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win德赢注册赠送 - win德赢

杨 涛


姓名:杨涛

姓名:杨涛

职称:挪威皇家科学与文win德赢注册赠送(DKNVS)院士、挪威工程院(NTVA)院士、一级教授 对照阅读

win德赢注册赠送与工作经历:

1987.9-1991.7,win德赢注册赠送(华东)应用化学专业,学士 相关文章

1991.9-1996.7,win德赢注册赠送(北京)化学工程专业,博士 继续了解

1996.9-1997.9,中国科win德赢注册赠送过程工程研究所,博士后

1997.9-1999.9,挪威科技大学石油工程系,博士后

1999.9-2005.11,挪威惠特森win德赢注册赠送技术专家

挪威艾奎诺能源win德赢注册赠送挪威总部2005.11-2012.7,首席顾问

2012.7-2015.7,挪威艾奎诺能源win德赢注册赠送北美分win德赢注册赠送技术专家

2015.7-2022.5,挪威艾奎诺能源win德赢注册赠送研发总部技术专家

2022.5 -2026.4,挪威艾奎诺能源win德赢注册赠送挪威总部首席科学家

2026.4-至今,win德赢注册赠送(北京),教授

电子邮箱:taoyang@visitkutahya.com


研究方向:

(1)油气地质与地球物理;例如(2)智能测井与解释;(3)CCUS;(4)氢能产业链;(5)生物质高值利用和绿色燃料


代表性论文:

1)Yang, Tao, Arief, Ibnu Hafidz, Bravo, Maria Cecilia, Cely, Alexandra, Donnadieu, Sandrine, Ng, Cuthbert Shang Wui, Ungar, Frode, and Yerkinkyzy, Gulnar. "Maximizing Reservoir Fluid Insights from Mud Gas and Drill Cuttings." Petrophysics, Vol. 65, No. 4 (August 2024). doi: https://doi.org/10.30632/

2)Zhang, Jiafeng, Liu, Ye, Cao, Jie, and Yang, Tao. "Remediation of LWD Data Lag with Hybrid Real-Time Data Using Self-Attention-Based Encoder-Decoder Model." Geoenergy Science and Engineering, Vol. 244 (2025): 213461. doi: https://doi.org/10.1016/j.geoen.2024.213461

3)Hu, T., Cui, Y., Duan, B., Xu, B., Zhao, Z., Deng, H., Dindoruk, B., Yang, T., and Rui, Z. "Quantitative Characterization of Synergistic Effect in CO2 Storage and Enhanced Recovery Systems Considering CO2–Water–Salinity–Rock Reactions." Physics of Fluids, Vol. 36 (2024): Article 5.0242520. doi: https://doi.org/10.1063/5.0242520

4)Kopal, Margarete, Yerkinkyzy, Gulnar, Nygård, Marianne Therese, Cely, Alexandra, Ungar, Frode, Donnadieu, Sandrine, and Yang, Tao. "Real-Time Fluid Identification from Integrating Advanced Mud Gas and Petrophysical Logs." Petrophysics, Vol. 65 (2024): 470–483. doi: https://doi.org/10.30632/PJV65N4-2024a3

5)Yang, Tao, Cely, Alexandra, Moore, Julian, and Michael, Eric. "Application of GPC-UV Method for Reservoir Fluid Analysis from Drill Cuttings." Petrophysics, Vol. 65 (2024): 593–603. doi: https://doi.org/10.30632/PJV65N4-2024a12

6)Yang, Tao, Arief, Ibnu Hafidz, Niemann, Martin, and Houbiers, Marianne. "Reservoir Fluid Data Acquisition Using Advanced Mud-Logging Gas in Shale Reservoirs." Petrophysics, Vol. 65 (2024): 455–469. doi: https://doi.org/10.30632/PJV65N4-2024a2

7)Yang, Tao, Uleberg, Knut, Cely, Alexandra, Yerkinkyzy, Gulnar, Donnadieu, Sandrine, and Kristiansen, Vegard Thom. "Unlocking Large Potentials of Standard Mud Gas for Real-Time Fluid Typing." Petrophysics, Vol. 65 (2024): 484–495. doi: https://doi.org/10.30632/PJV65N4-2024a4

8)Ungar, Frode, Yerkinkyzy, Gulnar, Bravo, Maria Cecilia, and Yang, Tao. "Improved Reservoir Fluid Estimation for Prospect Evaluation Using Mud Gas Data." Petrophysics, Vol. 65 (2024): 519–531. doi: https://doi.org/10.30632/PJV65N4-2024a7

9)Cely, Alexandra, Siedlecki, Artur, Ng, Cuthbert Shang Wui, Liashenko, Artur, Donnadieu, Sandrine, and Yang, Tao. "Reservoir Fluid Typing from Standard Mud Gas – A Machine-Learning Approach." Petrophysics, Vol. 65 (2024): 496–506. doi: https://doi.org/10.30632/PJV65N4-2024a5

10)Bravo, Maria Cecilia, Cely, Alexandra, Yerkinkyzy, Gulnar, Xavier, David, Masutti, Leonardo, de Souza, Marcos Paulo, Donnadieu, Sandrine, and Yang, Tao. "A Novel Method to Map Heavy Oil Viscosity from Standard Mud Gas – A Field Case from the Peregrino Field." Petrophysics, Vol. 65 (2024): 507–518. doi: https://doi.org/10.30632/PJV65N4-2024a6

11)Arief, Ibnu Hafidz, and Yang, Tao. "A Machine-Learning Approach to Predict Gas-Oil Ratio Based on Advanced Mud Gas Data." Petrophysics, Vol. 65 (2024): 433–454. doi: https://doi.org/10.30632/PJV65N4-2024a1

12)Caldas, Priscila Furghieri Bylaardt, Kirkman, George, Ungar, Frode, and Yang, Tao. "Evaluation of PVT Comparisons and GOR Prediction Based on Advanced Mud Gas Data: A Case Study from Snorre Field." Petrophysics, Vol. 65 (2024): 532–547. doi: https://doi.org/10.30632/PJV65N4-2024a8

13)Hu, Ting, Chen, Siwei, Rui, Zhenhua, Ali Khan, Waleed, Peng, Zesen, Wang, Xiukun, Dindoruk, Birol, Patil, Shirish, and Yang, Tao. "Data-Driven Quantitative Study of Synergistic Effects on CCUS-EOR: A Case Study of Ultra-Low Permeability Sandstone Reservoirs." Energy Fuels, Vol. 38, No. 7 (2024): 5777–5790.

14)Hu, T., Yang, T., Dindoruk, B., Torabi, F., McPherson, B., and Emami-Meybodi, H. "Investigating the Impact of Methane Leakage on the Marine Carbon Sink." Applied Energy, Vol. 360 (April 15, 2024): 122880. doi: https://doi.org/10.1016/j.apenergy.2024.122880

15)Qian, C., Rui, Z., Liu, Y., Dindoruk, B., Yang, T., Wilson, M. A., and Patil, S. L. "Molecular Simulation of Hydrocarbon Recovery from Calcite Surface with Implications for CO2 Storage in Nanopores." In Lin, J. (Ed.), Proceedings of the International Field Exploration and Development Conference 2023. IFEDC 2023. Springer Series in Geomechanics and Geoengineering. Springer, Singapore. doi: https://doi.org/10.1007/978-981-97-0268-8_37

16)Pierpont, R., Birkeland, K., Cely, A., Yang, T., Chen, L., Achourov, V., Betancourt, S. S., Canas, J. A., Forsythe, J. C., Pomerantz, A. E., Yang, J., Datir, H., and Mullins, O. C. "Enigmatic Reservoir Properties Deciphered Using Petroleum System Modeling and Reservoir Fluid Geodynamics." Petrophysics, Vol. 64 (2023): 6–17. doi: https://doi.org/10.30632/PJV64N1-2023a1

17)Liu, Y., Hu, T., Rui, Z., Zhang, Z., Du, K., Yang, T., Dindoruk, B., Stenby, E., Torabi, F., Afanasyev, A. "An Integrated Framework for Geothermal Energy Storage with CO2 Sequestration and Utilization." Engineering, in press, 2023. doi: https://doi.org/10.1016/j.eng.2022.12.010

18)Zhao, Y., Rui, Z.-H., Zhang, Z., Chen, S.-W., Yang, R.-F., Du, K., Dindoruk, B., Yang, T., Stenby, E. H., and Wilson, M. A. "Importance of Conformance Control in Reinforcing Synergy of CO2 EOR and Sequestration." Petroleum Science 19, no. 6 (2022): 3088–3106. doi: https://doi.org/10.1016/j.petsci.2022.09.036

19)Liu, Y., Rui, Z., Yang, T., and Dindoruk, B. "Using Propanol as an Additive to CO2 for Improving CO2 Utilization and Storage in Oil Reservoirs." Applied Energy 311 (2022): 118640. doi: https://doi.org/10.1016/j.apenergy.2022.118640

20)Ungar, F., Uleberg, K., and Yang, T. "A New Fluidics Method to Determine Minimum Miscibility Pressure." Journal of Petroleum Science and Engineering 208, Part B (2022): 109415. doi: https://doi.org/10.1016/j.petrol.2021.109415

21)Yang, T., Yerkinkyzy, G., Uleberg, K., and A., Ibnu. "Predicting Reservoir Fluid Properties from Advanced Mud Gas Data." SPE Reservoir Evaluation & Engineering 24 (2021): 358–366. doi: https://doi.org/10.2118/201635-PA

22)Jia, N., Zhao, H., Yang, T., Ibatullin, T. R., and Gao, J. "Experimental Measurements of Bitumen–Water Aquathermolysis during a Steam-Injection Process." Energy Fuels 30, no. 7 (2016): 5291–5299.


代表性专利与研究披露:

1)Yang, T., Arief, I., Niemann, M., Forest, T., Meisingset, K.: “Prediction of Reservoir Fluid Properties from Mud-Gas Data.” United Kingdom Patent No. GB2582294B, WO2020185094A1, 2019.

2)Yang, T.: “Reservoir Fluid Mapping in Mature Fields.” United Kingdom Patent No. GB2596590B, WO2022005298A1, 2020.

3)Yang, T., Arief, I., Uleberg, K., Cely, A., Kopal, M., Yerkinkyzy, G.: “Reservoir fluid property estimation using mud-gas data.” United Kingdom Patent No. GB2597649B, WO2022010358A1, 2020.

4)Yang, T., Uleberg, Cheng, N., Yerkinkyzy, G.: “Mud-Gas Analysis for Mature Reservoirs.” United Kingdom Patent No. GB2608414B, WO2023277698A1, 2020.

5)Yang, T., Arief, I., Cely, A., Yerkinkyzy, G., Uleberg, K.: “Reservoir Fluid Typing.” United Kingdom Patent No. GB2608998B, WO2023287303A1, 2021.

6)Yang, T.: “Gas Breakthrough Analysis.” United Kingdom Patent No. GB2614267A, WO2023121472A1, 2021.

7)Yang, T., Cely, A., Yerkinkyzy, G., Donnadieu, S., Uleberg, K.: “New method to correct standard mud gas for fluid typing.” GB2207990.9, 2022.

8)Yang, T., Cely, A., Yerkinkyzy, G., Donnadieu, S.: “Method for predicting a fluid type of a reservoir fluid.” GB2219542.4, 2022.

9)Yang, T., Cely, A., Moore, J, and Michael, E.: “Predicting a Fluid Property Within a Hydrocarbon Reservoir.” GB2315610.2, 2023.

10)Ahitan, S., Abedini, A., Worthing, S., Uleberg, K., Ungar, F., Yang, T.: “Microfluidic Devices, Systems, and Methods.” US202117997665 20210607, 2020.

11)杨涛,常杰,芮振华等。实际上一种生物质负碳转化利用方法。中国发明专利,202410227765.2,审理中。

12)常杰,杨涛,徐春明等。一种生物质热解联产二氧化碳系统。中国发明专利,中国发明专利,202410856628.5。审理中。

13)常明,刘梦溪,卢春喜等。一种生物质热解炭化耦合二氧化碳循环装置及方法。中国发明专利,202411022909.7,审理中。

14)Yang, T., Aabro, E., Larsen, J., Uleberg, K.: “Multiphase Fluid Analyser Coupled with an Optical Fluid Analyser.” Database number 711002, Research Disclosure, May 25, 2023.

15)Yang, T.: “Mud-gas logging system.” Research Disclosure, Database number 696010, February 28, 2022.

16)Yang, T., Uleberg, K., Ungar, F.: “New fluidics methods to miniaturize PVT experiments.” Database number 681032, Research Disclosure, December 4, 2020.


科研项目:

艾奎诺win德赢注册赠送研发旗舰项目,实时流体识别,项目负责人,结题。其实

艾奎诺win德赢注册赠送北美分win德赢注册赠送重点研发,深海油田注气关键技术研究,项目负责人。结题。

减少注气突破的智能低碳技术,艾奎诺win德赢注册赠送重点研发,项目负责人,结题。

海上实施规模化二氧化碳捕集和封存的研究艾奎诺win德赢注册赠送重点研发, ,项目负责人,结题。

艾奎诺win德赢注册赠送重点研发, 结题。项目高级顾问兼质量控制负责人,生物沼气制造绿色甲醇先导项目,


荣誉奖励:

2025-2026年度SPE杰出演讲专家

2025年SPE/AIME德戈利尔杰出服务奖

2024年SPE杰出服务奖

2024年SPWLA杰出技术成就奖

2023年SPE莱斯特·C·尤伦技术卓越奖

2023年EAGE阿尔弗雷德·魏格纳奖

2022年世界石油大奖——最佳数据管理与应用解决方案奖

2022年世界石油大奖——创新奖决赛入围奖

2019年SPE杰出会员奖

2017-2018年度SPE杰出演讲专家

2011年SPE北海地区储层描述与动态技术奖

2009年SPE杰出技术编辑奖

2023年当选为挪威皇家科学与文win德赢注册赠送(DKNVS)院士

2023年获挪威工程院(NTVA)最高荣誉奖

2023年挪威大陆架(NCS)勘探创新奖决赛入围奖

2021年获挪威石油与能源部部长颁发的“21世纪石油与天然气技术冠军奖”(OG21)

2020年当选为挪威工程院(NTVA)院士

2020年Equinor低碳技术挑战赛亚军

2017年Equinor数字化技术挑战赛一等奖

2017年Equinor储层与生产研讨会最佳报告奖

2023年win德赢注册赠送(华东)杰出校友奖

2024年杭州西湖大学首期云谷教授


社会与学术兼职:

世界碳捕集利用封存理事会主席(2021至今)

世界碳捕集利用封存大会董事会联合主席(2023至今)

Equinor、壳牌、道达尔能源、BP、OMV和Gassco氢气工业联盟执行委员会联合主席(2022-2026)

PetroWiki指导委员会主席(2023-2024)

PetroWiki指导委员会成员(2020-2023)

win德赢注册赠送技术中心技术委员会主席——挪威大陆架能源资源可持续利用中心(2024-2026)

win德赢注册赠送技术中心技术委员会副主席——挪威大陆架能源资源可持续利用中心(2022-2024)

win德赢注册赠送技术中心创新委员会成员——挪威大陆架能源资源可持续利用中心(2022至今)

SPE数字科学与工程分析(DSEA)顾问委员会成员(2022-2024)

SPE储层工程顾问委员会成员(2023至今)

SPE年度技术会议与展览(ATCE)储层工程议程委员会成员(2021-2025)

SPE欧洲能源会议(EUROPEC)议程委员会成员(2021-2025)

SPE离岸欧洲——数字技术议程委员会成员(2022-2025)

SPE离岸欧洲——净零技术议程委员会成员(2022-2025)

SPE石油工程教职杰出成就奖委员会成员(2022-2025)

SPE数据科学与工程分析(DSEA)奖委员会成员(2023-2025)

SPE北海地区奖委员会成员(2020-2024)

EAGE奖项委员会成员(2023-2026)

SPWLA年会技术委员会成员(2024-2025)

SPE储层流体技术报告审查委员会成员(2018年)

SPE《储层评价与工程》技术编辑(2007-2012)

《Geoenergy Science and Engineering》期刊编委会成员(2011至今)

挪威石油协会(NPF)董事会成员(2023-2024)

EAGE地球化学研讨会召集人兼主席(2023年)

SPWLA年会专题会议组织者兼主席(2021年)

丹麦技术大学博士生评审委员会成员(2020至今)

挪威科技大学博士生评审委员会成员(2022至今)

挪威斯塔旺格大学博士生评审委员会成员(2024至今)

win德赢注册赠送兼职教授(2011-2016)

win德赢注册赠送兼职教授(2024-2026)

技术之星(Techstars)能源创新孵化器评委(2022-2024)

西湖大学云谷(兼职)教授(2024-2027)

中国科技部win德赢注册赠送高端外国专家(2020至今)

中国侨联特聘专家(2025至今)

win德赢注册赠送海外高层次人才(2024至今)

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