Core Viewpoint - The successful application of self-suspending sand fracturing technology marks a significant advancement in efficient and environmentally friendly fracturing techniques for the company [1][3]. Group 1: Technology and Innovation - The self-suspending sand fracturing technology was tested in the Yi 81 and Zhuang 80 well groups, achieving a 100% success rate in five wells and seven segments of fracturing operations [1]. - This technology differs from conventional fracturing methods by utilizing a unique proppant design that allows for better sand suspension and flow, addressing common challenges such as sand blockage and uneven distribution [1]. - The technology's effectiveness was further validated in the commercial application at the Shang 541-Oblique 25 well, which resulted in a significant increase in average daily oil production [2]. Group 2: Research and Development - The company has established a comprehensive research framework that includes material modification, process optimization, and on-site adaptation to support the self-suspending sand fracturing technology [2]. - Prior to the application, the technical team conducted in-depth analyses of geological conditions and reservoir characteristics to develop precise fracturing plans [2]. - Extensive laboratory evaluations were performed to optimize the properties of the self-suspending sand, leading to the formulation of the most effective fracturing fluid and operational parameters for the project [2]. Group 3: Operational Efficiency - The successful implementation of the self-suspending sand fracturing technology exemplifies the company's integrated operational model, which combines geological analysis, design, construction organization, and material optimization [3]. - The on-site technical team effectively monitored and adjusted the sand ratio during operations, achieving over 35% conventional proppant sand ratio and an 80% reduction in resistance, resulting in a highly efficient fracturing process [2].