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Corrosion protection is a critical aspect of steel structure construction and a key factor in enhancing structural stability and reliability. Whether during design, construction, or operation, various factors—such as environmental conditions, structural characteristics, and costs—must be comprehensively considered.
Coal is one of my country's primary energy sources and has long accounted for a significant share of the country's energy mix. With the extensive use of coal, storage has become a critical issue for both coal producers and consumers.
Given that the steel structure is located in a coastal environment and exhibits numerous cracks caused by rust expansion, the primary objectives of the renovation are to repair and reinforce existing structural damage and to ensure durability for future use.
Dry coal sheds are removed row by row from top to bottom, on both the north and south sides. The removed steel panels are slowly slid down the lower steel panels to the outside of the coal shed (this removal method does not affect the normal operation of the coal yard).
In large-span steel structure projects, using more steel does not always mean better performance. Long-term reliability depends on how effectively the structural system transfers forces, controls stress and responds to real operating conditions. This article explains why bolted sphere node design plays an important role in structural performance and how LF-BJMB reduces project risks through connection optimization, fabrication control and installation-oriented engineering.
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