• Khalid, Awais
• Najeeb, Jawayria
• Rehman, Shafiq Ur
• Khan, Mohammad Ehtisham
• Hassan, Warda
• Fatima, Nimra
• Aziz, Asad
• Nisa, Fakhr Un

Abstract

<jats:title>Abstract</jats:title><jats:p>The constant increase in population and as a result increase in industrial activities in many areas, such as textiles, cosmetics, leather, polymers, and food processing leads to the contamination of water sources with different dyes. Thus, the removal of dyes from contaminated water sources to make water reusable is the utmost requirement of the time in order to get environmental sustainability. The reason of removal is that many dyes and pollutants present in dyeing wastewater from industries have detrimental impacts on plants, wildlife, and humans. To lessen the negative effects of dye wastewater on the environment and living beings, it should be processed first to remove un-wanted components before being released in the water sources. However, due to some drawbacks of dye removal technologies, it is challenging to settle on a single solution that addresses the current dye effluent problem to make water clean. In the current work, we tried our best to elaborate different methods adopted for the treatment of dyes polluted wastewater with respect to their implementation along with drawbacks and advantages.</jats:p>

Topics

• impedance spectroscopy
• polymer