Population increase and building construction negatively affect the environment by
generating high carbon dioxide (CO 2) concentrations. Meanwhile, the depletion of normal …

A comprehensive review of the durability and microstructural properties of alkali-activated
materials (AAMs) made with waste glass as a precursor is presented in this paper. AAMs are …

Fiber reinforced alkali-activated materials (FR-AAM) present as one type of sustainable and
resilient materials. However, the thermal degradation mechanism of FR-AAM remains …

Energy shortage and environmental pollution have become two global problems to be
solved urgently. Therefore, it is urgent to develop a low-carbon building material to replace …

Globally, an increasing carbon footprint has had a negative effect on the ecosystem and all
living things. One of the sources that produces these footprints is the cement manufacturing …

Despite their low impact on the environment and excellent mechanical strength, alkali‐
activated concretes (AAC) can potentially replace ordinary Portland cement based concrete …

The promotion of fine recycled concrete aggregate (FRCA) is the main way to alleviate the
conflicts between scarce natural resource and huge construction demand. However, its …

The geopolymer binder is gaining prominence as an eco-friendly alternative to ordinary
Portland cement (OPC), aiming to decrease CO 2 emissions during the manufacturing of …

The increasing concern for decarbonization and sustainability in construction materials is
calling for green binders to partially replace cement since its production is responsible for …

As cement manufacturing accounts for 8% of global CO2 emissions, there is an urgent need
to tackle the environmental impacts of cement production and address the decarbonization …