Zhang Li, Yue Leping, Yang Yajuan. IN-SITU STRESS, FRACTURE SYSTEM AND OIL-FIELD DEVELOPMENT SHANSHAN OILFIELD[J]. 1999, 20(4): 330-332.DOI: 10.11743/ogg19990413.
Taking Shanshan Oilfields in Turpan-Hami Basin as an example
the control of earth stress over fractures was analyzed
and the effect of earth stress on well-net arrangement and waterflooding was studied in low-permeability sondstone oilfield. It is considered that paleo-tectonic stress field was related to the origin
distribution and development of natural fractures; present stress field affects not only the occurrence and validity of natural fractures
but also controls the configuration and extensional direction of artificial fractures. For the reasonable development of low-permeability Sandstone oilfield
the effect of both natural and artificial fractures of present stress field should be considered. In waterflooling
injection pressure should be lower than the formaion forture pressure. The production and injection wells should not he arranged along the directions of natural fractures and the maximum horizontal principal stress.