With the rapid development of economy and industrialization, the consumption of natural
resources has risen sharply. A large number of greenhouse gases and industrial solid waste …

The manufacture of cement is associated with a large amount of CO 2 emissions. Mineral
carbonation technology (MCT) has been identified as one of the viable solutions to reduce …

An ambitious goal has been set to limit global temperature increase within 1.5℃ above pre-
industrial levels. Iron and steel industry as one of the main industrial sectors, has always …

This work demonstrated the possibility of producing artificial carbonate aggregates from
steel slag optimally activated by carbon dioxide for the purposes of waste recycling and …

Rankinite binder material was synthesised from the mixture (C/S= 1.5) of locally (Lithuania)
available materials–opoka and limestone–at 1250 C for 45 min. Its suitability as a non …

Steel slag is an abundant secondary resource with promising development prospects, while
its industrial application is severely limited due to the highly intricate phases. To address this …

In order to save energy and reduce greenhouse gas emission, a new type of clinker with a
self-pulverization ability was successfully designed, which mainly consisted of rankinite …

The direct carbonation of steel slag has emerged as a promising approach for carbon
dioxide (CO 2) utilization and sequestration, holding potential for advancing sustainable …

As global climate challenges grow, industries must develop materials that perform better
while reducing carbon emissions. This study evaluates CO 2 nano-bubble water (CO 2 …

Driven by the need to develop technologies for converting CO2, an extraordinary array of
chemical looping based process concepts has been proposed and researched over the past …