Industrial and agricultural pollution has generated undoubtedly a high environmental impact on the natural resources of our planet. Deficiencies in the provision of water for human consumption due to pollution from natural sources are expected. In response to this, the application of iron and aluminum coagulants are the first choice for wastewater treatment. However, the abundant use of aluminum is subject of discussion because of the potential impact on humans. Therefore, this article highlights the latest advances in the field of natural coagulation, an ancestral technology used for water decontamination. Its proven effectiveness is based on electrokinetic destabilization mechanisms that remove turbidity up to 99%. Experimental evidence a...
This study has been conducted to evaluate the removal of turbidity from tannery effluent by coagulan...
Water treatment by inorganic coagulants and synthetic polymers poses environmental challenges tied t...
Although the removal of colloidal particles continues to be an important reason for using coagulati...
Abstract Industrial and agricultural pollution has generated undoubtedly a high environmental impac...
This research, in view of the increasing pollution of drinking water and pressing concerns with a pr...
The study was conducted to examine the effectiveness of aluminum-based coagulant on textile wastewat...
Coagulation is a vital stage in treating contaminated water using coagulants that can be either synt...
This review addresses the various properties of natural coagulants, water, the chemical substance es...
Effluents of large variety of industries usually contain important quantities of dyes. The discharge...
Presence of aluminum residues in treated water has various health and environmental consequences suc...
Chemical coagulation is commonly used in raw water and wastewater treatment plants for the destabili...
Textile and tannery wastewaters contain highly toxic and organic biorefractory compounds and have ad...
The introduction of natural materials into the coagulation-flocculation process need to be practiced...
Water scarcity is a global problem, therefore the reuse and recycling of water is promoted in all se...
Natural waterways are contaminated due to industrialization, urbanization, population growth etc., d...
This study has been conducted to evaluate the removal of turbidity from tannery effluent by coagulan...
Water treatment by inorganic coagulants and synthetic polymers poses environmental challenges tied t...
Although the removal of colloidal particles continues to be an important reason for using coagulati...
Abstract Industrial and agricultural pollution has generated undoubtedly a high environmental impac...
This research, in view of the increasing pollution of drinking water and pressing concerns with a pr...
The study was conducted to examine the effectiveness of aluminum-based coagulant on textile wastewat...
Coagulation is a vital stage in treating contaminated water using coagulants that can be either synt...
This review addresses the various properties of natural coagulants, water, the chemical substance es...
Effluents of large variety of industries usually contain important quantities of dyes. The discharge...
Presence of aluminum residues in treated water has various health and environmental consequences suc...
Chemical coagulation is commonly used in raw water and wastewater treatment plants for the destabili...
Textile and tannery wastewaters contain highly toxic and organic biorefractory compounds and have ad...
The introduction of natural materials into the coagulation-flocculation process need to be practiced...
Water scarcity is a global problem, therefore the reuse and recycling of water is promoted in all se...
Natural waterways are contaminated due to industrialization, urbanization, population growth etc., d...
This study has been conducted to evaluate the removal of turbidity from tannery effluent by coagulan...
Water treatment by inorganic coagulants and synthetic polymers poses environmental challenges tied t...
Although the removal of colloidal particles continues to be an important reason for using coagulati...