The full utilization of adsorption sites is crucial for adsorption technology. Metal–organic
frameworks (MOFs), which are hotspot materials in environmental remediation, are not …

Developing high-performance adsorbents for heavy metal (Cr (VI)) removal is essential for
sustainable environments, but it is still challenging. Herein, a simple solvothermal method …

Arsenic in water environment can present significant threats to human health, and
eliminating arsenic pollutants from wastewater is crucial. Based on our previously reported …

To fully utilize the customizable characteristics of metal-organic framework (MOF) materials
in environmental applications, it is important to precisely modulate the branching groups of …

In this contribution we report the innovative use of metal-organic frameworks (MOFs), more
specifically MIL-101 (Cr), as a novel stable supporting material for rare earth adsorption from …

Unique chemical and thermal stabilities of a zirconium-based metal-organic framework
(MOF) and its functionalized analogues play a key role to efficiently remove chemical …

To improve the adsorption performance of rare earth elements by metal organic frameworks
(MOFs) based adsorbents from aqueous solution, two kinds of defective MOF-808 with …

The functionalization of MOFs (metal–organic frameworks) is a challenging issue in
developing superior porous networks with a high surface area. To do so, one of the most …

Introducing defects into porous metal-organic frameworks is very important for improving
adsorption performance. Due to their simplicity of synthesis and improved efficiency in MOFs …

The adsorption of heavy metals using metal–organic framework-based adsorption
technology has been pointed out as a promising technique for the removal of these toxic …