In this study, ternesite was proposed as a low-lime CO 2 sequestration binder, and the
ternesite slurry and compacts were carbonated in different periods. The evolution of …

Amorphous calcium (alumino) silicates are the main component of industrial byproducts (eg,
blast furnace slag and fly ash) and can be generated by grinding silicate minerals that are …

The development of CaCO 3 oxyfuel combustion and calcium loo** techniques offers
opportunities for Ca (OH) 2 production with near-zero CO 2 emissions. This study …

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 …

This study investigates the preparation of ultra-high strength carbonated compacts from
magnesium slag via accelerated carbonation under synergistic effects of degree of …

This article presents an investigation on the application of polycarboxylate superplasticizer
(PCE) to improve the mechanical properties of carbonated artificial steel slag aggregate …

Ladle slag is a kind of metallurgical solid waste with great potential to be used to prepare
alkali-activated ladle slag materials (ALS) and to capture CO 2 due to its rich Ca and Si …

The carbonation curing of cement-based composite materials emerges as a promising
environmental solution for reducing carbon emissions in the cement industry. Accelerated …

Carbonating alkaline solid wastes is considered to be an effective way to achieve large-
scale CO 2 reduction and waste utilization. However, the low diffusivity of CO 2 in dense or …

The densification effect of supplementary cementitious materials (SCMs) on regulating the
pore structure of cement paste under carbonization needs to be further clearly understood …