Eman presenting Fully Developed Piece of BioSand by Dubai Culture by Dubai CultureDubai Culture & Arts Authority
From Architecture and Design to Research
Eman Shafiq, an architect and product designer based in the UAE, has delved into material research and innovation over the past few years.
BioSnad Art Pieces in full developmental Stage by Dubai Culture by Dubai CultureDubai Culture & Arts Authority
Her current focus involves exploring alternatives to concrete & natural stone, with a commitment to advancing sustainable construction practices.
Sustainable Alternative to Concrete
BioSand is the result of Eman's pursuit of advancing sustainable construction practices.
This sustainable alternative to concrete uses an organic composition of locally sourced UAE desert sand and binding agents from native plants. It aims to revolutionize future construction practices.
The Environmental Impact of the Construction Industry
The construction industry globally, contributes 39% of carbon emissions. The UAE spends about $500 million annually on importing sand for construction, highlighting the need for sustainable alternatives like BioSand to reduce costs and emissions.
A Piece of art made with BioSand by Dubai Culture by Dubai CultureDubai Culture & Arts Authority
Components of BioSand
BioSand utilizes desert sand, locally sourced biopolymers, and minimal water. This approach helps to cut costs and support ecological balance by reducing carbon emissions and enhancing its environmental footprint.
Eco-Friendly Manufacturing
The development of BioSand shows promise in reducing construction inefficiencies and costs associated with concrete. Its use of rigid molds aids in the drying process, as a practical innovative sustainable construction tool.
An Innovative Approach
BioSand adopted a flexible project development approach, emphasizing innovation and maximizing potential in sustainable construction practices.
Filling the BioSand inside the Frame by Dubai Culture by Dubai CultureDubai Culture & Arts Authority
The interest garnered during exhibitions fueled dedication to its development, aiming to revolutionize traditional construction methods.