G.Agladze Electrochemistry and Electrometallurgy Laboratory
Head of Laboratory:
Gigla Tsurtsumia
Principle Researcher.
giglat@yahoo.com
Office: 216
Research ongoing in the lab:
Production of manganese containing (Mn–Zn, Mn–Cu, Mn–Zn–Cu, Mn–Co, Mn–Ni) corrosion resistive composite galvanic coatings and other alloy coatings having specific functional characteristics.
Theoretical analysis of electrolytic dissociation of biologically active weak organic acids and determination of their parameters by original equations.
Development of basis of electrochemical technologies of purification of waste and natural waters from toxic organic contaminants.
Development of new type fuel calls for simultaneous generation of electroenergy and „green reagent“ – hydrogen peroxide, creation of electrode materials with improved exploitation characteristics (resistance against treatment, passivation, increased real area, electrocatalytic activity) construction of compact electrolyzers.
Further development of thermal and phototransfer of charge theory (Dogonadze – Kuznetsov) in polar solvents and its exploitation on photo-synthesized systems and heme proteins.
Currently there are 14 workers in the lab: 2 principle researchers; 5 senior researchers; 6 researchers and one engineer.
Production of manganese containing (Mn–Zn, Mn–Cu, Mn–Zn–Cu, Mn–Co, Mn–Ni) corrosion resistive composite galvanic coatings and other alloy coatings having specific functional characteristics.
Theoretical analysis of electrolytic dissociation of biologically active weak organic acids and determination of their parameters by original equations.
Development of basis of electrochemical technologies of purification of waste and natural waters from toxic organic contaminants.
Development of new type fuel calls for simultaneous generation of electroenergy and „green reagent“ – hydrogen peroxide, creation of electrode materials with improved exploitation characteristics (resistance against treatment, passivation, increased real area, electrocatalytic activity) construction of compact electrolyzers.
Further development of thermal and phototransfer of charge theory (Dogonadze – Kuznetsov) in polar solvents and its exploitation on photo-synthesized systems and heme proteins.
Currently there are 14 workers in the lab: 2 principle researchers; 5 senior researchers; 6 researchers and one engineer.
