The deep heavy oil reservoirs in the Tuyuke Oilfield are characterized by complicated structure, poor physical
properties and low single well production, so it is difficult to achieve economical and effective development by using
conventional mining methods and well-bore technology. The natural gas dissolution and viscosity reducing indoor
experiments were tested on the deep heavy oil reservoirs in the Tuyuke Oilfield. The parameters of the design throughput
were optimized by the use of numerical simulation and phase equilibrium studies in CEMway of exploitation on natural
gas throughput. The gas throughput field tests were carried out on three wells. The results show that with the using of
natural gas throughput technology, the daily production of a single well was increased 2～7 times.
- 翟亚梅，严玉圃，万永清，刘媛萍，夏正春. 吐玉克油田深层稠油天然气吞吐技术研究与应用[J]. 岩性油气藏, 2012, 24(4): 111-114.
- ZHAI Yamei1， YAN Yupu1， WAN Yongqing1， LIU Yuanping2， XIA Zhengchun1. Research and application of gas huff and puff of deep heavy oil in the Tuyuke Oilfield[J]. LITHOLOGIC RESER VOIRS, 2012, 24(4): 111-114.