Exploration of microbially induced CaCO 3 precipitation (MICP) has led to the application of
this phenomenon in the field of self-healing concrete in recent years. However, survival of …

The large amount of carbon dioxide emitted during the life span of cement-based materials
makes a great contribution to the increasingly severe global warming. Due to their …

With the help of microbial mineralization to accelerate carbonate deposition, microbial self-
healing concrete has developed into a promising technology because it is environmentally …

With the development of the sustainable cement industry, the self-healing properties of
concrete have received widespread attention. In many studies, both microorganisms and …

This paper reviews recent research development on carbon sequestration in cement-based
materials, including accelerated carbonation technologies involving Portland cement (PC) …

For more than two decades, with steadily increasing intensity, the focus of scientific
research, mainly on the laboratory scale but also in the field conditions, has been the …

The development of cracks, owing to a relatively lower tensile strength of concrete, diverse
loading, and environmental factors driving the deterioration of structures, is an inescapable …

Portland cement concrete, the most used manufactured material in the world, is a significant
contributor to anthropogenic carbon dioxide (CO2) emissions. While strategies such as point …

Microbial calcium carbonate has been widely investigated to self-heal concrete cracks.
However, the issue revolving around the efficacy of crack self-healing remains important. In …

This paper explores a comparison between the action of introducing two Bacillus species,
and D. salina alga on the compressive and flexural strengths, corrosion rate, and self …