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

The activities of mining industries are attracting more scrutiny as the concern of limitations of
conventional technology for wastewater treatment and the potential use of wastewater have …

To avoid structural changes within nanofiltration membranes during operation, pre-
compaction of filtration membranes is usually performed. However, even after pre …

Lower energy consumption compared to reverse osmosis (RO) and higher rejection
compared to ultrafiltration make nanofiltration (NF) membrane get more and more attention …

Currently, decision support tools (DSTs) for wastewater treatment and resource recovery
from wastewater use oversimplified databases evaluate and design of treatment trains. The …

This study considers the effect of cross-flow velocity and transmembrane pressure on flux
and rejection behavior during nanofiltration of Eurasian water milfoil hydrolysate …

In this work, the rejection of two ions associated with fertilizer pollution of ground water (NH
4+ and NO 3-) by a polyamide nanofiltration (NF270) membrane was studied. Sodium …

Heavy metals present in wastewater and water scarcity are a global challenge worldwide.
The elimination of heavy metals in wastewater is necessary to protect the ecosystem and …

Nutrient limitation has been proposed as a biofouling control strategy for membrane
systems. However, the impact of permeation on biofilm development under phosphorus …

This work aimed to develop an anionic cellulose nanofiber (CNF) bio-adsorbent from date
palm tree waste and to investigate its removal efficiency compared to cationic methylene …