Synergistic cloud point microextraction (SCPME) significantly simplifies and accelerates
traditional cloud point extraction (CPE). The use of medium-to long-chain alcohols such as …

Non-polluting and accurate methods for trace element determination are desirable [1, 2]. To
remove and extract tiny quantities of elements, a variety of approaches have been utilized [3 …

The concepts of “green chemistry” are gaining importance in the agri-food sector due to the
need to minimize pollution from toxic chemicals, improve the safety and sustainability of …

Parabens are common preservatives and environmental hormones. As such, possible
detrimental health effects could be amplified through their widespread use in foods …

The basics and uses of the micellar system extraction technique (MSE) for extracting and
preconcentrating nanoparticles and bioactive compounds (medicines and vitamins) are …

Both cloud point extraction and spectrophotometry, as well as cloud point extraction and
spectrofluorometry, were developed to achieve sensitive and selective identification and …

A selective and effective cloud point extraction procedure was presented for separation of
Gd 3+ from other f-block elements (ie La 3+, Ce 3+, Nd 3+, Sm 3+, Ho 3+, Er 3+, Th 4+ and U …

Rapid technological developments of electrical and electronic equipment raise a
persistence demand for precious elements. The presence of precious metals (PMs) makes e …

The development of precise sensors to detect hazardous heavy metal ions (HMIs) in an
aqueous medium has recently attracted much attention. Metal-Organic Frameworks (MOFs) …

The traditional extraction methods used to recover natural antioxidants from food industry
wastes involve significant amounts of hazardous solvents. A viable alternative is the use of …