Oily wastewater is generated by various industries in extraordinary growing volumes, such
as oil refineries, petrochemicals, metallurgical, food & beverages, and dairy industries …

In this work, a novel recyclable covalently bonded magnetic flocculant (FS-MC) was
successfully prepared by combining chitosan-based modified polymers (MCS) with Fe 3 O …

Absorption and desorption rates were generally dependent on the concentration gradient
from bulk to absorbents. A novel methodology based on a capacitor with an alternating …

Disposing vast amounts of non-biodegradable wastes presents engineering and economic
challenges to environmental management globally. Concomitantly, recycling and upcycling …

Developing a versatile methodology for high-speed water purification is critical for
environmental and water source protection. Traditional adsorption and desorption were …

Coagulation has been evaluated as an economical and effective pre-treatment method for
controlling membrane fouling. We investigated the influence of the pre-coagulation of oil …

Membrane fouling and draw solution recycle are two important challenges faced by forward
osmosis (FO) process in treating wastewater. In this study, we innovatively designed a …

Absorption rates for traditional adsorbents were predominately determined by the
concentration gradient from bulk to absorbents and surface area. A novel sandwich …

The concentration gradient between solution to absorbent predominately determines the
absorption and desorption rates, limited the efficiency of wastewater treatment at low …

Membrane fouling has always been a critical constraint in the operation of the reverse
osmosis (RO) process, and chemical cleaning is essential for mitigating membrane fouling …