Fatshimetrie’s cutting-edge approach to sustainability has once again pushed the boundaries of architectural innovation with the unveiling of their latest project, the Forbes International Tower. Situated in Egypt’s “New Administrative Capital,” this ambitious skyscraper is not just another addition to the city’s skyline – it represents a bold statement in the realm of eco-friendly design.
Designed by the renowned architecture firm of Adrian Smith + Gordon Gill, the Forbes International Tower stands as a beacon of environmental consciousness. At 240 meters tall, this 43-floor office building is set to achieve a net-zero carbon footprint through a revolutionary combination of hydrogen and solar power.
What sets this project apart is its commitment to minimizing environmental impact at every stage of its lifecycle. By utilizing 75% hydrogen and 25% photovoltaics for power generation, the building will reduce its reliance on traditional energy grids. Additionally, the use of low-embodied carbon materials in construction is projected to slash carbon footprint by 58%, while on-site water recycling will decrease freshwater demand in a region facing water scarcity.
The aspiration of Magnom Properties, the developer behind the Forbes International Tower, is nothing short of groundbreaking: to achieve a “net-negative carbon vision” for the skyscraper, marking a significant milestone in sustainable architecture. The goal is to become the first skyscraper in the world to obtain the Zero Carbon Certificate from the International Living Future Institute, underlining its commitment to environmental stewardship.
While net-zero architecture is not a new concept, the integration of hydrogen as a primary power source in a skyscraper is a bold and innovative move. Hydrogen, considered a clean and renewable energy resource when produced responsibly, has the potential to revolutionize the way buildings are powered. This approach aligns with the global shift towards sustainable practices, as governments and industries seek alternatives to fossil fuels.
Partnering with Schneider Electric and H2 Enterprises to explore the use of liquid organic hydrogen carriers (LOHC) technology, Magnom Properties is at the forefront of clean energy innovation in the built environment. LOHC enables the storage and transport of hydrogen in a stable form, offering a versatile solution for powering the Forbes International Tower without relying on traditional infrastructure.
As the architecture world continues to seek new horizons in sustainability, projects like the Forbes International Tower set a precedent for future developments. The integration of alternative power sources and energy storage systems within high-rise buildings signals a shift towards a more sustainable urban landscape.
In the heart of Egypt’s New Administrative Capital, the Forbes International Tower stands as a testament to the transformative power of architecture. Beyond its impressive height and sleek design, this skyscraper embodies a vision of a greener, more sustainable future for our cities. Through innovative solutions and a commitment to environmental responsibility, Fatshimetrie’s latest project shines as a beacon of hope in a rapidly changing world.