The frameworks of zeolites and related crystalline microporous oxide materials, such as
aluminophosphates, silicoaluminophosphates and metaloaluminophosphates, are built up …

Layered sodium vanadosilicates was synthesized for removing soluble strontium ion (Sr 2+)
from simulated radioactive wastewater. SEM, EDS and TEM images indicated that layered …

Green and sustainable separation and recovery of cesium ion (Cs+) have been an important
topic in terms of stable supply of this strategic element in recent decades. In this study, to the …

Major advances have recently been made concerning the determination of the local
environment of vanadium ions incorporated in microporous materials. Different …

Wastewater usually contains various species of heavy metals, thus understanding of
competitive adsorption kinetics of metallic ions in a multi-component system is necessary for …

Mercury (Hg) removal by six different living marine macroalgae, namely, Ulva intestinalis,
Ulva lactuca, Fucus spiralis, Fucus vesiculosus, Gracilaria sp., and Osmundea pinnatifida …

Capture of trace amounts (parts per trillion or ppt level) of 90Sr from highly Na+-rich (5 M or
115 000 parts per million) liquid wastes produced from reprocessing of spent nuclear fuel …

The volume reduction and subsequent solidification of soluble radionuclides have been
known as the major challenges in global radioactive water management, with the urgent …

As a result of the wide use of Titanium (Ti) compounds in various products, Ti and Ti
nanoparticles (nTi) are released into aquatic environments, inducing varying degrees of …

Vanadosilicates isostructural to ETS-10 and AM-6 microporous materials were synthesized
hydrothermally using derivatives of cis-and trans-3, 5-dimethyl-piperidine as organic …