Waste glass has been highly used in alkali activated materials, but the efflorescence
behavior remains an intractable issue. This study investigates the effect of sodium aluminate …

Due to its environmentally friendly features and economic benefits, biochar has garnered
increasing attention as a sustainable and carbon-negative material in the construction …

Incorporating municipal solid waste incineration fly ash (MSWI FA) in alkali-activated
materials (AAMs) production provides an economic and sustainable solution for the disposal …

The cement and concrete industry play vital roles in global and local economies, and urgent
measures are required to minimize carbon emissions. Utilizing end-of-life (EoL) wind turbine …

Investigating workability loss in cement-based pastes during hydration, primarily marked by
an irreversible yield stress increase, is crucial for cement-based materials application and …

Growing production of green energy from biomass has led to a surge in biomass bottom ash
(BBA) generation, often relegated to landfills due to high leachable heavy metal content …

Long-term leaching (heavy metal ions) behavior of municipal solid waste incineration bottom
ash (MSWI BA) is one of the issues limiting its application in alkali activated materials …

Due to absence of CSH gel, chemically activated mixed Al-rich steel slag often shows low
early-age strength. This work proposes a novel method to accelerate the hydration of Al-rich …

Layered double hydroxides (LDHs) have emerged as an effective ingredient for enhancing
the durability of cement-based materials against chloride-contaminated coastal or marine …

In this study, municipal solid waste incineration (MSWI) fly ash was subjected to mineral
carbonation with the aim of investigating CO2 sequestration in waste material. The …