Bacterially induced mineral precipitation is a general phenomenon in nature. Ureolytic
bacteria have been used in many studies as an environmentally friendly method for the …

Ureolytic-type bacteria has been used to improve the strength of cement mortar by the
precipitation of calcium carbonate. In the present study Bacillus sphaericus has been used …

The industrial wastewater disposal has been growing attention for environmental protection
and resource substitution, current decades. Similarly, the durability enhancement of …

Concrete usage in Construction becomes more common in this speedy world. Despite its
benefits, concrete often exhibits crack which appear due to stresses. Larger cracks cause …

The construction industry uses cement, the production of which is heavy contributor to
carbon dioxide (CO2) emissions and environmental damage. Any method that reduces the …

Biomineralization, the use of microorganisms to produce calcium carbonate, became a
green solution for application in construction materials to improve their strength and …

El objetivo principal de la investigación es analizar la permeabilidad del concreto fisurado
mediante la aplicación de bacterias. El presente estudio tiene dos áreas específicas que se …

In the present scenario where the constructions are increasing, the need to find a
supplementary cementing material for the improvement of strength and which has less …

In the present scenario where the constructions are increasing, the need to find a
supplementary cementing material for the improvement of strength and which has less …

The cementing properties of materials are responsible for the sustainability of any structure.
The present study gives a layout of the improvement of durability of a structure by …