According to the introduction of the Ministry of Science and Technology, the project is led by China Petrochemical Company, and 10 large state-owned enterprises, universities and research institutes work together to tackle key problems, mainly to solve the exploitation problem of Puguang gas field, one of the largest gas fields in China. In recent seven years' technical research and industrial application, the project team has solved four world-class mining problems, namely, high-yield and high-efficiency development and anticorrosion of fewer wells, large-scale deep purification of high-sulfur natural gas, safe storage and transportation of sulfur, and safety control of high-sulfur gas fields.
For the research content undertaken by Yangtze University in this project, Professor Yin Taiju popularly introduced: "There are three main tasks, one is geological research, where the gas content is higher and the quality is better; The second is the study of gas well testing technology, and the third is to provide reference for the replacement horizon after gas field development. "
"The research content undertaken by Yangtze University, in addition to the remaining resources research group led by Professor Zhang Changmin, the president, Professor Zhang Chunsheng and Professor Guo Kangliang have also done a lot of work, and they are also inseparable from the strong support of the school's science and technology department and other relevant departments." Yin Taiju attributed the credit to everyone. "The school has 17 teachers leading more than 20 graduate students to participate in the research. Due to the quota limit, I am the only one on the final winners list. "
It is understood that Yangtze University has been involved in the research of this project since 2006. Yin Taiju still remembers the whole research process: "At the beginning of the research, we need to find rock outcrops that match the underground rocks as much as possible, which requires working in the field. In the summer of 2007, Professor Zhang Changmin led a group of us to work in Sichuan and Chongqing for more than 1 month, often bitten by mosquitoes, and worked for more than 10 hours almost every day. In order to observe the core, in the Spring Festival of 2007, Associate Professor Gong and other teachers led eight graduate students to Yunnan and stayed in a simple core library for more than 20 days to collect first-hand information for research. "
"I feel very lucky to be in this research team, and I am deeply gratified by the continuous emergence of scientific research results." Yin Taiju said, "As an oil science and technology worker, it is incumbent upon us to alleviate the country's' oil and gas shortage' through scientific research."
As a young scientist, Yin Taiju has a deep dream in his heart: to cheer for the motherland and win glory for the nation. In order to alleviate the country's "oil and gas shortage", he has been tirelessly sharing weal and woe.
When he was in college, Yin Taiju began to pay attention to the study of fine reservoir description and remaining oil analysis. 18 years have passed, and now 42-year-old Yin Taiju has faded from her youth. Now, in his determined eyes, there are more beautiful expectations for the development of the oil industry.
Because of the particularity of her work, Yin Taiju needs to run around in the wild for field investigation, often in the wind and rain, and sometimes even in extremely bad weather. But as the years passed, Yin Taiju persisted without complaint, because he was not a person who gave up easily.
In the research process of petroleum science, he is most proud of the reservoir structure analysis method developed in the petroleum field. This method has become one of the leading technologies in Nanyang Oilfield, and has created quite good economic benefits for the development of Nanyang Oilfield.
Yin Taiju said: "This method was learned from Professor Zhang Changmin. The water cut of new wells deployed by this technology is 50% lower than that of ordinary wells, and the daily production of single wells increases by more than 10 tons. " At present, this method has been widely used in Zhongyuan Oilfield, Jiangsu Oilfield and Daqing Oilfield.
At the beginning of this year's new year, Yin Taiju rushed to Tianjin to study shallow-water delta deposits, and will soon go to Hainan to participate in major national special exchanges. "I will devote all my energy to China's oil development, and ensuring an adequate supply of oil and natural gas is our unremitting pursuit." Yin Taiju said.