Top prize to Tornado Tower in Qatar

The Tornado Tower in Doha, Qatar, which features aluminium building systems from Wicona, has won a major international architectural award as Best Tall Building in the Middle East and Africa.

The honor comes from the U.S.-based Council for Tall Buildings and Urban Habitat, the world's leading authority on the design, construction and development of tall buildings.

Wicona-brand aluminium buildng systems

The awards recognize projects from across the world that "display extraordinary contribution to the advancement of tall buildings, bringing fresh ideas and innovative processes which advance the profession of design but which also improve the ambiance and the well-being of the inhabitants of the cities where they have been constructed."

The 52-storey Tornado Tower features more than 30,000 square meters of Wicona unitized curtain walling, installed as 6,000 glazed panels in 50 size variations.

Innovative solution
The innovative unitized façade solution allows the curvature of Tornado Tower to be expressed without the need for curved glass. Trapezoidal panels and their collection of angles give the 200-meter-high building its curve and hyperboloid shape that depicts a whirlwind in a desert storm.

The Wicona unitized façade used 450 tonnes of aluminium for the project. The units were fully assembled and glazed off site,

Wicona offers one of the most widely used and technically advanced unitized façade solutions, which applies the principles of off-site construction to the building envelope. The units are fully glazed and sealed in a controlled factory environment, and the completed panels are moved to site for fast installation on to pre-prepared fixings.

The advantages of the approach include reductions in time on site by up to 70 per cent for earlier fitting out and completion; reduced reliance on scaffolding for improved site safety, and high quality and performance because the façade panels are prefabricated off site.

This is also a highly efficient solution for sites with restricted access, and glass handling and material storage on site are eliminated, reducing material damage and loss – a major advantage for city center projects and constrained sites.


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