Abstract: This paper focuses on the all-round research progress of microwave radiation in the field of condensate oil treatment. This paper systematically and deeply analyzes its remarkable results in viscosity reduction and condensation reduction, and explores how to reshape the viscosity characteristics of hypercoagulable oil. Interpret the unique advantages in the dehydration process in detail, and reveal the micro and macro mechanisms of water removal; Comprehensively sort out the internal logic of chemical composition and structural changes, and explore the transformation laws at the molecular level. Present the actual situation of engineering application in detail, and analyze the key points of technology implementation. Through an in-depth analysis of the strengths and weaknesses of existing research and a forward-looking perspective, it aims to lay a solid theoretical foundation for the continuous cultivation of this field, provide guidance with great practical value, help microwave radiation technology achieve breakthrough development in the field of high condensate oil treatment, and promote the petroleum industry to a new level. Read More

Abstract: Based on the comprehensive analysis of regional tectonic evolution and stratigraphic development characteristics , it is believed that a large number of strike-slip faults are developed in the Mosuowan Uplift and Shixi in the Junggar Basin. This study will reveal the relationship between the mechanism of oil-source fault transportation and oil and gas sealing and the accumulation of oil and gas outside the source through the analysis of the distribution characteristics and conductivity of oil-source faults in the Shixi Uplift. The Shixi Uplift developed two faults in the Hercynian and Early-Middle Yanshanian periods to the Permian, and partly to the bottom of the Triassic and Jurassic; the faulted strata in the Early Yanshanian period ranged from the Permian to the bottom of the Sangonghe River in the Jurassic, and partly cut downward into the Carboniferous; the faulted strata in the Middle Yanshanian period were mainly above the unconformity surface from the Jurassic to the bottom of the Cretaceous. The two- stage fault configuration relationship is good, providing good transportation conditions for oil and gas migration. At the same time, based on the analysis of fault ridges, mudstone smear factor (SSF) and fault mud ratio (SGR) , the fault drainage performance evaluation of the Shixi Uplift and the fault-sand combination control mechanism are established. Read More

Abstract: The deep integration of IoT technology and 5G communication is reshaping the public health emergency response system. This paper centers on the construction of an intelligent public health prevention and control platform, focusing on its operational process and expected results. The platform covers three stages: pre-hospital emergency response, in-hospital treatment and post-hospital rehabilitation. It constructs a multi-level collaborative intelligent medical system, integrating core modules such as 5G emergency vehicle dynamic dispatching, real-time transmission of multimodal vital signs, and intelligent allocation of regional resources. The platform realizes precise positioning of pre-hospital patients and ambulance path optimization, dynamic allocation of ICU and emergency beds within the hospital, and post-hospital remote health monitoring and personalized rehabilitation management. The platform not only supports highly effective response to public health emergencies, but also promotes the intelligence and refinement of medical processes by optimizing the allocation of medical resources and improving the level of health management. Read More

Abstract: Low permeability reservoir generally exists low permeability, small pore pressure, high start-up pressure gradient and difficult injection. Energy injection technology for low permeability reservoir is always concerned by people. Based on the difficulty of "no injection, no production" in low permeability reservoir, pressure drive water injection technology is put forward. This paper introduces pressure drive technology according to literature investigation and current situation of pressure drive technology at home and abroad. Read More

Abstract: To promote the green transformation and upgrading of the mineral resources industry under the background of "double-carbon", we should pay attention to the green total factor productivity (GTFP) to measure the industrial production efficiency and environmental impact. With the acceleration of globalization, import has become an effective way to improve the green total factor productivity (GTFP) of the mineral resources industry. This paper aims to explore the influence of import trade in mineral resources industry on green total factor productivity (GTFP), and analyze the mechanism of scale, structure and efficiency of import trade on GTFP by constructing econometric model. It is found that the moderate import trade of mineral resources can promote the technological progress and the introduction of management experience, so as to improve the GTFP of the mineral resources industry. However, excessive reliance on imports may lead to decreased domestic industrial competitiveness and have a negative impact on GTFP. Therefore, this paper proposes a series of policy suggestions, aiming to balance the relationship between the mineral resources import trade and the sustainable development of domestic industry. Read More