THERMODYNAMIC SUBSTANTIATION OF INTEGRAL MECHANISMS OF MICROBIAL INTERACTION WITH METALS | Zendy

Vira Hovorukha | Zendy; Olesia Havryliuk | Zendy; Hanna Tashyreva | Zendy; Oleksandr Tashyrev | Zendy; Iryna Sioma | Zendy

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THERMODYNAMIC SUBSTANTIATION OF INTEGRAL MECHANISMS OF MICROBIAL INTERACTION WITH METALS

Author(s) -

Vira Hovorukha,

Olesia Havryliuk,

Hanna Tashyreva,

Oleksandr Tashyrev,

Iryna Sioma

Publication year - 2018

Publication title -

ecological engineering and environment protection

Language(s) - English

Resource type - Journals

eISSN - 2367-8429

pISSN - 1311-8668

DOI - 10.32006/eeep.2018.2.5563

Subject(s) - microorganism , wastewater , heavy metals , biochemical engineering , chemistry , metal , work (physics) , environmental chemistry , thermodynamics , environmental science , environmental engineering , bacteria , biology , engineering , physics , genetics , organic chemistry

Despite the promising application of microorganisms for purification of metal-containing wastewater such biotechnologies have not been widely used since their empirical basis. Therefore, the aim of our work was to apply thermodynamic prognosis to determine the optimal pathway of microbial removal of toxic metals (CrO42-, Cu2+) and its experimental justification. There was theoretically substantiated on the base of thermodynamic prognosis and experimentally confirmed integration of microbial reduction of metals, and their precipitation by microorganisms. Developed approach is the methodological basis for fast and effective purification of metal-containing wastewater.

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