Interest in utilizing industrial waste and by-products in construction materials is growing,
given recent concerns about sustainable practices aligning with the principles of the circular …

Compressed stabilized earth blocks (CSEB) represent an eco-friendly substitute for
traditional building materials, predominantly utilizing earth. Municipal Solid Waste …

The significance of knowing the engineering properties of cement stabilized compressed
earth brick (CSCEB) becomes useful within the context of manufacturing, construction, and …

The global construction industry is shifting toward eco‐friendly building materials to reduce
environmental impact while ensuring affordability, energy efficiency, and resource …

Chemical stabilisation is essential to reduce the high water susceptibility of compressed
earth blocks (CEB), the main shortcoming of earthen construction. However, alternative low …

This research centres its attention on the valorisation of incinerator bottom ash derived from
municipal solid waste with the aim of producing compressed stabilised earth blocks …

Waste generation has been a source of environmental concern in case of inadequate
management. However, the potential for resource recovery from waste has been …

As ecological architecture and green buildings have become essential in the fight against
climate change, earthen architecture has an undoubted role to play in achieving this goal …

This study investigates the suitability of incorporating medical waste incineration fly ash
(MWIFA) as a partial replacement of cement in Compressed stabilized earth blocks (CSEB) …

Developing eco-friendly construction materials is imperative from an energy and
environmental standpoint. This technical study investigates the sustainable utilization of …