Over many decades, cement has been the primary component in construction projects and
is considered one of the essential industries worldwide. At the same time, it overconsumes …

Expansive soil is typically described as a hidden disaster. The presence of expansive soil in
construction sites is associated with the deterioration of structures resulting from volume …

In the present study, industrial by-products, spent foundry sand (SFS) and cement kiln dust
(CKD) were used for developing controlled low strength materials (CLSM) and their various …

Cement global demand shows continued growth and a significant increase in the production
volume, which may negatively impact the non-renewable natural resources and the …

Cement production may involve excessive use of natural resources and have negative
environmental impacts, as energy consumption and CO2 emissions can cause air pollution …

The accelerated weathering of limestone (AWL) process is an inexpensive and eco-friendly
carbon dioxide (CO 2) capture process with comparable performance to amine-based …

This article presents recent research on cements containing GGBFS and their modifications
with accelerating admixtures. The initial setting time and hydration heat evolution results are …

This study investigated the feasibility of using coal-based synthetic natural gas slag
(CSNGS) as supplementary cementitious materials in cement-based binders. The effects of …

Environmental degradation is resulted by unabated resources' extraction for catering to
needs of growing population, GHG-emissions, rising wastes and landfills with harmful …

This study explored the development of biobased sustainable controlled low strength
materials (CLSM) by use of an agro by-product ie, unprocessed rice husk ash and two …