The need for energy, chemicals, food, and other vital survival necessities rises as the world's
population is growing quickly. The production of waste materials has become a critical …

Diverse biomass sources are used in advanced processes called biorefineries to create
biofuels, high-value products and for industrial effluents treatment. Making a workable model …

In this research, we present a novel CuO@ Fe 3 O 4/PES nanocomposite membrane
designed to address the complex challenge of separating oil from synthetic oily produced …

Water removal research is a critical study area across diverse industries and scientific
domains. This investigation evaluates three prominent machine learning models including …

In this study, a CoO–Fe2O3/SiO2/TiO2 (CIST) nanocomposite was synthesized and utilized
as an adsorbent to remove methylene blue (MB), malachite green (MG), and copper (Cu) …

Micropollutants (MPs) such as pharmaceuticals, personal care products and suspended
particles have been a great menace to water resources in recent times. Especially …

Optimal pH is essential for efficient cobalt extraction from polymeric membrane systems, with
D2EHPA used as an extractant for Co (II) at pH< 7, achieving 47% efficiency. The pH of …

Electrocoagulation process using brass anode was designed for simultaneous removal of
nickel (Ni) and chromium (Cr (VI)) from synthetic wastewater. In the present work, the effect …

The high consumption and high cost of cement are the bottleneck problems that limit the
development of cemented tailings backfilling technology. The low-consumption cement …

The metal intoxication and its associated adverse effects to humans have led to the research
for development of water treatment technologies from pollution hazards. Therefore …