Extensive research is being conducted on self-cleaning surfaces inspired by biological
phenomena, owing to their remarkable surface properties. Recently, the utilization of self …

Abstract 3D printing of cementitious materials is an innovative and smart construction
method known for its ability to optimize construction time, cost, design flexibility, waste …

Cement-based materials have favorable capacity of solid waste and CO 2 disposal. In this
study, a synergistic CO 2 treatment, including CO 2 mineralization of steel slag admixture …

According to the sustainability concept, this work developed a green geopolymeric
composite (Geo) prepared by mingling 50 wt% slag+ 50 wt% brick-waste (BW) as an …

This research investigated the properties of modified cementitious composites including
water purification from heavy metal—zinc. A new method for characterizing the …

A eco-friendly carbonation coating (HBCC) with a piezo-photocatalysis was developed
using gamma-dicalcium silicate and hydrophobic BiOI/BaTiO 3 (HB), aiming at purifying …

Anatase, one of the polymorphs of titanium dioxide (TiO2), has become the most widely
used semiconductor for photocatalytic materials due to its chemical and physical properties …

Photocatalytic concrete technology has attracted much attention in the field of sustainable
construction and infrastructure by photocatalytic decomposition of harmful air and water …

Promoting the sustainability of the building industry is one of the major approaches to
addressing energy depletion and climate change. Here, we developed scalable …

This study attempts to comprehend mechanisms that enhance the photocatalytic properties
of autoclaved cementitious pastes. The photocatalytic self-cleaning performance, phase …