Experimental Design of Effects of Chemical Agent and CO2 on Formation Oil Properties Based on Digital Resources
GUO Ling-Ling1, HU Shao-Bin2**, SU Dong-Na1, WEN Shou-Bin2
1. School of Computer & Information Technology, Northeast Petroleum University, Daqing 163318, China; 2. College of Petroleum Engineering, Northeast Petroleum University, Daqing 163318, China
Abstract In view of the shortcomings of the traditional experimental teaching of formation oil properties test, combined with the needs of new engineering and double first-class construction to improve the breadth and depth of experimental courses, the experiment of formation oil property change with the injection of CO2 and chemical agent under “Dual-Carbon” background is designed. Digital teaching resources such as “experiment basis”, “experiment operation” and “experiment safety” are developed. And based on the digital resources, three levels of experimental content of experiment scheme, parameters test and experiment result analysis are designed. The practices show that students can not only master the whole process of formation oil property test in limited class hours, but also explore the law of formation oil property change with CO2 injection and evaluate the effect of the chemical agents. The experiment enables students to understand the professional knowledges in depth and improves their practical ability to solve complex engineering problems. Meanwhile, the experiment stimulates students' research interest in the utilization and storage of CO2, playing a positive role in the building of college carbon-neutral talent training system.
GUO Ling-Ling, HU Shao-Bin, SU Dong-Na, WEN Shou-Bin. Experimental Design of Effects of Chemical Agent and CO2 on Formation Oil Properties Based on Digital Resources[J]. Chinese Journal of Chemical Education, 2024, 45(16): 86-94.
