The massive accumulation of solid wastes has brought great pressure to the environment.
Most of them are pozzolanic materials, which can reduce the waste of resources by partially …

The search for alternative materials to replace ordinary Portland cement has been the object
of work that enhances the investigation of the use of pozzolanic materials and the reduction …

The proposal of sintered sludge cement (SSC) paste aligns with the low-carbon
development goals of building materials. However, there is a lack of scientific guidance for …

This review critically examines the latest advancements in clay mineral-based
photocatalysts for water purification. Clay minerals, owing to their natural abundance, low …

Autogenous self-healing of post-fire damaged concrete enables structure performance auto-
recovery leading to reduced repair costs, less generated waste, and lower CO 2 emissions …

The use of calcined clays in the construction industry is thriving. However, muscovitic or illitic
clays, which constitute a large portion of the available clay resources, are hardly activated by …

At present, to achieve further reductions in CO2 emissions in the cement industry, it is
essential to improve the efficiency of grinding processes and reduce the energy demand …

The escalating global demand for cement, a fundamental material in infrastructure
development, has exacerbated environmental challenges, particularly through significant …

This review presents a detailed analysis of locally materials-based cementitious composites
for 3D-printing construction. The study thoroughly examines the properties of different types …

With concrete's key role in construction and infrastructure, the reduction of its carbon
footprint is critical for addressing global carbon emissions. One strategy to reduce …