Posters

ERE3.3
Unconventional hydrocarbon resources: Advances and new technologies 

Unconventional hydrocarbon resources such as Shale Gas, Tight Sands, and Gas Hydrates are becoming an important source of energy with increasing demand for them in the last years. The session is devoted to advances in technologies and case studies relevant to the to exploitation and exploration for unconventional hydrocarbon resources. Submitted abstracts may be related to the the following topics:
1-Shale Gas, Tight Sands, and Gas Hydrate exploration.
2-Fractured unconventional reservoirs.
3-Unconventional resources and the environment.
4-Shale Gas and Tight Sands drilling.
5-Exploitation of hydrocarbons from
unconventional resources.

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Convener: Sid-Ali Ouadfeul | Co-convener: Leila Aliouane
Orals
| Fri, 12 Apr, 08:30–10:15
 
Room 0.96
Posters
| Attendance Fri, 12 Apr, 10:45–12:30
 
Hall X1

Attendance time: Friday, 12 April 2019, 10:45–12:30 | Hall X1

X1.107 |
EGU2019-18684
Contribution of conventional well-logs in shale gas reservoirs characterization with an example from the Lower Barnett shale (USA)
(withdrawn)
Leila Aliouane and Sid-Ali Ouadfeul
X1.108 |
EGU2019-18632
Geochemical parameters prediction in shale gas reservoirs using artificial neural network.
(withdrawn)
Sid-Ali Ouadfeul and Leila Aliouane
X1.109 |
EGU2019-2070
Applications of Pore Network Modeling in Tight Oil Migration
Yongchao Zhang, Jianhui Zeng, Xiao Feng, and Yong Ma
X1.110 |
EGU2019-17606
Rapid and non-destructive technique for characterisation of unconventional petroleum reservoirs
(withdrawn)
Oleksandr Ivakhnenko, Ingkar Askarova, Rashida Salimova, and Kazim Nadirov
X1.111 |
EGU2019-2621
Creep behavior of Bowland and Posidonia shale at In Situ pc, T - conditions
Johannes Herrmann, Erik Rybacki, Hiroki Sone, and Georg Dresen
X1.112 |
EGU2019-3141
Raman spectroscopy: a novel method for determining the thermal maturity of organic matter in sedimentary rocks
Delano Henry, Ian Jarvis, Gavin Gillmore, Michael Stephenson, and Christopher Vane
X1.113 |
EGU2019-3757
Modeling of Hydrocarbon Generation and Conduction in Organic Rich Shale System Under Complicated Tectonic Setting: A Case Study of Sangzheping Syncline, Pengshui County, Southern China
Xiaofeng Xu, Wanzhong Shi, and Jingqi Zhang
X1.114 |
EGU2019-4877
Flow behaviors characterization of CO2 flow through a 3D rough fracture based on Lattice Boltzmann simulations
Jiawei Li, Claudia Cherubini, Alexander Scheuermann, Sergio Andres Galindo Torres, and Ling Li
X1.115 |
EGU2019-5559
Raman spectroscopy of kerogen in diagenesis. A promising thermal maturity tool for conventional and unconventional resources
Andrea Schito, Sveva Corrado, Domenico Grigo, Amalia Spina, Simonetta Cirilli, and Claudia Romano
X1.116 |
EGU2019-6317
Formation mechanisms of two different typical volcanic hydrocarbon reservoirs within a volcanostratigraphic framework: the case of the Kebai fault zone in the Junggar Basin, China
Chen Li, Shiyue Chen, and Hancheng Ji
X1.117 |
EGU2019-6759
Experimental study of water-shale interaction during chemical oxidation of shale
Sen Yang, Yilian Li, and Danqing Liu
X1.118 |
EGU2019-10918
Unconventional collectors of the Domanic formation in the Kama-Kinel through system and main characteristics
(withdrawn)
Vitaliya Chupahina, Anna Zavyalova, Antonina Stupakova, and Georgiy Kalmykov
X1.119 |
EGU2019-13260
Paleoreconstruction and formation condition of upper Devonian-lower Carboniferous Domanic formation in the Volga-Ural basin
(withdrawn)
Anna Zavialova, Vitalia Chupahina, Antonina Stupakova, and Georgiy Kalmykov
X1.120 |
EGU2019-13895
Petrographic controls on shale surface area and the novel characterisation of pore structures.
Eleanor Pitcher, Sean Rigby, and David Large
X1.121 |
EGU2019-16473
Assessing the suitability of infrared hyperspectral imaging to characterise organic-rich mudstones: an example from the Carboniferous Bowland-Hodder shales of the UK
Kieran Blacker, Tim Pritchard, Jordan McDevitt, Michael Stark, and Gavin Hunt
X1.122 |
EGU2019-16774
Investigation of environmental impact assessment method by measurement of atmospheric methane concentration on methane plume
chiharu aoyama, ryoto ohama, and daiki aoyama