Colorimetric sensors have attracted increasing interest because their signals can be easily
observed by the naked eye or using smartphones for in situ sensing applications. Sensor …

Owing to the progressive development of metal‐organic frameworks (MOFs) synthetic
processes and their unique characters associated with the excellent performance …

The chemical ligand-based conjugate adsorbent was prepared for selective and sensitive
toxic lead (Pb (II)) ions monitoring and removal from contaminated water to save water …

This study aims to develop a highly selective conjugate material for efficient optical detection
and adsorption of nitrite (NO 2−) ion from waste solutions. In the present study, 1 …

A novel hierarchical composite adsorbent was developed for sensitive and selective lead
(Pb (II)) ions detection and removal from wastewater as well as biological samples optically …

In this study, the ligand functionalized nano-conjugate material was developed for the
sensitive and selective detection and removal of toxic arsenic (V) and phosphate ions in …

A novel cellulose nanocrystals biosorbent (CNCs) that has been synthesized, characterized,
and used to remove indigo carmine blue (ICB) dye from wastewater. The characteristics of …

The indirect release of excessive amounts of poisonous dyes into water has drastically
affected the environment. Thus, in this work, a method to remove dyes from industrial water …

Water and cosmetics containing mercury can cause damage to the skin and body. There is a
great need for in situ monitoring and removal of mercury ion concentrations with a highly …

The vast majority of the reported work on sensing metal ions is primarily based on
lanthanide containing luminescent MOFs and relatively few have so far addressed transition …