The issue of excess slag waste generated in the iron and steel making industries has
prompted investigations on the use of the slag waste. The objective of this study is to …

The iron and steel industry produces large volumes of iron and steel-making slags as
mineral residues and a massive volume of carbon dioxide (CO2) due to the consumption of …

In the iron manufacturing industry, it is unavoidable to produce large volumes of blast
furnace slag (BFS) as a mineral residue from the preparation of pig iron in blast furnaces as …

Utilizing a reversible reaction between CaO and CO 2, namely the calcium looping (CaL)
process, is among the CO 2 adsorption and sequestration techniques that have been …

An efficient CO2 capture process has been developed by integrating calcium looping (CaL)
and waste recycling technologies into iron and steel production. A key advantage of such a …

Here, a novel adsorbent was prepared from coal-gasification fine slag by acid leaching and
amine modification and was used for CO 2 capture. The fine slag adsorbent (FSA) material …

Steel slag was used as a low‐cost feedstock to prepare CaO‐based sorbents for CO2
capture by acidification treatment, and the acidification process was optimized. Four main …

Carbide slag used as low-cost adsorbents for high-temperature CO 2 capture has widely
researched; however, the sintering at high calcination temperature often resulted in an …

A series of CaO-based sorbents incorporated with different inert materials (Ca2SiO4,
Ca3Al2O6, CaTiO3, CaZrO3, and MgO) were prepared by a simple citrate sol–gel method …

In this research, steel slag was used as a calcium source to synthesize a calcium-based CO
2 sorbent (Ca-S) with high sorption capacity and cycling stability. The results showed that …