To tackle the rising CO 2 concentration in atmosphere, technologies of carbon sequestration
are emerging. As one of these technologies, carbonation curing of cement-based composite …

The development of low-carbon binders has been recognized as a means of reducing the
carbon footprint of the Portland cement industry, in response to growing global concerns …

This paper reviews the historic developments and provides some perspectives of carbonate
binders. Various carbonatable materials have been used to produce carbonate binders …

This study investigated the effect of temperature (5° C–50° C) on the carbonation process,
compressive strength and microstructure of CO 2-cured cement paste. Results showed that …

With the development of the construction industry, global CO 2 emissions are closely related
to the utilization of cement-based materials (CBM). The calcium-silicate-based cement, as …

Recovering aggregates from recycled concrete produces a large amount of powder, which
contains hardened cement paste and is classified as a corrosive hazardous material. This …

This paper investigated the characteristics of synthesized calcium silicate hydrate (CSH)
during the carbonation process and the effects of CSH and carbonated CSH (CCSH) seeds …

To maximize its potential in capturing CO 2, concretes with various water-to-binder (w/b)
ratios underwent a sufficient carbonation through CO 2 curing in this study. The variations in …

As with all industrial processes, concrete production comes with environmental costs that
are proportionate to its use. As such, approximately 8% of all, global carbon dioxide (CO 2) …

Climate change, which cause a series of extreme weather events like tropical storms, floods
and droughts, is the result of increased anthropogenic greenhouse gas emissions …