Su S., Li W., Li S., Deng Q., 2018, The Relationship Between the Fluid Classification of Glutenite Reservoir Hydrogenetic and Hydrocarbon Accumulation, Chemical Engineering Transactions, 66, 535-540.
With the help of core and logging data, laboratory test data, by using classified evaluation of glutenite based on classification of sedimentation, subdividing the glutenite facies into tractive-current glutenite and gravity- current glutenite. The tractive-current glutenite is mainly a set of fan channel deposits and underwater distributary channel deposits. Gravity-current glutenite is a set of debris flow deposition and debris flow deposition. Predictive results are found to be high accuracy by first time using glutenite logging identification technology, pseudo-sonic wave impedance technique. The result of research shows that the difference of sedimentation and conglomerate is the main factor controlling the reservoir physical properties and productivity in Mabei area. The physical and oily and oil test production are mainly controlled by the sedimentary genesis of the glutenite reservoir and less by diagenesis modification. The results show that the development of tractive-current glutenite in underwater diversion channel and fan-shaped river channel micro- phase get high oil saturation and Good oil test result. The physical and oil-bearing properties of traction glutenite are better than those of gravity glutenite, rich oil layers are mainly the traction glutenite, and poor and none oil layers are mainly gravity glutenite. Therefore, the distribution of glutenite due to the fan-delta underwater distributary channel tractive-current should be a favourable zone for future well location deployment.
