This study presents a critical review to evaluate the comparative efficacy of different
accelerated carbonation techniques used to improve the properties of recycled concrete …

Cement concrete presents a significant opportunity for carbon dioxide (CO 2) capture,
utilization, and storage through carbonation treatment. This process involves carbonating …

A considerable quantity of pre-mixed concrete is returned from construction sites which is
usually dumped directly into pits. While this concrete may possess lower quality attributes …

CO2 can be converted into value-added products such as fuels, chemicals, and building
materials, adding an economic incentive for CO2 capture and green economy, while also …

Achieving high strength and low weight in cement-based composites remains a critical
objective in material and structure engineering. This study presents the development of an …

Supplementary cementitious materials (SCMs) have been the essential constituents of
sustainable, low-carbon cement and concrete products. However, the large consumption is …

This study focuses on industrial waste magnesium slag (MS) with a high MgO content. It
simulates different temperatures of cement kiln exhaust gas during wet carbonation. The …

The extensive development of construction, in which cement concrete remains the key
composite, enforces the need for particular environmental concerns. This applies to aspects …

Recycled aggregate (RA), as a backfill subgrade material, has strong reproducibility and
environmental protection, which cannot only effectively reduce resource consumption and …

This thesis explores the potential End-of-Life (EoL) management of demolished concrete
from Million Program buildings (MP) to act as a carbon sink through the process of natural …