Challenges and countermeasures of welding process in tubular boiler manufacturing -- taking LSS1-0.8-Q tubular boiler structural design project as an example
焊接工艺在贯流式锅炉制造中的挑战与应对措施——以LSS1-0.8-Q贯流式锅炉结构设计项目为例

摘要

随着社会能源需求持续增长，贯流式锅炉作为重要的能源设备，在工业生产中扮演着关键角色。焊接作为贯流式锅炉制造中最常用的连接工艺之一，面临诸多挑战。本文通过对焊接工艺在贯流式锅炉制造中的应用进行深入分析，总结了其中存在的挑战。通过LSS1-0.8-Q贯流式锅炉结构设计项目的案例分析，进一步提出了相应的解决方案和应对措施。这些措施旨在为贯流式锅炉制造过程中的焊接工艺提供实用参考和有效指导，以确保焊接质量和生产效率。通过不断改进和创新，可以进一步提升贯流式锅炉的制造质量和性能，满足不断增长的能源需求，推动工业生产的可持续发展。

Abstract

With the continuous growth of social energy demand, tubular boilers, as an important energy equipment, play a key role in industrial production. As one of the most common joint processes in tubular boiler manufacturing, welding faces many challenges. In this paper, the application of welding technology in tubular boiler manufacturing is deeply analyzed, and the existing challenges are summarized. Through the case analysis of LSS1-0.8-Q tubular boiler structure design project, the corresponding solutions and countermeasures are further proposed. These measures are designed to provide practical reference and effective guidance for the welding process of tubular boiler manufacturing to ensure welding quality and production efficiency. Through continuous improvement and innovation, the manufacturing quality and performance of tubular boilers can be further improved to meet the growing energy demand and promote the sustainable development of industrial production.