Highlights
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Hypergreen

As a result of its ambition to collaborate with the world of architecture and align itself with reflection on urbanization on the fringes of the commercial sector, Lafarge wants to offer new solutions for construction with a reduced ecological footprint and an enlarged social role. This is the key challenge in its partnership approach with the world of architecture.

 

A tower that meets its own energy needs

The Hypergreen project saw the light of day thanks to architect Jacques Ferrier. This 246-meter ecological tower complies with "sustainable building" criteria: environmentally-friendly materials, upgradeable construction techniques and everyday respect for the environment.

The structural elements of the Hypergreen - the slabs, walls and columns - are conceived in Agilia®. This self-placing, self-leveling concrete reduces physical effort and noise pollution during the construction phase. It also offers superior esthetic qualities compared to traditional concrete.

The "outer skin", a mesh which guarantees the stability of the building, is made of Ductal®, Lafarge's ultra-high performance concrete. This reduces the amount of raw materials needed for the construction and also reduces the total weight of the building.

 

A tower that meets its own energy needs

Hypergreen uses renewable sources to meet the energy needs of its occupants. For this:

  • wind turbines at the top of the tower generate some of the electricity,
  • 3,000 m² of photovoltaic cells transform sunlight into electricity,
  • the mesh structure reduces heating and cooling requirements by regulating the ventilation of the tower,
  • rainwater is collected for use in washrooms and gardens.

 

A multipurpose tower

Hypergreen offers over 94,000 m² of usable floor space. Encompassing all facets of urban life, it has room for shops, offices, apartments, green spaces, leisure areas and parking facilities

 

A Ductal® mesh

Hypergreen adapts to climatic conditions 

The "outer skin" of the Hypergreen tower is a Ductal® mesh which optimizes the passage of natural light through the building. This mesh adjusts itself in line with the sunshine, the wind and the weather. The northern façade allows the sunshine to enter while the southern façade acts as a sunscreen and protects against overheating. The mesh also channels air towards the wind turbines on the root and enhances the tower's ventilation. Finally, it ensures the stability of the tower and makes it possible to reduce the weight of the interior structure.

Hypergreen in Paris

The Phare tower

The Hypergreen concept is based on a specific proposal made in 2006 by architect Jacques Ferrier: the Phare tower.

This project for a 300-meter skyscraper was proposed for the Paris-La-Défense business district. The subject is explored in Making of - Phare & Hypergreen towers, by Jacques Ferrier, published in February 2007 with the support of Lafarge by Archives d'Architecture Moderne (A.A.M.), Ante prima.

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The Science in our materials

Scientific researches have enabled breakthroughs in the field of building materials. Lafarge is a pioneer in this regard and has invested heavily in research and development this enables Lafarge to improve the performance of its existing products. It also allows the development of even more sophisticated products offering new possibilities for the construction industry.

LafargeHolcim. Cement, aggregates, Concrete.