Sign in to unlock AI Chat and more features

Ferric Iron, Manganese Sorption from Waste Water by Commercial Activated Bentonite clay as Low Cost Adsorbents

Abstract
Sorption of Fe (III), Mn(II) from wastwater using a solid phase extractant via utilizing clay bentonite.Thermal bentonite clay was prepared as adsorbent by heating at 800ÂșC (B-8).The adsorption of Fe (III), Mn(II) from waste water onto thermal bentonite Likewise are should be were studied.The parameters that affect Fe (III), Mn(II) adsorption as, sorption time, pH, Fe (III), Mn(II) concentration, ...
View PDF
Keywords
Bentonite
Sorption
Adsorption
Manganese
Ferric
Clay minerals
Chemistry
Waste management
Environmental chemistry
Environmental science
Chemical engineering
Inorganic chemistry
Mineralogy
Organic chemistry
Engineering
Sustainable Development Goals (SDG)
Clean water and sanitation


pdf file

Ferric Iron, Manganese Sorption from Waste Water by Commercial Activated Bentonite clay as Low Cost Adsorbents
pdf file

Ferric Iron, Manganese Sorption from Waste Water by Commercial Activated Bentonite clay as Low Cost Adsorbents

Abstract
Sorption of Fe (III), Mn(II) from wastwater using a solid phase extractant via utilizing clay bentonite.Thermal bentonite clay was prepared as adsorbent by heating at 800ÂșC (B-8).The adsorption of Fe (III), Mn(II) from waste water onto thermal bentonite Likewise are should be were studied.The parameters that affect Fe (III), Mn(II) adsorption as, sorption time, pH, Fe (III), Mn(II) concentration, ...
View PDF
Keywords
Bentonite
Sorption
Adsorption
Manganese
Ferric
Clay minerals
Chemistry
Waste management
Environmental chemistry
Environmental science
Chemical engineering
Inorganic chemistry
Mineralogy
Organic chemistry
Engineering
Sustainable Development Goals (SDG)
Clean water and sanitation


pdf file