With an emphasis on solid waste-based construction materials, this study seeks to provide
an in-depth analysis of current advancements in CO 2 curing processes for building …

While traditional disposal of phosphogypsum either occupies excessive amounts of land or
causes serious pollution, novel recycling of phosphogypsum is desirable. Making …

Concrete slurry waste (CSW) has the potential of capturing or sequestering CO 2. This study
designed the low-carbon artificial lightweight cold-bonded aggregates with ultra-high …

Nowadays, increasing biomass wastes are incinerated and then transported to landfills for
disposal, which occupies many land resources and causes health problems due to lack of …

Tons of palm oil fuel ash (POFA) are currently being disposed of at landfills or left untreated
in the environment, taking up valuable land space and posing significant hazard to the …

Mortar made from concrete slurry waste (CSW) and municipal solid waste incineration
bottom ash (MSWIBA) could be recycled into cold bonded lightweight aggregates (CBLA) …

In this study, physical, mechanical, and microscopic investigations were carried out on
structural lightweight concretes (LWC) produced with zeolitic aggregate. Zeolitic tuff …

Nowadays, rapid population growth and industrialization have increased the demand for
concrete in construction. Since aggregates make up 60–70% of the volume of concrete, it is …

With an emphasis on solid waste-based construction materials, this study seeks to provide
an in-depth analysis of current advancements in CO2 curing processes for building …