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
