Factory talks about carbon storage science and engineering

Can a multi-tiered carbon storage model help drive informed policy and action?

More integrated science can better help drive informed policies and action. Two recent studies developed at the Basque Centre of Climate Change (BC3) [3, 4], which sit on different ends of the model complexity spectrum, offer insights on the value of integrating multi-tiered carbon storage modelling approaches.

Is mineral carbonation a viable method for permanent storage of CO2?

Mineral carbonation is considered as a feasible method for permanent storage of CO 2. Steel slag is considered as an effective carbon dioxide capture material with high carbon reactivity due to its high CaO content.

How effective is carbon storage modelling?

Carbon storage modelling is essential for developing climate policies, but its effectiveness is complicated by the varying scales at which these policies are implemented. Global assessments often use coarse-resolution data unsuitable for local decision-making, while detailed regional models lack broader applicability.

How to calculate CO2 storage capacity of carbonized steel slag?

The mass gain percentage of the carbon in the carbonized steel slag can be calculated by Eq. (35). Finally, the percentage of CO 2 storage capacity of steel slag can be obtained by converting the carbon content into CO 2 content . (35) (C) u p t a k e (%) = C carbonatedslag - C non - c a r b o n a t e d s l a g Massofdryslag 4.2.

What are the latest developments in carbon dioxide storage system (CCES)?

The CCES projects, including carbon dioxide battery in Italy and carbon dioxide storage demonstration system in China, have also been completed. This paper carries out a comprehensive summary and performance comparison of latest developments in CCES, including theoretical research, experimental studies and demonstration projects.

Is there a universal model solution for carbon storage?

Like in most modelling problems, there is no universally accepted model solution. This results in a variety of approaches suited to specific contexts of application. Recent global-scale studies focusing on mapping carbon storage in the first two decades of the 21st century exemplify divergent approaches to carbon storage estimation.