The construction industry is continuously seeking materials that offer low carbon footprints and environmental friendliness. However, ordinary Portland Cement (OPC) is still predominantly used in building sectors, significantly contributing to carbon pollution. The deterioration of these concretes from the onset of their service life not only reduces their lifespan but also necessitates more OPC for repairs, which are often labor-intensive and expensive. Consequently, self-recovery of damaged concrete is crucial for environmental mitigation and energy savings.

Nanomaterials-based concretes have gained popularity in construction engineering due to their enhanced mechanical and durable properties. The design and production of self-healing and sustainable concrete is a highly researched topic in nanotechnology. This study discusses past developments, recent trends, environmental impacts, sustainability, and the advantages and disadvantages of various self-healing concrete production methods

Read the full study on ScienceDirect

We at EcoStruct are excited to announce that our co-founders are at the forefront of this innovative research, paving the way for new sustainable construction building materials. We invite all our networks in the ready-mix concrete sector to explore this research and experience the innovative solutions we are developing for a greener and stronger future.