To further enhance the operational stability of the LiBr absorption units and the rationality of their structural design, and in light of recent feedback from unit commissioning and actual operation, the Hope Deepblue A/C’s technical department organized a specialized training session on “Structural Design.” The training focused on equipment performance, directions for structural design optimization, corrective and improvement measures, and the refinement of future design guidelines. By integrating operational feedback, root cause analysis, and design optimization, the training further promoted the deep integration of design and operation, thereby continuously improving the equipment’s long-term operational stability. During this specialized training, the technical team also conducted an in-depth analysis of inconsistencies between the structural design process and the actual installation, commissioning, and maintenance operations performed by on-site personnel. Although some equipment met theoretical calculations and process requirements during the design phase, issues such as insufficient working space, complex disassembly and assembly, and difficulties in inspection and maintenance arose during actual construction and operation, increasing the difficulty of on-site construction and the workload for subsequent operation and maintenance. To address these issues, future designs will further strengthen communication and collaboration between design personnel and on-site construction, commissioning, and O&M staff. By fully incorporating practical operational needs, optimizations will be made to equipment layout and other aspects, ensuring that structural designs not only meet process and strength requirements but also balance on-site installation convenience, operational stability, and post-installation maintenance efficiency. This will continuously enhance the overall engineering standard of the equipment and accumulate more comprehensive practical experience for future project designs. Based on this specialized training and the summary of operational experience, the company will continue to optimize its structural design standards and technical guidelines, further strengthen the “operation-oriented” design philosophy, and place greater emphasis on the actual operational stability of equipment, its long-term reliability, and the convenience of operation and maintenance. In the future, Hope Deepblue will continue to adhere to the technical approach of “validating design through operation and driving optimization through practice,” continuously improving unit design standards and engineering delivery capabilities to provide a solid foundation for the long-term, stable operation of projects.