Dispersive soils, characterized by their poor resistance to water erosion and high sodium ion
concentrations, pose a significant threat to both engineering and agricultural activities. Thus …

Carbon dioxide mineralization using industrial wastes is an efficient strategy for mitigating
global warming and alleviating the environmental problems caused by industrial wastes …

This study presents an autoclaved aerated concrete (AAC) with steel slag (SS) as carbonate-
able binder. The traditional autoclaving process was augmented with a carbonation stage to …

This work reports the kinetics and structures of cement-limestone powder foams cast at the
temperature between 27 and 42° C. The pH, viscosity, flowability, temperature history and …

There is a huge stock of industrial solid waste piles such as phosphogypsum (PG),
desulfurization ash (DA), and waste soil (WS) in China, and their utilization rate is …

Phosphogypsum backfill has the advantage of low cost and has been gradually applied to
backfill mining. However, due to the low activity, long setting time, and hardening time of …

In this study, electrolytic manganese residue (EMR) rich in soluble manganese, ammonia
nitrogen, and sulfate was combined with carbide slag (CS) and granulated blast furnace …

Using circulating fluidized bed combustion (CFBC) ash discharged from thermal power
plants, we identified factors affecting mineral carbonation to sequester CO2 and produced …

The expensive cost and high carbon footprint of commercial alkaline activators hindered the
promotion and industrialization of geopolymers. The rising demand for geopolymer as low …

The storage of copper tailings (CT) not only consumes considerable land resources but also
tends to cause a series of ecological and environmental issues. To achieve the circular …