Using biomass ash to partially replace cement reduces the industry’s environmental impact and prevents these agro-industrial wastes from ending up in landfills, eroding soils, or being openly burned. This research aims select three biomasses produce supplementary cementitious materials (SCM) through analytic hierarchy process, considering expert judgments different domains. Complementary up-to-...

This study aimed to investigate the strength and permeability properties of binary ternary systems for producing concrete mixes with a cure time 7, 28, 90, 180 days under high ambient temperatures (about 35–45 °C). The key variables were silica fume (SF) fly ash (FA) water-to-binder ratio (0.18 0.55) needed cementitious normal ultra-high-performance (UHPC). tests conducted BS 1881 ASTM C 1202. ...

Cement-based materials decay with exposure to aggressive agents, a development that raises infrastructure operation and maintenance costs substantially. This paper analyses the inclusion of ultrafine construction demolition (UC&DW) biomass-fuelled power plant (BA) waste as pozzolanic additions cement in pursuit more sustainable eco-respectful binders assesses durability end when exposed sea...