Self-healing concrete has emerged as a promising technology in the field of sustainable infrastructure due to its ability repair cracks and prolong lifespan structures. This innovative material potential revolutionize construction industry by reducing maintenance costs, minimizing environmental impact, enhancing durability infrastructure. In this abstract, we explore concept self-healing concre...

Abstract In recent years sustainability in all domains is expected to be implemented, and Civil Engineering the importance of has addressed with utmost care. Keeping this as main concern there been an increasing trend study self-healing materials concrete. Self healing have ability heal concrete once crack formed. These are a family super so-called “smart materials”, characterized for their ret...

Corrosion is a common problem in reinforced concrete construction. can be initiated by cracks forming on the surface of concrete. Widening will facilitate ingress aggressive liquids or gases from surrounding environment, which cause problems with reinforcement and form corrosion. Self-healing methods make efforts to prevent crack widening. The self-healing method an effort repair damage that do...

The major problem the construction industry concurs with is the high maintenance cost of the concrete. Various natural processes such as weathering, faults, land subsidence, earthquake, changes in moisture and temperature, have the tendency to create cracks in concrete. Therefore, to counter these effects, it has become necessary to come up with ways which will not only help in counteracting bu...

Polyhydroxyalkanoate (PHA) production is a promising opportunity to recover organic carbon from waste streams. However, widespread application of waste-derived PHA as biodegradable plastic restricted by expensive purification steps, high quality requirements, and fierce competition with the conventional market. To overcome these challenges, we propose new for PHA, using it bacterial substrate i...