The quest for sustainable development has been a continuous effort by the government and international organizations to ensure that countries meet their environmental and social objectives while promoting economic growth. One such initiative is the implementation of Sustainable Development Goals (SDGs) which aim to achieve universal access to clean water, sanitation, and hygiene; reduce inequality in access to education, healthcare, and housing; combat climate change; promote gender equality and empower women; and protect the environment.
In the context of Damac, the project of developing a new city was aimed at achieving these SDGs through the construction of a high-rise building known as the "Saint-Maximin" Tower. This project required significant infrastructure investments, including the installation of assist equipment such as elevators, escalators, ramps, and lifts.
One of the key components of the assistance data used in this analysis was the assessment of the assist system employed by the building owner, DAMAC Group. The company provides services to various stakeholders, including architects, engineers, contractors, and tenants,Football Fans Gathering Camp in order to provide them with the necessary assist facilities needed to construct and maintain the tower.
Based on the analysis conducted, it can be seen that DAMAC Group implemented an assist system consisting of three main types: mechanical, hydraulic, and electrical assist systems. Mechanical assist systems were utilized primarily for the construction of the building itself, while hydraulic assist systems were used for the elevator system, escalator, and lift systems. Electrical assist systems were used for lighting, ventilation, and other auxiliary services.
It should be noted that the assistance data collected from this study did not include any specific details about the assist system used in the Saint-Maximin Tower. However, based on the information provided, it appears that the assist system employed by DAMAC Group included both mechanical and hydraulic assist systems, which would have been essential for ensuring the smooth operation of the building during its construction phase.
Overall, the analysis carried out on Stellar Saint-Maximin's Assist Data at Damac suggests that DAMAC Group's approach to assist equipment utilization was effective in meeting the requirements of the project. By utilizing both mechanical and hydraulic assist systems, they ensured that the assist facility was sufficient to support the construction of the Saint-Maximin Tower, thereby contributing significantly towards the achievement of the SDGs.