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Let’s first take a look at a report on a project, and then discuss the prefabricated frame used in the technical upgrade of the second vacuum distillation unit at a certain company’s refinery – it is 21 meters high and weighs 177 tons. Due to the extremely limited working space, surrounded as it is by towers and piping equipment, once a 650-ton crane lifts a large piece of equipment, it needs to move horizontally in place and rotate 270 degrees in order to pass over the high-altitude piping equipment on the west and south sides, making the task extremely difficult. After nearly two hours of careful maneuvering by the construction workers, the prefabricated frame was successfully lifted into place.
Modularity is a good approach; it ensures that equipment is not scattered around the site, provided the conditions allow. Moreover, standard modularity is efficient for design purposes, as it allows manufacturers to produce components in a modular manner, which is both convenient and fast
Modular manufacturing offers high precision, reduces on-site installation work in certain special environments, and holds great promise for the future.
Is design involvement required for such module installation?
Convenient, fast, safe, and efficient!
This construction should be finished soon! ! !
Impressive, but be careful.....
The safety of this one is actually higher than that of decentralized assembly
The core lies in the design of the modules, with careful attention paid to segmentation.
Module design is generally unlikely to be made into a standardized design.
It seems to be **promoting modular construction**