In vitro And Thermodynamic Study Of methylene Blue Dye Removal
from Industrial Wastewater using Almon Peel Adsorbent
Versandkostenfrei!
Versandfertig in 6-10 Tagen
15,99 €
inkl. MwSt.
PAYBACK Punkte
8 °P sammeln!
One of the problems for human societies is the development of industrial units such as textile, tanning, leather, printing, paper and plastic industries, environmental pollution caused by sewage. Wastewater from industrial units, especially chemical and textile industries, contains large amounts of organic matter. And discharging them into the environment has been criticized in the name of God for both toxicity and ethical reasons. Recovery of compounds in wastewater is essential for innovative processes, not for the treatment of industrial wastes containing paints and other pollutants, often ...
One of the problems for human societies is the development of industrial units such as textile, tanning, leather, printing, paper and plastic industries, environmental pollution caused by sewage. Wastewater from industrial units, especially chemical and textile industries, contains large amounts of organic matter. And discharging them into the environment has been criticized in the name of God for both toxicity and ethical reasons. Recovery of compounds in wastewater is essential for innovative processes, not for the treatment of industrial wastes containing paints and other pollutants, often for reducing the toxicity of these pollutants is in order to achieve treatment standards. Methylene blue is one of the most widely used dyes in the textile industry. Biological treatment of these pollutants is not satisfactory due to their limited performance. Recently, a special focus has been put on innovative processes for the removal and separation of physical and chemicals, including bio sorption. This study, which is an in vitro experimental study, evaluates the absorption potential of almond peel as biodegradable in removing methylene blue dye from industrial wastewater.
Andere Kunden interessierten sich für
