Reducing CO 2 emissions from the construction industry is the most imperative factor in the
fight against climate change, which aims to reduce the average atmosphere temperature …

Cement and concrete are hard-to-abate industrial sectors for decarbonization due to
growing demand driven by rapid urbanization, population growth, and the considerable …

CO 2 utilizations are essential to curbing the greenhouse gas effect and managing the
environmental pollutant in an energy-efficient and economically-sound manner. This paper …

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 …

Cement is the most used material on a global scale and is indispensable for a wide range of
buildings, infrastructure and transport systems. In the time to come cement will also in many …

Climate change is one of the greatest challenges facing humanity, and our continued
sustainable development requires a portfolio of solutions to ultimately reduce the use of …

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 …

Carbonation for the curing of cement-based materials has been gaining increased attention
in recent years, especially in light of emerging initiatives regarding carbon emissions. This …

Cement paste is known to react with atmospheric carbon dioxide. Carbonation of cement
paste has long been recognized as one of the causes of reinforcement corrosion. On the …

Biochar is widely considered as effective way of sequestering carbon dioxide. The possibility
of using it to enhance the mechanical strength and reduce permeability of cement mortar is …