CEST Proceedings are published under the ISSN 2944-9820.
Adsorption technology in waste water treatment processes utilizing activated carbons as adsorbent materials prepared from waste tires: Recent research and trends in the removal of various toxic and persistent organic pollutants
(Corresponding) Vagi M., Petsas A.
Topic:
Green chemistry
Various toxic contaminants when are present in the environment pose a threat to the inhabitants of natural ecosystems owing to their non-biodegradable nature that increases their high toxicity towards non-target organisms. The large mass of solid wastes that are generated from waste rubber tires...Read more
The use of biochar from waste wooden biomass for removal of emerging pollutants
(Corresponding) Žgajnar Gotvajn A., Carvalho A., Marinšek M., Kalčikova G.
Topic:
Wastewater treatment
Biochar can be produced usig variety of waste biomass to achieve goals of zero waste management and circular economy. It has been used as adsorbent in the past for water and wastewater treatment. Recetly, the application of natural porous materials for removal of emerging pollutants gained a lot of...Read more
Bio-Based Phosphate Functionalized Activated Carbon From Indian Gooseberry Seed Shells For The Efficient Copper (II) Adsorption
(Corresponding) Mondal S., Majumder S.
Topic:
Water treatment
Preparation of an efficient activated carbon for the removal of metal pollutants is a challenging research today. The characteristic features of an efficient phosphate functionalized activated carbon, synthesized by following chemical activation process followed by subsequent functionalization from...Read more
Adsorption isotherm study of copper removal from aqueous solutions onto agricultural by-product
(Corresponding) PSYCHOGIOU M., KAPSALAKI K., SGOUBOPOULOU A., MITROGIANNIS D.
Topic:
Water treatment
Abstract. Pollution by heavy metals is a serious global problem, both for the environment and for any form of life. There is a growing interest to find low cost agricultural by-products with high adsorption capacity for the removal of heavy metals. In the present study the adsorptive capacity of...Read more
