The scaffolding installation work was carried out in order to restore the hotel's spire. The project was implemented using scaffolding provided by the company SOYUZ.
The main challenges of the project included design, logistics for lifting materials, limited storage space on the site, and high-altitude installation. The work was carried out at heights exceeding 100 meters, with the main structures installed at 116 meters on special crosswalks, creating a "floating" scaffolding effect. The maximum working height was 160 meters.
Installation in such conditions required a high level of employee training, precision, and compliance with labor safety regulations.
During the preparation phase, the designers carried out extensive and precise work to ensure the reliability and safety of the scaffolding at such a height.
The project exemplified a high-quality engineering approach and the professionalism of the installers, combining the technical complexity and historical significance of the site.
Man-hours of work
Number of employees
15Number of engineers and technicians
1The area of the scaffolding, m²
3 400The scaffolding installation work was carried out in order to restore the hotel's spire. The project was implemented using scaffolding provided by the company SOYUZ.
The main challenges of the project included design, logistics for lifting materials, limited storage space on the site, and high-altitude installation. The work was carried out at heights exceeding 100 meters, with the main structures installed at 116 meters on special crosswalks, creating a "floating" scaffolding effect. The maximum working height was 160 meters.
Installation in such conditions required a high level of employee training, precision, and compliance with labor safety regulations.
During the preparation phase, the designers carried out extensive and precise work to ensure the reliability and safety of the scaffolding at such a height.
The project exemplified a high-quality engineering approach and the professionalism of the installers, combining the technical complexity and historical significance of the site.
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