|
Information and Service
|
|
| This Article | |
 |
Supporting info |
|
PDF(660KB) |
|
[HTML] |
|
Reference |
| Service and feedback | |
|
Add to Citation Manager |
|
Cite This Article |
|
Email Alert |
| Keywords | |
|
Well Xike 1 |
|
physical properties |
|
pore type |
|
reservoir evaluation |
|
Xisha Islands |
| Authors | |
|
YU YA-Ping |
|
LIU Li |
|
XU Shou-Li |
|
WU Shi-Jiu |
|
LIU Cai |
|
SONG Shi-Shun |
|
LIU Na |
|
ZHAO Shuang |
|
LI Xiao |
| PubMed | |
|
Article by Yu, Y. P. |
|
Article by Liu, L. |
|
Article by Xu, S. L. |
|
Article by Wu, S. J. |
|
Article by Liu, C. |
|
Article by Song, S. S. |
|
Article by Liu, N. |
|
Article by Zhao, S. |
|
Article by Li, X. |
��eservoir characteristics and evaluation of the first member of Meishan Formation in Well Xike 1��Xisha Islands
YU YA-Ping, LIU Li, XU Shou-Li, WU Shi-Jiu, LIU Cai, SONG Shi-Shun, LIU Na, ZHAO Shuang, LI Xiao
1. College of Earth Sciences��Jilin University��Changchun 130061��China; 2. Zhanjiang Branch��China National Offshore Oil Corporation��Zhanjiang 524057��Guangdong��China; 3. Institute of Mining Engineering��North China University of Science and Technology��Tangshan 063009��Hebei��China
The reef reservoir in Meishan Formation from Well Xike 1 in Xisha islands has been systematically analysed and evaluated based on core observation and thin section authentication�� ��esults show that the mineral composition of reservoir rocks are calcite and dolomite�� The rock fabrics include skeleton��detrital grains��matrix and cement�� The rocks are dolomite��limy dolomite��grainstone��packestone and floatstone in type�� The main reservoir spaces include intergranular pores��intragranular pores��intracrystalline pores��vugular pores��moldic pores��intragranular dissoved pores and fracture pores�� The dolomite reservoir is of good physical properties while the grainstone reservoir is poor�� The studied area is predominately comprised of high porosity and high permeability reservoir��secondly medium porosity and medium permeability reservoir��and a small amount of reservoir with low porosity and low permeability��