Proportional application technologies for urea removal in aqueous waste effluents, and recommended technologies for varies industrial waste water.

Title : Proportional application technologies for urea removal in aqueous waste effluents, and recommended technologies for varies industrial waste water.

Abstract:

Introduction: There are many methods of urea removal, but most of them are still being developed or are very new. Urea can be removed from aqueous solutions by a variety of methods that differ in terms of their physicochemical nature and technological ingenuity. Many wastewater treatment methods include processes such as hydrolysis, enzymatic hydrolysis, decomposition in the biological bed, decomposition by strong oxidants, adsorption, catalytic decomposition, and electrochemical oxidation.

Considerations for Choosing a Method

• Cost: Methods like reverse osmosis and some advanced oxidation processes can be expensive. 
• Urea Concentration: The specific method chosen will depend on how much urea needs to be removed. 
• Purpose: The required purity of the water will determine the appropriate treatment level; for ultrapure water, additional steps are often needed after initial treatment.

Biography:

Dr. Hossam Ahmed Tieama studied Chemistry at Alexandria University, Egypt and graduated in 2000. He then joined the research group of Polymer Chemistry. He obtained his PhD degree in the field of water and waste water treatment applications using modified membranes. He is currently employed as a utilities general manager at Abu Qir Fertilizers company, and he has got 23 years of experience in the field of water treatment .He has participated in many international conferences and presented many researches in water purification applications using modified membranes. He has published in several international journals on membranes topics and continuing his research activity at the city of scientific research and technology applications