Geopolymers are a class of inorganic polymers that have attracted attention in recent years,
especially in the construction sector, due to their promising mechanical properties, as well …

Geopolymer–zeolite composite materials are hybrid materials that combine the
advantageous properties of both constituents. This study reports the effect of alkali …

A novel interzeolite transformation strategy using internally confined organic structure
directing agents (OSDAs), called the “OSDA-confined” strategy, is proposed for highly …

The treatment of tannery wastewaters is a complex task due to the complexity of the waste: a
mixture of several pollutants, both anionic and cationic as well as organic macromolecules …

A comparative study on water sorption by different components of the binder phase formed
in geopolymerization was performed using the Grand Canonical Monte Carlo (GCMC) …

Moisture damage in bituminous composites is a major concern, reducing the service life of
infrastructures. The use of lime and amine-based additives to mitigate the damage has been …

Alkali activated binders, based on an aluminosilicate powder that is activated by an alkaline
solution, have been proven to encapsulate a wide number of different wastes, both in the …

The effects of alkaline extraction on the behavior of rare earth elements in coal ashes were
investigated in the present study. Independent variables are the concentration of extractant …

This study presents a new carrier for wax-based additives used in bitumen; the new carrier
alleviates wax crystallization while improving bitumen's cohesion, adhesion, and elastic …

This paper investigates a dual role of wax-impregnated zeolite when used as an additive in
warm-mix asphalt (WMA) technology. The dual role is reflected in the zeolite's gradually …