Iron-rich alkali-activated materials (Fe-AAM) are considered potential alternatives to ordinary
Portland cement (OPC) to limit CO 2 emissions and convert several metallurgical wastes into …

Alkali-activated materials are an emerging technology that can serve as an alternative
solution to ordinary Portland cement. Due to their alkaline nature, these materials are …

Copper slag (CS) is an industrial by-product of copper metal smelting. In the present study,
two alkaline activators (sodium silicate (SS) and sodium hydroxide (SH)) were used to …

This paper addresses the environmental and economic performance of Enhanced Landfill
Mining (ELFM). Based on life cycle assessment and life cycle costing, a detailed model is …

Belonging to the family of alternative cementitious materials, inorganic polymers are rising in
importance because of the drive to decrease CO2 emissions of concrete production. A …

The pursuit of low-CO 2 technologies has led to a surge in research on alternative
cementitious materials, of which alkali-activated materials are a large family. In recent years …

The use of biomass ashes as an alkaline activator in the synthesis of metakaolin-based
inorganic polymers was investigated in the present work. Maize stalk and maize cob ashes …

This paper describes an environmental and economic assessment of plasma gasification,
one of the viable candidates for the valorisation of refuse derived fuel from Enhanced …

The environmental impact of inorganic polymer mortars from non-ferrous slag was assessed
and compared to ordinary Portland cement (OPC) mortar based on a load bearing capacity …

Three types of binders were investigated by combining a water granulated fayalite slag and
three different activating solutions (NaOH, SH; Na‐silicate, SS; and a 1: 1 mixture of the two …