DECARBONISING THE WORLD’S BUILDING PRODUCTS UTILISING SCIENCE, INNOVATION, AND TECHNOLOGY
EcoSciTec delivers innovative solutions to many industries. Our vision is to use Science, Innovation and Technology to sculpt the built environment with minimal embodied carbon building products that deliver sustainable and enhanced performance characteristics.
EMBARK ON A JOURNEY TO REVOLUTIONISE CONSTRUCTION AND BUILD A SUSTAINABLE FUTURE.
Decarbonising the World’s Building Products signifies a transformative endeavour aimed at reducing the carbon footprint associated with construction materials on a global scale. This ambitious pursuit hinges on harnessing the power of science, innovation, and technology to revolutionise the way buildings are constructed, laying the groundwork for a sustainable future. A critical aspect of this transformation involves the innovative use of byproducts and waste streams, turning what was once considered waste into valuable resources. By integrating these materials into construction processes, we not only minimise environmental impact but also promote circular economy practices, ensuring a more sustainable and efficient use of resources.
JOIN US TO REVOLUTIONISE CONCRETE. OUR FIRST PROJECT REDUCES CEMENT CARBON EMISSIONS. WE'RE COMMITTED TO LOWER CARBON, SUPERIOR PERFORMANCE, INNOVATION, UTILISING WASTE BYPRODUCTS. MORE SUSTAINABLE PROJECTS COMING SOON.
The company is committed to a bold mission: to significantly reduce global carbon emissions attributed to cement production, a critical component required for concrete production. Concrete, often underestimated in its significance, ranks second only to water as the most utilised substance on our planet. However, its widespread use comes at a substantial environmental cost. Approximately 8% of global carbon dioxide emissions stem from the manufacturing of cement, the primary binding agent in concrete production.
OUR TECHNOLOGY: INTRODUCING THE HIGH PERFORMANCE NPOC HYDRATION BINDER.
The first of many soon to come Patents and Projects that EcoSciTec has developed or is in development. This cutting-edge process offers an exceptional alternative with an extremely low embodied carbon footprint, addressing environmental concerns without compromising performance, in fact enhancing it! Leveraging unmodified raw materials, sourced from various channels including waste from new production or repurposed from landfill, stockpile, or waste heaps, this formulation disregards feedstock inconsistencies, ensuring flexibility in sourcing.