Qualification laboratory tests, scale of complexity

List of topics of qualification laboratory tests

• Study of technological processes of active chlorine compounds generation from sodium chloride aqueous solutions in the non-diaphragm and diaphragm electrochemical reactors; de termination of coefficient of sodium chloride decomposition, amount of active chlorine compounds generation according to specific power usage, determination of specific power usage.
• Determination of sodium chloride usage coefficient depending on the initial solution concentration and technological chart of the process of the active chlorine compounds synthesis in the FEM-3 elements.
• Study of technological processes of electrochemically activated solutions and water generation, determination of physicochemical properties and characteristics of the electrochemically activated solutions.
• Study and comparison of anolyte and catholyte properties and characteristics generated from the initial solutions of sodium chloride, sodium sulphate, sodium nitrate with different mineralization.
• Determination of principal parameters of technical electrochemical systems designed for use of aqueous solutions of sodium chloride, comparative technical and economic analysis of various electrochemical systems.
• Anolyte, catholyte and electrolysis gas analysis generated in the process of electrochemical decomposition of sodium chloride solutions with different concentration, comparison of the results with the design data.
• Study of devices and methods of electrochemically activated water and solutions control.
• Study of the process of electrophoretic separation of ions in sweet water during it's convection flow through the FEM-3 element; study of electrochemically activated anolyte and catholyte characteristics as well as anolyte and catholyte characteristics after the relaxation time end.
• Study of the process of electrophoretic separation of ions in sweet water during it's pressure forward and return flow through hydraulically sequent electrochemical reactors containing FEM-3 elements.
• Study of the processes of non-contact electrochemical activation of water, determination of characteristics of non-contact electrochemically activated sweet and distilled water.
• Study of the process of ion-selective electrolysis with diaphragm ( AQUACHLOR ), determination of characteristics of sodium chloride solution decomposition: specific power usage, specific salt usage.
• Study of electrochemical technologies of water hardness reduction; determination of specific electrochemical characteristics of water hardness reduction process.
• Study of electrochemical technologies of sucrose solution inversion into the glucose- fructose syrup.
• Study of electrochemical technology of reagentless milk acidity and cooking oil acidity correction.
• Study of the electrochemical technologies of peroxocarbonate solutions generation from carbonate and sodium hydrogen carbonate solutions.
• Study of the processes of cathode sediment formation in the electrochemical reactors, study of methods of cathode sediment prevention, methods of its' removal.
• Study of electrochemical technologies of peracetic acid generation from acetic acid and ethyl alcohol solutions.
• Study of electrochemical technologies of firm water-oil emulsions generation.
• Study of electrochemical technologies of generation of mixture of nitrogen and phosphate fertilizers in the water of plants irrigation (?).
• Study of properties and characteristics of electrochemically activated anolyte and catholyte generated from distilled water.
• Study of technological processes of reduction of sulfuric acid lead accumulator.

Qualification status of a company working in the field of electrochemical systems and technologies is determined according to the complexity scale of the tasks that the company's specialists may solve independently implementing commercial projects.

Scale of complexity of the processes using ECA technique and technology

Category of complexity / Technology name

0-1 / Synthesis of electrochemically activated sterilizing, washing and disinfectant solutions of A, K, AN, ANK type with mineralization of 2.5-5 g/l and technologies of its' practical application (treatment of equipment, instruments, dwellings, hospital linen, drinking water disinfection, water disinfection in swimming pools , wastewater treatment, disinfection and washing in poultry, stock-raising, forage production, including ensilaging fodder.

1-2 / Synthesis of electrochemically activated sterilizing, washing and disinfectant solutions of AN, ANK , KN type with mineralization of 1.0 – 2.5 g/l , and technologies of its' practical application.

2-3 / Synthesis of electrochemically activated sterilizing, washing and disinfectant solutions of AN, ANK type with mineralization of not less than 1.0 g/l and technologies of its' practical application. Technology of potable water disinfection with no increase of its mineralization (without introduction of electrochemically activated bio cyde solutions with a higher degree of mineralization), synthesis of electrochemically activated sterilizing solutions, the basic biocyde agents in which are peracetic acid, peroxocarbonates of alkaline metals.

3-4 / Technology of removing heavy metals ions, herbicides, pesticides, detergents, phenols, trigalomethanes from potable water, technology of gunpowder production, technology of polishing laser monocrystallic silicon mirrors.

4-5 / Technology of removing suspension particles, petroleum derivatives, resinous and humus substances from water; technology of papermaking; technology of ceramic goods, glass, crystal-glass manufacture; technologies of cement and concrete solution preparation, industrial technologies of chlorine, chlorine dioxide, sodium hydroxide, oxygen, hydrogen, hydrochloric acid generation.

5-6 / Technology of hardness removal and desalination of potable water, technologies of effectiveness increase of water desalination by way of ion exchange, reverse osmosis; technology of sensitivity enhancement of X-ray film; intensification of the processes of synthetic rubber production; floatation method of gold and diamonds extraction; processes of underground uranium laxiviation.

6-7 / Technology of hemosorbent sterilization for multiple sclerosis treatment, technology of generation and application of solutions for contact lenses sterilization, technology of intensification of hydrocarbon raw material pyrolysis, technology of chemical metallization of dielectrics in the process of printed circuit board production, technology of microelectronics appliance production, technology of electrochemical generation of cold.

7-8 / Technology of synthesis and application of nitrogenous fertilizers from air and water, technology of non-contact regulation of pH and ORP of infusion medicinal solutions (INFUSTAT process), technology of cod-liver oil, cooking fat, vegetable oil conditioning.

8-9 / Technology of pH and ORP regulation of dialysis solution in the hemodialysis process, technologies of air regeneration in closed spaces (space crafts, submarines), technology of cotton defoliation, technology of sterile apyrogenic water generation.

9-10 / Technology of biocyde lacquer coating production, technology of production and application of biocide environmentally friendly solutions for hothouse whitefly, root knot nematode, other agricultural pests and diseases control; technology of lignin utilization with benzol generation.