International Day in Vladimir Region 2023

21.06.2023

Five countries, over 40 foreign guests, 90 negotiations, visits to 11 enterprises – these were the results of the “International Day in Vladimir Region,” which took place on July 20 as part of the implementation of the national project “International Cooperation and Export.” This unique event brought together private buyers, representatives of national Trade and Industry Chambers, industry unions, and associations.

Representatives from five countries in Africa and the Middle East attended the forum: the Arab Republic of Egypt, the Kingdom of Saudi Arabia, the Kingdom of Bahrain, the Republic of Iraq, and the United Arab Emirates.

As part of the International Day, a plenary session was held where future investors presented their positions on trade and economic cooperation with Arab and Muslim countries. They discussed issues related to product certification, new logistics routes, and the potential for opening Vladimir-based production facilities in their respective countries.

EMERALD ECOTECHNOLOGIES showcased unique developments in the field of electrochemical activation (ECA). The capabilities of environmentally friendly and energy-efficient water purification and disinfection technology, as well as chlorine and caustic soda production, generated genuine interest among participants.

EMERALD devices basing on nature-like and effective electrochemical activation (ECA) technology enable in:

  • EMERALD HOME devices to produce clean and healthy drinking antioxidant water enriched with hydrogen;
  • EMERALD TURBO devices to provide complex disinfection, treatment and conditioning of drinking water, wastewater, swimming pool water, seawater;
  • EMERALD STEL devices to produce environmentally friendly disinfecting sterilizing agent Anolyte ANK SUPER;
  • EMERALD AQUACHLOR devices to disinfect drinking water, wastewater, swimming pool water, sea water at any place and quantity;
  • EMERALD ECOCHLOR devices to synthesize chlorine and caustic soda solution on site by electrolysis of ordinary sodium chloride solution.

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