Evaluation of the Efficiency of Bio-Polymers Derived from Desertic Plants as Flocculation Agents
Daza-Gamez, R.
Barajas-Solano, A.
Epalza-Contreras, M.
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How to Cite

Daza-Gamez R., Barajas-Solano A., Epalza-Contreras M., 2016, Evaluation of the Efficiency of Bio-Polymers Derived from Desertic Plants as Flocculation Agents, Chemical Engineering Transactions, 49, 361-366.
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Abstract

In the treatment of wastewater, flocculation is one of the most used processes, which aims to eliminate colloidal particles cannot be removed by other methods; Traditionally it has been used aluminum or iron salts and synthetic polymer, which generate little biodegradable sludge; moreover biopolymers, have coagulation and flocculation properties which can remove over 80-90% of solids contaminated; additionally, the use of natural polymers produce sludge increased biodegradability.
The present work analyzes the efficiency of a biopolimer based on 6 endemic plants (Opuntia dilleni, Stenocereus griseus, Cereus forbesii, Melocactus sp. Aloe arborescens and Aloe vera) found at the desertic indian reservation “Kululumana”.
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