial, OtherMethodsOfSyngasProduction, LowEfficiencyOfMainProcesses
河北张家口打造全产业链氢能源生产应用基地/ 23 Nov 2018 / 能源要闻(Energy news) / 新闻中心(News Center) /
Hebei Zhangjiakou to build a full industrial chain hydrogen energy production and application base
国家能源局(National Energy Administration)
Details: Transport, Project, Hydrogen, China
Thermal Energy Storage Market Size By Storage Material (Water, Molten Salt, PCM), By Technology (Sensible Heat, Latent Heat, Thermochemical), By Application (Power Generation, District Heating & Cooling, Process Heating & Cooling), By End-Use (Residential
/ Market Research / November 2018, 425 pages /
Global Electric Vehicles Wireless Charging Market Growth (Status and Outlook) 2018-2023
/ Market Research / November 2018, 117 pages /
Control Method And System For Intelligent Driving Vehicle To Automatically Enter/Exit Stop
/ Appl. WO2020103120 / IPC: G05D1/00; G08G1/123 / Appl. Date: 23/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method, System, And Related Device For Determining Each Gear Position Of Atm Transmission
/ Appl. WO2019114521 / IPC: B60W10/11 / Appl. Date: 23/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Non-Aqueous Electrolyte For Lithium Secondary Battery And Lithium Secondary Battery Comprising Same
/ Appl. WO2019107838 / IPC: H01M10/0567; H01M10/0568; H01M4/525; H01M4/505; H01M10/052; C07C69/602 / Appl. Date: 23/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Method For Preparing Cathode Active Material
/ Appl. WO2019103522 / IPC: C01G53/00; H01M4/525; H01M4/505; H01M4/485; H01M10/052 / Appl. Date: 23/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Anode For Lithium Secondary Battery And Lithium Secondary Battery Comprising Same
/ Appl. WO2019103546 / IPC: H01M4/13; H01M4/62; H01M4/139; H01M10/052 / Appl. Date: 23/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Separator Fabrication Method, Separator Fabricated Thereby, And Electrochemical Element Comprising Same Separator
/ Appl. WO2019103545 / IPC: H01M2/14; H01M2/16; H01M10/052; H01G11/52 / Appl. Date: 23/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode Slurry Composition For Secondary Battery, And Cathode For Secondary Battery And Secondary Battery Produced By Using Same
/ Appl. WO2019103526 / IPC: H01M4/13; H01M4/62; H01M10/052 / Appl. Date: 23/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Ion Battery
/ Appl. WO2019101166 / IPC: H01M2/04; H01M2/10; H01M10/0525 / Appl. Date: 23/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Battery Housing, Battery Assembly, Electronic Device, And Battery Assembly Method
/ Appl. WO2020103151 / IPC: H01M2/10; H01M2/08; H01M10/052 / Appl. Date: 23/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Gas Distribution Device
/ Appl. WO2019124780 / IPC: F17C13/04; H01M8/04082; H01M8/04089 / Appl. Date: 23/11/2018 /
Details: Hydrogen Storage
Global Wireless Electric Vehicle Charger Market 2018 by Manufacturers, Regions, Type and Application, Forecast to 2023
/ Market Research / November 2018, 122 pages /
Method For Extracting Empirical Data About Vehicle Travel And Related Device
/ Appl. WO2019105273 / IPC: B60W30/00; G05D1/02 / Appl. Date: 22/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Electrolyte Solution For Lithium Ion Secondary Batteries And Lithium Ion Secondary Battery Using Same
/ Appl. WO2018212027 / IPC: H01M10/0569; H01M4/38; H01M4/48; H01M4/505; H01M4/525; H01M10/052; H01M10/0567; H01M10/0568; H01M10/058 / Hasegawa, Takuya; 長谷川 卓哉 / Nec Corporation; 日本電気株式会社 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Method For Producing A Substrate, Which Is Coated With An Alkali Metal, By Means Of A Promoter Layer, And A Coated Substrate
/ Appl. WO2018210791 / IPC: H01M4/04; H01M4/36; H01M4/38; H01M4/48; H01M4/66; H01M10/0525; C23C4/08; C23C6/00; C23C8/12; C23C8/80; C23C4/123 / Kaskel, Stefan; Althues, Holger; Schumm, Benjamin; Dresel, Nicolai; Schönherr, Kay / Fraunhofer-Gesellschaft Zur Förderung Der Angewandten Forschung E.V.; Technische Universität Dresden / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Multi-Layered Graphene Electrodes, Materials, And Precursors Thereof
/ Appl. WO2018213312 / IPC: H01M4/04; H01M4/1395; H01M4/36; H01M4/38; H01M4/485; H01M4/587; H01M10/0525; B05B5/03 / Joo, Yong, Lak; Alamer, Mohammed / Cornell University / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Nonaqueous Electrolytic Solution For Lithium Secondary Battery, And Lithium Secondary Battery Containing Same
/ Appl. WO2018212429 / IPC: H01M10/0567; H01M10/42; H01M10/0568; H01M10/0569; H01M10/0525; C07F9/6574; C07F19/00 / Yu, Sung Hoon; 유성훈; Kang, Yoo Sun; 강유선 / Lg Chem, Ltd.; 주식회사 엘지화학 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Silicon-Based Particle-Polymer Composite, And Cathode Active Material Containing Same
/ Appl. WO2019103498 / IPC: H01M4/36; H01M4/38; H01M4/485; H01M4/62; H01M10/0525; C08J3/20; C08L33/06; C08K3/08; C08K3/34 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Tin Sulfide/Sulfur/Few-Layer Graphene Composite Material, Preparation Method Therefor And Application Thereof
/ Appl. WO2018209912 / IPC: H01M4/36; H01M4/58; H01M4/583; H01M4/62; H01M4/38; H01M10/0525; H01M10/054 / Zhu, Min; 朱敏; Cheng, Deliang; 程得亮; Yang, Lichun; 杨黎春; Hu, Renzong; 胡仁宗; Zeng, Meiqin; 曾美琴; Lu, Zhongchen; 鲁忠臣 / South China University Of Technology; 华南理工大学 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
All-Solid-State Lithium Battery And Method For Manufacturing Same
/ Appl. WO2019116857 / IPC: H01M10/0562; H01M4/131; H01M4/1391; H01M4/485; H01M10/0525; H01M10/0585 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Passivating Agents For Electrochemical Cells
/ Appl. WO2018213661 / IPC: H01M4/13; H01M4/62; H01M10/42; H01M10/0567; H01M10/052; H01M4/131; H01M4/136 / Liao, Zhaohui; Scordilis-Kelley, Chariclea; Kelley, Tracy Earl; Mikhaylik, Yuriy V.; Schneider, Holger / Sion Power Corporation; Basf Se / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Three-Dimensional Soft Electrode For Lithium Metal Batteries
/ Appl. WO2018212871 / IPC: H01M4/134; H01M4/1395; H01M4/78; H01M4/66; H01M10/052; H01M12/08 / Jiang, Hanqing; Zeng, Wei; Wang, Xu / Arizona Board Of Regents On Behalf Of Arizona State University / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Ion Secondary Battery
/ Appl. WO2018212274 / IPC: H01M4/38; H01M4/134; H01M4/36; H01M10/052; H01M10/0567; H01M10/058 / Tamai, Suguru; 玉井 卓; Ishikawa, Hitoshi; 石川 仁志 / Nec Corporation; 日本電気株式会社 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Ion Secondary Battery
/ Appl. WO2018212276 / IPC: H01M10/0569; H01M4/38; H01M4/48; H01M10/052; H01M10/0568 / Shimanuki, Ikiko; 島貫 伊紀子; Noguchi, Takehiro; 野口 健宏; Kawasaki, Daisuke; 川崎 大輔; Hasegawa, Takuya; 長谷川 卓哉 / Nec Corporation; 日本電気株式会社 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Vinyl Sulfone Compound, Electrolytic Solution For Lithium Ion Battery, And Lithium Ion Battery
/ Appl. WO2018211896 / IPC: C07C317/18; C07C317/22; C07D213/71; H01M10/052; H01M10/0567 / Ono, Kaori; 大野 香織; Katoh, Eisaku; 加藤 栄作 / Konica Minolta, Inc.; コニカミノルタ株式会社 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Positive Electrode Active Material For Lithium Secondary Battery And Manufacturing Method Therefor
/ Appl. WO2019103488 / IPC: H01M4/525; H01M4/505; H01M4/485; C01G53/00; H01M10/052 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Method For Pre-Lithiating Silicon Oxide Anode For Secondary Battery
/ Appl. WO2018212453 / IPC: H01M4/1391; H01M4/04; H01M4/131; H01M10/0525; H01M4/485 / Chae, Oh Byong; 채오병; Song, Jun Hyuk; 송준혁; Kim, Eun Kyung; 김은경; Kang, Yoon Ah; 강윤아; Woo, Sang Wook; 우상욱 / Lg Chem, Ltd.; 주식회사 엘지화학 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Pvdf Binders For Graphite/Silicon Anodes
/ Appl. WO2019101829 / IPC: H01M4/131; H01M4/134; H01M4/38; H01M4/62; H01M10/0525 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Energy Storage Device
/ Appl. WO2019105840 / IPC: H01M2/10; H01M10/056; H01M10/04; H01M10/052; H01M10/0569; H01M10/054 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Ion Conductor Material, Synthesis Method Therefor, And Secondary Battery
/ Appl. WO2019130923 / IPC: H01M10/0562; C01G35/00; H01B1/06; H01B1/08; H01M4/62; H01M10/052 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Titanate Sintered Plate
/ Appl. WO2018212038 / IPC: H01M4/131; H01M4/485; H01M10/0525; H01M10/0566 / Yura Yukinobu; 由良 幸信; Okada Shigeki; 岡田 茂樹; Kobayashi Nobuyuki; 小林 伸行 / Ngk Insulators, Ltd.; 日本碍子株式会社 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Anode Active Material For Lithium Secondary Battery, And Preparation Method Therefor
/ Appl. WO2019103499 / IPC: H01M4/36; H01M4/485; H01M10/0525; C01B33/20; C01B33/113; C01B32/05 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Method For Manufacturing Anode For Lithium Secondary Battery
/ Appl. WO2018212481 / IPC: H01M4/1395; H01M4/04; H01M4/66; C23C14/04; H01M10/052 / Chae, Ohbyong; 채오병; Kang, Yoonah; 강윤아; Song, Junhyuk; 송준혁; Kim, Eun Kyung; 김은경; Woo, Sangwook; 우상욱 / Lg Chem, Ltd.; 주식회사 엘지화학 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Secondary Battery And Method For Manufacturing Same
/ Appl. WO2018211941 / IPC: H01M10/0585; H01M2/02; H01M2/36; H01M10/052; H01M10/0566 / Horie, Takuya; 堀江 拓也; Higuchi, Masashi; 樋口 昌史; Mizuguchi, Yuji; 水口 雄二 / Murata Manufacturing Co., Ltd.; 株式会社村田製作所 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Electrode And Lithium Secondary Battery Comprising Same
/ Appl. WO2018212438 / IPC: H01M4/134; H01M4/1395; H01M10/052; H01M4/38 / Kim, Kihyun; 김기현; Yang, Doo Kyung; 양두경; Kim, Taek Gyoung; 김택경; Song, Jieun; 송지은 / Lg Chem, Ltd.; 주식회사 엘지화학 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Secondary Battery
/ Appl. WO2018212446 / IPC: H01M4/74; H01M4/66; H01M4/13; H01M10/052 / Eom, Hyeri; 엄혜리; Lee, Seungjae; 이승재; Choi, Sol; 최솔; Han, Da-Un; 한다운 / Samsung Sdi Co., Ltd.; 삼성에스디아이 주식회사 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Separator For Non-Aqueous Secondary Batteries, Non-Aqueous Secondary Battery, And Method For Producing Non-Aqueous Secondary Battery
/ Appl. WO2018212252 / IPC: H01M2/16; H01M10/052; H01M10/0566; H01M10/058 / Sato, Megumi; 佐藤 恵美 / Teijin Limited; 帝人株式会社 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode Additive, Method For Manufacturing Same, And Cathode And Lithium Secondary Battery Comprising Same
/ Appl. WO2019107835 / IPC: H01M4/62; H01M4/13; H01M10/052; C01G53/00; C01G51/00; C01D15/02 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Nonaqueous Electrolytic Solution For Lithium Secondary Battery, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019103496 / IPC: H01M10/0567; H01M10/42; H01M10/052; C07D233/58 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Dissolution Resistant Nanoporous Lithium Manganese Oxide
/ Appl. WO2018213644 / IPC: C01G45/12; H01M4/505; H01M10/052 / Tolbert, Sarah; Lesel, Benjamin / The Regents Of The University Of California / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Electrode Active Material, Method For Manufacturing Same, And Lithium Secondary Battery Comprising Same
/ Appl. WO2018212374 / IPC: C01B32/30; H01M4/583; H01M10/0525 / Ahn, Hyo Jin; 안효진; Lee, Do Young; 이도영; An, Geon Hyoung; 안건형 / Foundation For Research And Business, Seoul National University Of Science And Technology; 서울과학기술대학교 산학협력단 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Prussian Blue Positive Electrode Material, Preparation Method Therefor, And Electrochemical Energy Storage Device
/ Appl. WO2018209653 / IPC: H01M4/58; H01M10/052; H01M10/054 / Wang, Xiqing; 王喜庆; Guo, Yongsheng; 郭永胜; Liang, Chengdu; 梁成都; Su, Shuojian; 苏硕剑; Wang, Ying; 王莹 / Contemporary Amperex Technology Co., Limited; 宁德时代新能源科技股份有限公司 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Hybrid Separators And The Manufacture Thereof
/ Appl. WO2018213484 / IPC: B01D67/00; H01M2/14; H01M10/052 / Joo, Yong Lak; Carlin, Joseph M.; Smith, Soshana / Cornell University / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Separator For Secondary Battery And Lithium Secondary Battery Comprising Same
/ Appl. WO2018212566 / IPC: H01M2/16; H01M10/0525 / Ko, Changhong; 고창홍; Seo, Dongwan; 서동완; Choi, Hyeonsun; 최현선; Choi, Ickkyu; 최익규; Park, Jungjoon; 박정준; Park, Jinkyu; 박진규; Park, Sam-Jin; 박삼진; Kim, Yangseob; 김양섭 / Samsung Sdi Co., Ltd.; 삼성에스디아이 주식회사 / Publ. Date: 22.11.2018 /
Details: EnergyStorage, LithiumIonBattery
Ultra-Thin Lithium Battery Having Limitless Capacity
/ Appl. WO2020048013 / IPC: H02J7/35; H01M10/052 / Appl. Date: 22/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Drive Arrangement For A Hybrid Vehicle And Method For Operating A Motor Vehicle Therewith
/ Appl. WO2019105508 / IPC: B60K6/48; B60K6/547; B60K6/36; B60K6/387; B60K6/40; B60K6/405; F16H3/00; F16H3/093; B60K25/00; B60K25/02 / Appl. Date: 22/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Control Device, Control Method, And Program
/ Appl. WO2019159475 / IPC: B60L50/40; B60L50/50; B60L53/00; B60L55/00; B60L58/00; G06Q50/10 / Appl. Date: 22/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Control Device, Control Method, And Program
/ Appl. WO2019159475 / IPC: B60L50/40; B60L50/50; B60L53/00; B60L55/00; B60L58/00; G06Q50/10 / Appl. Date: 22/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Drive Arrangement For A Hybrid Vehicle And Method For Operating A Motor Vehicle Therewith
/ Appl. WO2019105508 / IPC: B60K6/48; B60K6/547; B60K6/36; B60K6/387; B60K6/40; B60K6/405; F16H3/00; F16H3/093; B60K25/00; B60K25/02 / Appl. Date: 22/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Paint, Cover Glass, Photovoltaic Power Generation Module, And External Wall Material For Building
/ Appl. WO2019116858 / IPC: C03C17/32; H01L31/048 / Appl. Date: 22/11/2018 /
Details: EnergyEfficiency, BuildingIntegratedPV
Uniformly And Directionally Colored Photovoltaic Modules
/ Appl. WO2018212988 / IPC: H01L31/0236; H02S40/22; H02S20/25 / Liu, John; Lefevre, Ollivier J. / Tesla, Inc. / Publ. Date: 22.11.2018 /
Details: EnergyEfficiency, BuildingIntegratedPV
Method For Installing No-Drilling, Contact-Type Foundation Stone For Installing Photovoltaic Structure On Building
/ Appl. WO2018212410 / IPC: H02S20/22; H02S30/00 / Choi, Dong Soo; 최동수; Ko, Sung Hun; 고성훈; Choi, Chang Kun; 최장군 / Im; (주)아이엠 / Publ. Date: 22.11.2018 /
Details: EnergyEfficiency, BuildingIntegratedPV
Roof Tile With A Photovoltaic Cell
/ Appl. WO2018212675 / IPC: E04D3/35; E04D13/18; H01L31/042 / Bespyaty, Anatoly Vladimirovich; Беспятый, Анатолий Владимирович; Evstegneev, Kirill Viktorovich; Евстегнеев, Кирилл Викторович / Limited Liability Company "Thermotile"; Общество С Ограниченной Ответственностью "Термочерепица" / Publ. Date: 22.11.2018 /
Details: EnergyEfficiency, BuildingIntegratedPV
Thermotechnical System And Method For High Efficiency Heat Transfer And Distribution
/ Appl. WO2018211464 / IPC: F24D5/12; F25B30/02; F24D11/02 / Rosa Brusin, Marco; Molina, Samuele / Giacomini S.P.A. / Publ. Date: 22.11.2018 /
Details: EnergyEfficiency, HeatPumps
Waste Heat Recovery Systems With Heat Exchangers
/ Appl. WO2018213080 / IPC: F01K23/02; F01K23/10; F01N3/10; F01N5/02; F02G5/02 / Delahanty, Jared C.; Ernst, Timothy C.; Kolhouse, J. Steven; Boas, Brett A. / Cummins Inc. / Publ. Date: 22.11.2018 /
Details: CombinedHeatAndPower, WasteHeatRecovery
Combined Cogeneration System Using Mixed Wastes
/ Appl. WO2018212442 / IPC: F01K23/06; F01K3/18; F22B1/18; F22D1/02; F22B37/00; F23G5/14 / You, Jungho; 유정호; Kim, Young Woon; 김영운 / Sge Energy Co., Ltd.; (주)에스지이에너지 / Publ. Date: 22.11.2018 /
Details: CombinedHeatAndPower, CoGeneration
Method And System For Efficient Nonsynchronous Lng Production Using Large Scale Multi-Shaft Gas Tusbines
/ Appl. WO2018212830 / IPC: F25J1/00; F25J1/02 / Guy, Ashley R.; Lupascu, Sorin T.; Parker, Donna J.; Lee, Yow-Yeen / Exxonmobil Upstream Research Company; Guy, Ashley R.; Lupascu, Sorin T.; Parker, Donna J.; Lee, Yow-Yeen / Publ. Date: 22.11.2018 /
Details: CombinedHeatAndPower, WasteHeatRecovery
Waste Heat Recovery System
/ Appl. WO2018210480 / IPC: F02G5/02; F01N5/02; F01K23/06 / Doehring, Jochen; Rachow, Thomas; Schoefer, Joerg; Richter, Michael; Schlingmeier, Daniel; Daimer, Guido / Robert Bosch Gmbh / Publ. Date: 22.11.2018 /
Details: CombinedHeatAndPower, WasteHeatRecovery
Rotor, Stator, And Multi-Working Harmonic Permanent Magnet Motor
/ Appl. WO2018209738 / IPC: H02K1/27; H02K1/17; H02K21/14; H02K21/02 / Li, Dawei; 李大伟; Xie, Kangfu; 谢康福; Qu, Ronghai; 曲荣海 / Huazhong University Of Science And Technology; 华中科技大学 / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Vehicle Battery Tray Having Tub-Based Component
/ Appl. WO2018213306 / IPC: B60L11/18; B62D21/15 / Stephens, Mark, Charles; Matecki, Joseph, Robert; Brady, Bob; Kuipers, Matthew; Roehm, Paul, Michael / Shape Corp. / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Vehicle Battery Tray With Integrated Battery Retention And Support Features
/ Appl. WO2018213383 / IPC: B60L11/18; B62D21/08; B62D21/15 / Matecki, Joseph, Robert; Stephens, Mark, Charles; Mchenry, Jeffrey; Kuipers, Matthew / Shape Corp. / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Hybrid Vehicle With A Drive Train And Method For The Dimensioning Thereof
/ Appl. WO2018210502 / IPC: H02K7/00; B60K1/00 / Hackl, Thomas; Moser, Thomas; Schlager, Gerd; Schmidl, Dieter / Magna Powertrain Gmbh & Co Kg / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Enhancement Of Electric Vehicles And Their Effective Battery Storage Capacity
/ Appl. WO2018211272 / IPC: B60L8/00; B60L11/18; H02J7/35 / Pritchard, Declan Nigel / Pritchard, Declan Nigel / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Motor Stator Assembly, Motor, And Electric Vehicle Having Motor
/ Appl. WO2018209778 / IPC: H02K3/28 / Lan, Hongyu; 兰红玉; Zhang, Shengchuan; 张胜川; Li, Peng; 李鹏; Zhang, Shixiang; 张诗香; Xu, Liwen; 许力文; Zhuang, Zhaohui; 庄朝晖 / Nextev Limited; 蔚来汽车有限公司 / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method And System For Conditioning The Air In A Passenger Compartment Of An Electric Vehicle, And Electric Vehicle Implementing Such A Method Or System
/ Appl. WO2018211006 / IPC: B60H1/00; B60H1/32 / Desneux, Alexandre; Bardot, Christophe; Durand, Fabien; Mathieux, Alexandre; Suaud, Freddy / Bluebus / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Protective Garments
/ Appl. WO2018211294 / IPC: A41D19/00; A41D31/02; A41D13/05; A41D13/06; A41D13/08; A42B3/00; A43B1/00; A41D19/015 / Andresen, Lars Petter / Optipro Corp. Ltd.; Andresen, Lars Petter / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Electric Vehicle Charger With Load Shedding
/ Appl. WO2018213450 / IPC: H02J7/14; B60L1/00; B60L1/04; H02J3/14 / Samojeden, Matthew / Hubbell Incorporated / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Power Compensation Method, Device, And System Using Electric Vehicle As Mobile Charging Pile
/ Appl. WO2018210034 / IPC: H02J7/00 / Wang, Hongshuai; 王洪帅; Lv, Yuhua; 吕玉华 / Nio Nextev Limited; 蔚来汽车有限公司 / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Computer Controlled Solid State Switching Device For Electrical System In A Stirling-Electric Hybrid Vehicle
/ Appl. WO2018213362 / IPC: B60K6/20; B60K6/22; B60K6/24; B60K6/26; F02G1/04; F02G1/043; F02G1/045; F02G1/053; F02G1/06; F02G5/02 / Mcdowell, Joseph S.; Balasubramanya, Mirley K.; Chandler, Kevin M.; Idell, J. Harold / Quantum Industrial Development Corporation / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Smart Charging Scheduling Apparatus And Method For Electric Vehicle
/ Appl. WO2018209571 / IPC: H02J7/00 / Liu, Bo; Page, Thomas; Ding, Qiao; Yang, Qing; Hein, Christoph Tomoki; Groesbrink, Stefan / Bayerische Motoren Werke Aktiengesellschaft; Liu, Bo / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Automated Electric Vehicle Charging
/ Appl. WO2018213453 / IPC: B60L11/18 / Samojeden, Matthew / Hubbell Incorporated / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Method And System For Predicting Charging Requirements Of Electric Vehicles
/ Appl. WO2018209810 / IPC: G06Q10/04; G06Q50/06 / Jin, Chongkui; 金崇奎 / Nextev Limited; 蔚来汽车有限公司 / Publ. Date: 22.11.2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
A New Era Of Direct Power Extraction Research / 19 Nov 2018 / News Stories / News and Events /
National Energy Technology Laboratory
Details: Energy Efficiency in Energy Sector, Coal, Electricity, Generation, Research, United States
Lithium Ion Secondary Battery
/ Appl. WO2019107242 / IPC: H01M10/052; H01M4/134; H01M4/38; H01M4/505; H01M4/525; H01M4/62; H01M4/66; H01M10/0566; H01M10/0569; H01M10/0585 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Power Storage Element And Power Storage Device
/ Appl. WO2019103019 / IPC: H01M10/0525; H01G11/32; H01G11/46; H01G11/68; H01M4/133; H01M4/525; H01M4/587; H01M4/66 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
All-Solid-State Secondary Battery And Method Of Charging The Same
/ Appl. WO2019103470 / IPC: H01M4/13; H01M4/36; H01M4/38; H01M4/587; H01M4/66; H01M10/0562; H01M10/052; H01M10/42 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Anode For Lithium Secondary Battery And Method For Manufacturing Same
/ Appl. WO2019103465 / IPC: H01M4/134; H01M4/131; H01M4/62; H01M4/1395; H01M4/1391; H01M4/04; H01M10/0525 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode Material For Lithium Secondary Battery, And Cathode And Lithium Secondary Battery Which Comprise Same
/ Appl. WO2019103463 / IPC: H01M4/36; H01M4/525; H01M4/505; H01M4/485; H01M10/052 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode Active Material Precursor, Manufacturing Method Therefor, And Cathode Active Material, Cathode And Secondary Battery Manufactured By Using Same
/ Appl. WO2019103461 / IPC: C01G53/00; H01M4/525; H01M4/505; H01M4/485; H01M10/052 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Positive Electrode Active Material For Lithium Secondary Battery And Manufacturing Method Therefor
/ Appl. WO2019103458 / IPC: H01M4/525; H01M4/505; H01M4/485; C01G53/00; H01M10/052 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Positive Electrode Material For Secondary Battery And Lithium Secondary Battery Comprising Same
/ Appl. WO2019103460 / IPC: H01M4/36; H01M4/525; H01M4/505; H01M10/052 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Method For Manufacturing Positive Electrode Additive For Lithium Secondary Battery
/ Appl. WO2019103459 / IPC: C01G53/00; H01M4/525; H01M4/485; H01M10/052 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Electrode Assembly Having Improved Safety Of Use By Means Of Structure In Which Local Site In Exterior Material Is Reinforced With Elastic Polymer Film, And Lithium-Ion Secondary Battery Having Same
/ Appl. WO2019103447 / IPC: H01M10/0585; H01M2/02; H01M2/26; H01M10/0525 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Electrode Assembly Having Improved Safety Of Use By Means Of Exterior Material Pattern Structure, And Lithium-Ion Secondary Battery Having Same
/ Appl. WO2019103446 / IPC: H01M10/0585; H01M2/02; H01M2/26; H01M10/0525 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Electrode Assembly Having Negative Electrode Disposed As Outermost Electrode, And Lithium-Ion Secondary Battery Having Same
/ Appl. WO2019103467 / IPC: H01M10/0585; H01M10/04; H01M2/26; H01M10/0525 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium Ion Secondary Battery
/ Appl. WO2019103031 / IPC: H01M10/0525; H01M4/525 / Appl. Date: 21/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Autonomous Vehicle Energy And Service Hub
/ Appl. WO2019104375 / IPC: C01B3/38; C01B3/04; C10L3/08; C07C1/12; C25B1/04; F02C3/34; C01C1/04 / Appl. Date: 21/11/2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
Autonomous Vehicle Energy And Service Hub
/ Appl. WO2019104375 / IPC: C01B3/38; C01B3/04; C10L3/08; C07C1/12; C25B1/04; F02C3/34; C01C1/04 / Appl. Date: 21/11/2018 /
Details: EnergyEfficiencyInTransport, FuelCellVehicle
Details: EnergyEfficiency, BuildingIntegratedPV
Battery Electric Vehicle Market Forecast & Analysis 2019-2029
/ Market Research / November 2018, 180 pages /
Global Wireless Electric Vehicle Charging Market 2018 by Manufacturers, Regions, Type and Application, Forecast to 2023
/ Market Research / November 2018, 116 pages /
Temperature Control System For Lithium Battery Container
/ Appl. WO2020097953 / IPC: H01M10/617; H01M10/0525; H01M10/635; H01M10/6563; H01M10/663 / Appl. Date: 20/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Additive, Non-Aqueous Electrolyte For Lithium Secondary Battery Comprising Same, And Lithium Secondary Battery Comprising Same
/ Appl. WO2019103434 / IPC: H01M10/0567; H01M10/42; H01M10/052; C07F9/14; C07F9/09 / Appl. Date: 20/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Lithium-Ion Secondary Cell
/ Appl. WO2019123951 / IPC: H01M10/0562; H01M4/13; H01M4/38; H01M4/66; H01M10/052 / Appl. Date: 20/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Battery Pack
/ Appl. WO2019102986 / IPC: H01M2/10; H01M10/052; H01M10/0568; H01M10/0569; H01M10/48 / Appl. Date: 20/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Method And Systems For Metal Doping On Battery Cathode Materials
/ Appl. WO2019104099 / IPC: C01G53/00; H01M4/525; H01M4/505; H01M10/052; H01M4/02 / Appl. Date: 20/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Cathode Active Material For Lithium Secondary Battery, Manufacturing Method Therefor, And Lithium Secondary Battery Including Same Cathode Active Material
/ Appl. WO2019124767 / IPC: H01M4/525; H01M4/505; C01G53/00; H01M10/052 / Appl. Date: 20/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Separator For Electricity Storage Devices, And Electricity Storage Device
/ Appl. WO2019103011 / IPC: H01M2/16; H01G11/06; H01G11/52; H01M10/052; H01M10/0566 / Appl. Date: 20/11/2018 /
Details: EnergyStorage, LithiumIonBattery
Dc-Dc Converter For An Electric Or Hybrid Vehicle With Recovery Of Secondary Losses
/ Appl. WO2019110296 / IPC: H02M1/34; H02M1/36 / Appl. Date: 20/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
Metal Deposition Film, For Film Capacitor, Used For Driving Motor Of Electric Vehicle
/ Appl. WO2020091128 / IPC: C23C14/12; C23C14/20; C23C28/00; H01G4/33; H02K11/00 / Appl. Date: 20/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
A Shaft And Production Method Thereof
/ Appl. WO2019216848 / IPC: B29C53/56; B29C70/34; B29C70/48; F16C3/02 / Appl. Date: 20/11/2018 /
Details: EnergyEfficiencyInTransport, CarbonFiberInTransport
Metal Deposition Film, For Film Capacitor, Used For Driving Motor Of Electric Vehicle
/ Appl. WO2020091128 / IPC: C23C14/12; C23C14/20; C23C28/00; H01G4/33; H02K11/00 / Appl. Date: 20/11/2018 /
Details: EnergyEfficiencyInTransport, ElectricVehicle
Dc-Dc Converter For An Electric Or Hybrid Vehicle With Recovery Of Secondary Losses
/ Appl. WO2019110296 / IPC: H02M1/34; H02M1/36 / Appl. Date: 20/11/2018 /
Details: EnergyEfficiencyInTransport, HybridVehicle
