Sustainable Advanced Materials
The Next Technology: CARBON
Architecture
Allowing for large open areas while maintaining minimal static hight. Milimeters of precision and quality.
Architecture for Transport
Strength, stable and light weight - constructive cover that allows for large open areas.
Infrastructure for Transport
High resistance and reduction of radical weights, in infrastructure elements for transport such as docks, stairs, etc.
Bridges & Infrastructure
High resistance and structure stability that is also strong and stable - large open areas. constructive elements and dynamic elements.
Savidor Train Station - 2050
"The Forth Track" - A face lift:
As part of this vast project "Savidor Centre 2050", a few main considerations are taken into account:
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Planning for a fifth front and open spaces
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Minimum weight
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Minimum traffic interuption
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Maximum resistance to erosion
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Maximum length
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minimum maintanence
Advanced materials are the ideal solution to the project needs.
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Efficient Construction
Lightweight Materials
Savidor 2050 3D Design
Open Spaces
Constructive Cover
Rabin Centre, Sadfie Architects.
Octatube
Continuity
Without Any Disconnections
Stedeliek Museum, Benthem Crouwel Architects
Complex Geometry
Cover with Advanced Materials
Haydar Aliyev, Baku, Zaha Hadid
Climate Efficiency
Resiliency to Environment Conditions
BBVA Headquarters, Hertzog de Meuron
Large Dimensions
Openings, Easy Installation
Building X, Holland. Broekbakema
Versatile
Infinite Design Options
Smiljan Radic, Serpentine Pavilion, 2014
Bjarke Ingles, Serpentine Pavilion, 2016
