Professor Gabi Medero, Associate Principal for Enterprise and Professor in Civil Engineering at Heriot-Watt University, Dubai tells us more

Comprising 7,000 bricks manufactured from recycled materials sourced from the construction industry, the wall at Expo City made from K-Briq,  was complemented by seating crafted from Forest Stewardship Council (FSC) certified timber and a living wall adorned with greenery. These elements collectively provided Dubai Holding an environmentally sustainable area to engage with visitors. Additionally, Kenoteq constructed a demonstration wall using 1,000 bricks for Heriot-Watt University’s ClimateHub & Cleantech Exhibition at its Dubai campus. 

During COP28, this wall served as a focal point for various delegates, including King Charles III, Foreign Secretary Lord David Cameron, First Minister Humza Yousaf, Net Zero Secretary Màiri McAllan, Scottish Development International (SDI) personnel, and representatives from the Foreign Commonwealth & Development Office.

Conventional building materials, like concrete and bricks, have long been recognised for their substantial carbon footprint resulting from energy-intensive manufacturing processes, which result in significant carbon dioxide emissions, as well as being materials that highly depend on the exploitation of natural resources. In contrast, it offers a sustainable alternative by utilising construction and demolition waste as feedstock, with no firing and no cement, thus drastically reducing carbon emissions and offering a circular and resource-efficient solution. Crafted from over 90% recycled building materials, including brick, stone, and plasterboard, the K-BRIQ stands unparalleled in the current market. This unfired brick requires no cement in its production, emitting only a fraction of the emissions compared to traditional fired bricks, generating a reduction of 95% of carbon emissions. Furthermore, its ability to be manufactured in various colours adds a level of versatility that standard bricks lack.

K-Briq has been utilised in various other projects globally, highlighting its immense potential in transforming the construction industry. From residential buildings to infrastructure projects, the versatility and sustainability of K-BRIQ have garnered attention across the construction sector. Its utilisation in various projects highlights a shift towards environmentally conscious practices in the construction industry.

The incorporation of materials like the K-Briq in construction aligns perfectly with the UAE's vision for a more sustainable future. Its use reduces carbon emissions, supporting the country's commitment to mitigating climate change effects. Moreover, the UAE's emphasis on innovation and technology makes it an ideal market for such eco-friendly construction materials. 

By adopting these low-carbon innovative solutions, the UAE not only can enhance its reputation as a forward-thinking hub but also set an example for other regions, demonstrating the feasibility and benefits of transitioning towards greener construction practices.

About Professor Gabriela Medero

The inventor, Professor Gabriela Medero, is a trailblazer in the field of sustainable construction materials. With a background in civil engineering and a passion for environmental conservation, her research has focused on developing materials that reduce the environmental impact of construction. Her dedication to sustainable innovation has led to the creation of K-Briq, a material that not only minimises waste but also contributes significantly to carbon emission reduction. Professor Gabi's pioneering work and the widespread adoption of K-Briq in diverse projects underscore its immense potential to reshape the construction industry towards a greener, more sustainable future.