Research Progress of Low-Carbon Cementitious Materials Based on Synergistic Industrial Wastes

Cementitious material based on synergistic industrial wastes can be used as a new product for low-carbon transformation. It aid in resource recycling and suitable consumption utilisation of various wastes. The proposed reduce large amount CO2 emitted during calcination cement production the decomposition raw limestone. In addition, exhibits high durability resistance to corrosion marine environment that further emissions over lifecycle carbon footprint building. Currently, many similar chemical kinetic processes mineralogical reaction particle migration rebinding exist hydration hardening reactions, service evolution different waste cementitious systems production. theoretical basis preparing materials (LCCMs) with is discussed herein, including two theories ‘complex salt effect’ ‘isomorphic effect from tetrahedral coordination silicon-oxygen’. Further research LCCM foundation ‘passive kinetics’. Furthermore, this study presents reduction potential prepared using provides future directions regard.