Open wounds are susceptible to bacterial infections, and antibiotics are commonly used to
treat these infections. However, widespread use of antibiotics will easily induce bacterial …

With increasing global concerns over freshwater scarcity and increasing pollution of water
resources, membrane separation processes have emerged as a vital technology for …

Ceramic nanofiltration is a potential one-step treatment for industrial waste streams. It can
remove colloidal particles, oil droplets and some organic molecules. The drawback of the …

Efficient capture of dyes from wastewater is of great importance for environmental
remediation. Yet constructing adsorbents with satisfactory adsorption efficiency and low cost …

In this study, a novel adsorbent, A-PEI/CS-Cu 2+, was developed by crosslinking
polyethyleneimine/chitosan hydrogel with acrolein and loading it with copper ions. The …

An investigation of textile industry wastewater treatment (WWT) using hydrodynamic
cavitation (HC) technology was conducted on a laboratory scale. The parameters such as …

Untreated textile effluent includes toxic dyes, and its disposal often contaminates the soil. In
the present study, we explore the possibility of an eco-friendly method using biosurfactant …

BaCu x Ti 1-x O 3-x (x= 0, 0.01, 0.02, 0.03, 0.04) nanofibers were synthesized via the
hydrothermal method and subsequently subjected to poling. The impact of composition on …

This chapter presents a thorough examination of the current status and recent
advancements in separation science, focusing on innovative methodologies, technologies …

This chapter delves into the catalytic applications of nanomaterials, particularly
nanocomposites, in the treatment of pharmaceutical wastewater, pesticides, organic dyes …