Greenhouse gas emissions and climate change concerns have prompted worldwide
initiatives to lower carbon dioxide (CO2) levels and prevent them from rising in the …

Mineral carbonation of industrial residues is gaining increasing interest, with the first pilot
and industrial-scale applications being implemented. The process offers a low-risk, easily …

Mineral carbonation stands out not only as an effective method for reducing CO 2 emissions
but also as a strategic approach to upcycling industrial waste. This study introduces a novel …

In the current CO 2 curing process, pure CO 2 gas with a concentration exceeding 99% is
primarily used. However, flue gas, which typically contains 10–30% CO 2, can also be …

Mineral carbonation with serpentine can offer a sustainable and safe process option for
simultaneous CO 2 emission reduction and utilization of nature mineral. In this study, a …

The extensive use of Portland cement (OPC) has resulted in a steady rise in CO 2 emissions
from the construction industry, posing a significant climate threat. While adopting low-carbon …

Toward a decarbonized society, the cement industry is continuously striving to enforce
energy conservation technologies and develop low-carbon cement. The use of mineral …

Mineral carbonation provides a way to increase the recycling of concrete waste in added-
value products, and contributes to the principles of the circular economy. At present, most …

This study validates the attributes of the mineral carbonation process employing circulating
fluidized bed combustion (CFBC) ash, which is generated from thermal power plants, as a …

Mineral carbonation of industrial residues is gaining increasing interest, with the first pilot
and industrial-scale applications being implemented. This process offers a low-risk, easily …