Electrochemical laboratory

The main research directions

• Developing resource-saving environmentally friendly technologies of chemical galvanic processing of metals, alloys, plastic plating, including the use of:
• low-concentrated electrolytes;
• intense nonstationary current loads, hydrodynamic modes;
• combined local diagrams of technological solutions regeneration;
• ventilation emissions cleaning;
• recycling water consumption.


• Integrated electrochemical activation, carbon nanosized materials (CNM) modification which allows carrying out their purposeful functionalization, developing surface chemistry, selectively removing metal-catalysts impurities, optimizing electrocatalytic, hydrogen sorption, sedimentative, capacitive and other properties,greatly increasing efficiency of their use.
• Application of polyfunctional coatings including composite ones in the form of metals, alloys, conversion coatings as inorganic compounds, anodic-oxide metals and alloys processing.
• One of the principal directions is to form polyfunctional composite nanostructured coatings, containing nanosized carbon and other materials; to research electrolytes-suspensions properties.
• Developing a new generation of electrochemical supercapacitors, Li-ionic current power supplies.
• Developing film electrocatalytic low-wearing electrode materials for electrosynthesis, electrochemical purification of industrial wastes.