The large amount of carbon dioxide emitted during the life span of cement-based materials
makes a great contribution to the increasingly severe global warming. Due to their …

With an emphasis on solid waste-based construction materials, this study seeks to provide
an in-depth analysis of current advancements in CO 2 curing processes for building …

For the island-reef engineering construction background in the South China Sea, the
research studied the preparation technology, mechanical properties and chloride ion …

Bio-fiber reinforced cementitious material is now attracted widespread attention thanks to its
low carbon footprint and its advantages in energy conservation in buildings. However, the …

Carbonation technology resolves the volume expansion of steel slag by combining CO 2
with f-CaO, but the previous stringent carbonation conditions (99% vol) significantly limit the …

Calcium carbonate binder is well-known to reduce the carbon footprint and brings great
economic and environmental benefits. However, the cementitious mechanism is unclear due …

The municipal solid waste incineration bottom ash (MSWIBA) contains amounts of
hazardous elements or composition, and its disposal to landfills may pose a serious threat to …

Quarry tailings are usually stockpiled due to stable crystalline structures below 100° C and
abundant sources, which lead to a serious environmental impacts and high ecological risks …

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

Artificial lightweight aggregates (LWAs) as a substitute for natural aggregates (river sand
and broken stone) have been used in the building materials field. In this study, to promote …