The rapid industrial development and global population growth of the past century have
resulted in an exponential increase of resource consumption and thus caused elevated CO …

The production of ferrite-rich calcium sulfoaluminate belite (CSABF) cement clinker, also
containing MgO, from ladle slag, Fe-slag, and phosphogypsum was translated from a lab …

Blast furnace slag from the steel industry is commercially utilized as a cement replacement
material without major processing requirements; however, there are many unutilized steel …

Belite-rich cements hold promise for reduced energy consumption and CO2 emissions, but
their use is hindered by the slow hydration rates of ordinary belites. This drawback may be …

Synthesis of belite cement from lignite fly ash is studied as it can be produced using low
temperature between 750 and 1200° C leading to energy saving and low carbon dioxide …

Belite–ye'elimite–ferrite (BYF) cements are a sustainable alternative to ordinary Portland
cement in attempts to reduce carbon dioxide emissions. The aim of this research was to …

This is the first attempt to provide a general mineralogical and geochemical survey of natural
Ca2SiO4-bearing combustion metamorphic (CM) rocks produced by annealing and …

In this paper the microstructure of β-C 2 S hydrated pastes in the presence of alkaline
carbonates was investigated. A hydration study of β-C 2 S stabilized by 0.5 wt% B 2 O 3 was …

Beta-dicalcium silicate (β-C 2 S), one of the main phases in Portland cement clinker, offers
some promising overviews regarding CO 2 and energy savings potential compared to alite …

Cement industry should set out its plan for decarbonization, for its massive carbon
emissions, to realize the" dual carbon" goal proposed by the Chinese government …