Iris Publishers - Modern Concepts in Material Science (MCMS)


Natural Clay Supported Zerovalent Iron Nanoparticles as a Potential Coagulant for Ammonia Reduction from Industrial Wastewater Effluents

Authorized by Wighens I Ngoie
Currently in South Africa, many wastewater resources are polluted by anthropogenic sources, including household, agricultural waste and industrial processes. Though several conventional wastewater treatment techniques (among others, physical decantation, chemical oxidation, and disinfection) have been applied to remove contaminants, there are still some limitations, for the removal of chemicals such as ammonia [1,2]. It has been noticed that the level of ammonia of the effluents treated was comparatively higher [3] (277mg/L) than what is required according to the South Africa National Standards [4] of Wastewater before being discharged into the environment (10mg/L). Public concern over the environmental impact of wastewater pollution has increased. To address this issue, experiments were carried out over a Jar Tester on sequential velocities (rapid mixing at 150rpm for 1min and slow mixing at 20rpm for 20min) using activated clay (bentonite) in the attempt to remove ammonia from the wastewater effluent.

To read more about this article: Material Science
To know more about Journals: Iris Publishers
For more Information: https://irispublishers.com/mcms/fulltext/natural-clay-supported-zerovalent-iron-nanoparticles-as-a-potential-coagulant-for-ammonia-reduction.ID.000512.php

Comments

Post a Comment

Popular posts from this blog

Effect of Infrared Radiation on the Hydrogen in Thin Films Double Barriers Based Melt Silicone-Germany

Image
Abstract Possibilities of plasma chemical deposition of α-Si 1-x Ge x :H (x=0÷1) films undoped and doped with PH 3 or B 2 H 6 have been analyzed from the viewpoint of their application in p-i-n structures of solar cell. The optical properties are considered, and the amount of hydrogen contained in those films is determined. The film properties are found to strongly depend on the film composition and the hydrogenation level. The number of hydrogen atoms in the films is varied by changing the gas mixture composition, and IR absorption in α-Si:H and α-G e :H films is measured. The α-Si:H and а-Si 0,88 Ge 1,2 :H films were used to fabricate three-layer solar with an element area of 1,3 sm 2 and an efficiency (η) of 9.5 %. Read More About This Article:  https://irispublishers.com/mcms/fulltext/effect-of-infrared-radiation-on-the-hydrogen-in-thin-films-double-barriers-based-melt-silicone-germany.ID.000504.php Read More   Iris Publishers Google Scholar   Articles: htt...
Read more

Iris Publishers - Modern Concepts in Material Science (MCMS)

Image
The Erroneous Banishment of Plastics Authorized by Walter Eevers Since some months, youth is marching in the streets of several cities throughout Europe. They scream for political attention for the fight against climate change. The debates in the press and on social media go into all directions and give attention to technological solutions to fight climate change, the need for personal lifestyle adaptation but also to fights against nuclear power generation, air traffic etc. But in the margin of these protests also plastics and the use of plastics are condemned in many of these communications. To read more about this article:  Material Science To know more about  Journals :  Iris Publishers For more Information: https://irispublishers.com/mcms/fulltext/the-erroneous-banishment-of-plastics.ID.000508.php
Read more