The scientific community recognizes that the depletion of natural resources and solid waste
management pose inherent challenges in building material production and disposal …

The ability to utilize industrial by-products in the production of cement-free geopolymer
concrete is a promising technology. However, the development, characterization, and …

Conventional experimental studies in concrete primarily focus on strength properties and
microstructural analysis and ignore the environmental impacts of chosen waste in concrete …

This study reports the amalgamation of ceramic waste procured from various sources such
as waste from ceramic products manufacturing, construction and demolition waste etc. as an …

Keeping sustainability at the centre of this work, two solid waste materials have been
selected for this study. First is bone china ceramic waste powder (BCCWP) obtained from …

The sustainable utilization of demolition wastes in the production of building materials is
regarded as an eco-efficient approach for conserving naturally-occurring resources …

Ordinary Portland cement (OPC) is responsible for 8% of worldwide carbon emissions and
the construction industry is in need of alternatives to minimise its impact. Waste products …

Due to continuous stockpiling of industrial by-products, waste management and disposal
has become an underlying problem. Utilization of these industrial wastes as a substitution to …

This study examines the effect of using ceramic waste (CW) and granulated blast furnace
slag (GBFS) as a blended binder on the mechanical and durability characteristics of …

This study examines the feasibility of bone-china ceramic powder waste (BCPW) and granite
waste (GW) as a cement and fine aggregate (river sand) in the production of self-compacting …