Research

At the MaterialX Innovation Lab, we believe that a sustainable future is built on the foundations of innovative research. Our research focuses on a multidisciplinary approach towards developing construction materials and technologies that are not only environmentally friendly but also cost-effective and durable. Here’s a closer look at the various spheres we specialize in:

Low Carbon Cementitious Materials

In this research sphere, we are dedicated to reducing the carbon footprint of the construction industry by developing low-carbon concrete alternatives. Our research explores:

• Utilization of industrial waste and by-products as supplementary cementitious materials.
• Development of alkali-activated materials.
• Development of carbon capture and storage technologies integrated within the concrete production process.
• Life cycle analysis of low carbon concrete to gauge the environmental benefits over traditional concrete.

Recycled Aggregate Materials

Our work in this domain is aimed at promoting circular economy principles within the construction sector. Key research areas include:

• Investigating the properties of recycled aggregates for use in concrete and road construction.
• Developing new technologies to improve the quality of recycled aggregates.
• Creating guidelines and standards for the use of recycled aggregates in construction projects.

Nanotechnology in Construction Materials

We are pioneering research in incorporating nanotechnology into construction materials to enhance their properties and functionalities. This includes:

• Investigating the use of nanoparticles to improve the mechanical properties of cementitious materials.
• Developing smart construction materials with self-healing and self-sensing capabilities.
• Analyzing the environmental impacts and safety of using nanotechnology in construction materials.

Green Building Materials

Our research in this sphere is dedicated to developing construction materials that are more sustainable and have a lesser impact on the environment. We focus on:

• Development of bio-based materials and composites for construction applications.
• Investigating the thermal and acoustic properties of green building materials. Life cycle assessment and optimization of green building materials to reduce environmental impacts.

Energy-efficient Insulation Materials

We are working on creating insulation materials that not only save energy but are also made from sustainable resources. Our research areas include:

• Developing new insulation materials with higher thermal resistance and lower environmental impacts.
• Integration of renewable energy technologies within insulation materials.
• Analyzing the cost-benefit analysis of implementing energy-efficient insulation materials in buildings.