Revolutionizing the building industry, modern construction technology integrates automation, AI, and sustainable materials to ...

The rising urbanization leads to more demand for roads, bridges, tunnels, airports, and buildings that are easy to maintain and last for a long time, leading to the increasing demand for self-healing ...

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Part of this revolution is at the University of Embu where we meet Professor Jackson Muthengia, the Registrar, Academics ...

A recent MIT-led study reveals that Roman concrete’s strength comes from volcanic ash, lime clasts, and hot mixing, giving it self-healing powers that modern cement lacks.

Innovative microbial co-cultures inspired by lichen offer a self-healing solution for concrete, using sunlight, air, and water to enhance structural integrity.

Microbial self-healing concrete, by extending the life of structures and reducing repair-related emissions, offers direct points toward such certifications. Furthermore, initiatives supporting the ...

In addition, this microbial concrete structure possesses self-healing properties that enhance its durability, providing a significant advantage in achieving long-term decarbonisation and ...

Understanding the self-healing mechanism of Roman ... Researchers continue to study Roman concrete not only to preserve historical structures but also to inspire sustainable practices today.

preventing further damage and extending the structure's lifespan. Long-lasting nature and self-healing properties drive the market growth The global self-healing concrete market is being driven by ...

This restores the concrete’s integrity and extends the lifespan of structures. That also reduces the frequency of repairs and lowers overall maintenance costs. This self-healing property is ...