This review discusses recent advances in the use of alkali-activated materials (AAMs) to
host high heat and radiation-emitting cesium (Cs) and strontium (Sr) wastes. It examines the …

The application of geopolymers for the safe management of radioactive waste has not been
implemented on a large scale, where they are tirelessly examined with the purpose of …

Many industrial-wastes/clays, such as ground granulated blast-furnace slag (GGBFS), fly
ash (FA), cement kiln dust (CDK), and metakaolin (MK), are employed in developing …

This study aims to prepare novel and eco-sustainable alkali-activated cementitious products
that resist fire and harmful radiation. The blends were prepared from partial replacement of …

The main goal of this study is to fabricate low cost green binding material produced from the
safe recycling of soda-lime glass waste (SLG), hazardous lead-rich glass waste (LRG) and …

Immobilization of radioactive borate waste (RBW) using a geopolymer with a high Si/Al ratio
has been challenging because boron-silicon networks lower the compressive strength and …

Abstract Alkali-activated binders (AABs), as a promising alternative to Portland cement, are
now being used on a commercial scale in various applications around the world, including …

The setting behavior of geopolymers is affected by the type of source materials, alkali
activators, mix formulations, and curing conditions. Calcium hydroxide is known to be an …

The present study investigated the possibility of co-immobilization of caesium and strontium
containing waste by metakaolin-based (MK) geopolymer. 4% of CsNO 3 and 4% of Sr (NO …

Abstract 3D-printed geopolymer lattices (3DGPLs) have recently been considered as
promising candidates for hazardous waste management due to their low cost, porous …