Rational design of advanced adsorbed materials with hierarchically porous architecture,
high surface area, and macroscopic shapeability is of great significance for boosting their …

Metal-organic frameworks (MOFs) are considered a reliable adsorbent for controlling
arsenic contamination. However, developing rapid and efficient MOF adsorbents with the …

The development of antibacterial and catalytic adsorbents is an ideal strategy to
simultaneously remove antibiotics, antibiotic-resistant bacteria, and heavy metal ions from …

Arsenic pollution in waters has become a worldwide issue, constituting a severe hazard to
whole ecosystems and public health worldwide. Accordingly, it is highly desirable to design …

Developing cheap, green, efficient and renewable adsorbents to address the issue of heavy
metal pollution is highly desired for satisfying the requirements of economy sustainability …

The present work demonstrates an innovative strategy for robust water purification using an
engineered aerogel membrane fabricated from biopolymers and task-specific Fe–Al-based …

As a potential replacement for metal–organic frameworks (MOFs), constructing metal–
organic gels (MOGs) is an appealing but challenging topic since MOGs are a kind of …

Bulk adsorbents for fast and deep removal of arsenic in water is highly demanded for
practical treatment process, especially fixed-bed column process. In this study, a superior …

Antimony contamination is of increasing concern across various environmental media.
Removal of antimony from water is a pressing issue, and an associated challenge in the …

Arsenic contamination has attracted worldwide concerns, owing to its toxicity and severe
threat to human and environment. It is urgent to develop efficient adsorbents to remove …