Emerald Ecotechnologies
develops and manufactures up-to-date electrochemical devices based on electrochemical activation technology (ECA). The R&D and manufacturing base of EMERALD ECOTECHNOLOGIES are located in Russia and in UAE.
Research and development activities of EMERALD ECOTECHNOLOGIES are conducted in partnership with the Vitold Bakhir Electrochemical Systems Institute, which is the world’s ultimate scientific center in the field of electrochemical activation.
Many years of experience and modern discoveries of our experts, as well as direct participation of V. M. Bakhir, Dr. of Science, Professor, allow to engineer EMERALD devices according to the best available practices in the field of electrochemical activation.
The majority of EMERALD devices are unrivalled throughout the world in terms of their technical features.
The majority of EMERALD devices are unrivalled throughout the world in terms of their technical features.
The main working tool of ECA technology is the flow-through electrochemical Bakhir Module (MB). In 30 years more than 2 500 000 pieces of original MB elements have been manufactured.
INFORMATION
That is why in MB elements we perform effective electrolysis not only of concentrated electrolyte solutions, but also of fresh and even distilled water
The unique design of the MB elements allows treatment of liquids and gases in double electric layer (DBL) with thickness less than 0.1 micron. The DBL is the nanospace near the electrode surface with a high-intensity electric field;
MB elements are protected by patents of RF 2350692, USA 8,961,750 and UK 2479286;
THE MAIN TYPES OF THE MANUFACTURED DEVICES ARE:
EMERALD HOME and TURBO
devices for water disinfection, purification and conditioning;
EMERALD PRO
devices for producing environmentally friendly disinfectant Anolyte ANK SUPER;
THE MAIN TYPES OF THE MANUFACTURED DEVICES ARE:
- obtaining environmentally friendly disinfecting and sterilizing solutions - anolytes, and cleaning solutions - catholytes, for disinfection, sterilization, pre-sterilization cleaning, washing;
- disinfection and sterilization of medical devices, as well as surfaces, cleaning equipment, utensils, etc;
- disinfection of rooms in the presence of patients;
- Disinfection of air by spraying;
- Disinfection of medical waste;
- sterile apyrogenic water;
- preservation and conservation of remains of the dead. In contrast to formaldehyde solutions, anolyte ANK does not damage the DNA structure, maintaining the possibility of subsequent genetic examination.
- Anolyte ANK as a local and external medication for the treatment of damaged and undamaged skin and mucous membranes in various diseases in surgery, therapy, physical therapy, dermatology, gynecology, urology, otolaryngology, etc. (treatment of burn lesions, purulent wounds, trophic ulcers in diabetes, infections of various etiologies, etc.);
- An antiseptic agent, e.g. for treating the hands of a surgeon;
- production and use of anolyte ANK in military-field conditions to provide the necessary amount of disinfectant solution to any settlement or people in an emergency by placing units of different capacity on mobile vehicles (in ambulances, military vehicles);
- water disinfection at drinking water supply stations;
- disinfection of domestic, industrial and agricultural wastewater;
- disinfection of sewage of medical institutions;
- water disinfection and treatment in swimming pools, baths, saunas and spas;
- disinfection of water reservoirs in case of emergency;
- disinfection of water in aquariums and terrariums;
- disinfection of water in circulating cooling water supply systems of enterprises of energy complex, chemical and metallurgical industries;
- disinfection of water in closed systems of technological water rotation of industrial enterprises, including food industry enterprises;
- disinfection of air with anolyte in the presence of people at waste water disinfection stations;
- disinfection of pipes, tanks and other containers of any volume for water supply and/or storage (including biofilm destruction)
- production and use of anolyte ANK in military field conditions;
- Providing any populated area with the necessary quantity of antimicrobial solution by placing STEL devices of various capacities on mobile vehicles - in ambulances and special military vehicles;
- creation of a reserve of disinfectants from anolyte ANK in the required quantity within a short period of time;
- decontamination of skin and clothing of servicemen;
- washing and bleaching of linen;
- disinfection of epidemiologically dangerous burial sites
- conservation and preservation of the remains of the dead. In contrast to formaldehyde solutions, neutral anolyte ANK does not damage the DNA structure, effectively stops proteolytic enzymes, while maintaining the possibility of subsequent genetic examination. It is used in the practice of forensic examination of the Defense Ministry since 2000;
- Disinfection of water in emergency conditions;
- Disinfection of air (by spraying);
- decontamination of vehicles;
- treatment and prevention of diseases: sanitation of wound surfaces of animals, watering of young animals (calves, piglets, chicks) in case of intestinal infectious diseases, as well as for their prevention, etc;
- disinfection of hatching eggs;
- sanitary treatment of animal skin, including udders of cows, etc.;
- application of anolyte ANK by spraying for disinfection of livestock facilities in the presence of animals and people;
- water treatment and disinfection during cultivation of sensitive fish fry and shrimps.
- disinfection of livestock buildings and other agricultural facilities in the presence of people and animals;
- treatment of plants (including in greenhouses) to combat viral and bacterial diseases;
- Irrigation water treatment;
- disinfection of seeds and seedlings before sowing and planting;
- treatment of finished agricultural products to increase their shelf life;
- application of anolyte ANK in beekeeping (treatment and prevention of diseases of bees, improvement of immunity and productivity of bees).;
- Improving the quality and increasing the shelf life of food products on shelves and in warehouses;
- processing of raw materials in food processing plants, such as beetroot processing plants, in order to disinfect them and increase their shelf life;
- disinfection of vegetable raw materials - salads, greens, vegetables, fruits and increase their shelf life;
- decontamination of fruit and berry raw materials and increasing their shelf life;
- decontamination of livestock and poultry carcasses in slaughterhouses and meat processing plants;
- disinfection of fish and seafood (with efficiency against all pathogenic microorganisms, including listeria);
- Anolyte application on fishing vessels to increase the shelf life of fish and seafood;
- decontamination of beet chips in the process of sucrose extraction;
- improving the quality of fish, meat and vegetable raw materials and increasing the shelf life of canned food;
- CIP-washing at all beverage production facilities in compliance with strict sanitary norms, improvement of washing and disinfection quality, decrease of toxicity and increase of environmental safety.
- disinfection of water in technological cycles of industrial enterprises;
- application of disinfected water in technological cycles in the production of pharmaceuticals;
- production of chlorine, hydrogen, oxygen, sodium hydroxide, peracetic, performic acids, sulfuric acid, hydrogen peroxide, ozone on site;
- extraction of precious metals from spent catalytic converters of car exhaust gases;
- leaching of uranium and transuranic elements from seams;
- flotation extraction of diamonds, gold and other minerals;
- increase in strength properties of ceramic products;
- increase in strength properties of concrete;
- washing and disinfection of wool, leather and fur raw materials;
- disinfection of transport (surfaces, walls, seats, floor, toilets, etc.)
- disinfection of bed linen, towels;
- disinfection of air conditioners;
- disinfection of water supply systems in the train;
- cisterns washing and disinfection;
- disinfection of water in tankers: isolated ballast, clean ballast in tanks;
- domestic and fecal waste water decontamination,
- disinfection of drinking water on ships.
- decontamination and cleaning of surfaces and floors in the presence of people;
- disinfection of toilets, sanitary and cleaning equipment;
- disinfection of water for domestic and drinking water supply;
- disinfection of sewage, including infectious disease hospitals, also including TB hospitals;
- disinfection of air (by spraying) in premises of any volume;
- laundering and disinfection of air conditioners;
- disinfection of ventilation passages;
- disinfection of vehicles;
- disinfection during liquidation of anthrax burial sites ( deadpiles);
- disinfection of garbage at landfills;
- treatment of entrances and staircases in residential buildings;
- disinfection of garbage, garbage chutes, garbage collection containers, garbage trucks;
- decontamination of playgrounds;
- disinfection of construction sites of new buildings and facilities on the sites of previously located dumps, filtration fields, etc..
OUR CERTIFICATES:
Petr Gnatyuk - Master of Economics MGIMO, Russian Federation. CEO at EMERALD ECOTECHNOLOGIES LLC and Vitold Bakhir - Prof. of Electrochemistry Dr. of Science Author of ECA technology. Scientific director of the Electrochemical Systems Institute.
Petr Gnatyuk - Master of Economics MGIMO, Russian Federation. CEO at EMERALD ECOTECHNOLOGIES LLC and Vitold Bakhir - Prof. of Electrochemistry Dr. of Science Author of ECA technology. Scientific director of the Electrochemical Systems Institute.
UAE, Hamriyah FreeZone, ELOB №E30, Office F23
+971 54 245 2134
info@emeraldeco.ae
Contacts
