Quantitative evaluation of lateral sealing of extensional fault by an integral mathematical-geological model

LYU Yanfang,HU Xinlei,JIN Fengming,XIAO Dunqing,LUO Jiazhi,PU Xiugang,JIANG Wenya,DONG Xiongying

Table 1. Quantitative evaluation data of the lateral sealing of Well NP103X2 sealed by F₁ fault in the 1^st structure of Nanpu Sag.

Reservoir No.	Attribute of reservoir rock			Attribute of fault rock			Integral mathematical-geological method		Method without considering the diagenetic time		Method simply considering the diagenetic time		Oil and gas shows in formation testing	Actual height of hydrocarbon column/m
Reservoir No.	Burial depth/m	Clay content/%	Entry pressure/MPa	Clay content/%	Dip/(°)	Entry pressure/MPa	Entry pressure difference between fault rock and reservoir rock/MPa	Predicted height of hydrocarbon column/m	Entry pressure difference between fault rock and reservoir rock/MPa	Predicted height of hydrocarbon column/m	Entry pressure difference between fault rock and reservoir rock/MPa	Predicted height of hydrocarbon column/m	Oil and gas shows in formation testing	Actual height of hydrocarbon column/m
1	1 688	33	0.51	74	54	0.61	0.10	75	-0.10	0	0.12	97	Oil	75
2	1 745	33	0.52	73	55	0.62	0.09	70	-0.11	0	0.12	90	Oil	69
3	1 853	34	0.56	81	56	0.68	0.12	91	-0.10	0	0.15	117	Oil	90
4	1 948	34	0.58	82	57	0.70	0.12	95	-0.12	0	0.15	120	Oil	92
5	2 250	33	0.63	80	39	0.84	0.21	165	0.03	20	0.24	188	Oil	162