Biochar, a carbonaceous material derived from organic waste, has recently been explored to
mitigate the negative effects of accelerated carbon-di-oxide (CO 2) curing (ACC) on concrete …

The integration of biochar with accelerated carbonation curing (ACC) has the potential to
reduce the carbon footprint of cementitious materials. However, the effects of biochar …

Use of traditional lime-cement binders on stabilizing soft sensitive clays pose a significant
challenge for the construction sector to reach Finland's carbon neutrality goals by 2030 …

With the world's population steadily increasing and the demand for improved urban
infrastructure increasing, there is expected to be a corresponding increase in greenhouse …

Here, we successfully synthesized a cost-effective (7.88 USD/kg) multi-active site (CuCl 2,
CuO and KCl) functionalized Spirulina residue-based porous carbon (MMBC). This …

Lightweight aggregate mortar (LWAM) containing different kinds of supplementary
cementitious materials (SCMs) has gained significant attention as a sustainable construction …

In recent years, there has been growing interest in the possibility of achieving zero-emission
goals using environmentally friendly building materials. Significantly, the concrete industry …

The escalating generation of marble waste and the substantial carbon footprint associated
with cement production pose significant environmental challenges. Thus, by substituting fly …

Rapid growth and urbanization have led to an increase in the CO 2 content of the
environment. Biochar has the potential to replace ordinary Portland cement (OPC) because …

This research examines the effect of biochar and recycled gypsum drywall (RGD) on the
mechanical properties and microstructure of conventional and high-volume fly ash concrete …