ESCO International (EI) Industries

• Municipalities

• 

  Advanced oxidation water treatment for municipal wastewater plants

• 

  UV water treatment for municipal wastewater plants

• Water Utilities

• 

  Advanced oxidation water treatment for drinking water supplies

• Fisheries

• 

  Advanced oxidation water treatment for fisheries

• Fine Chemicals

• 

  Ozone water treatment for the chemical industry

• Pharmaceutical

• 

  Advanced oxidation water treatment for pharmaceutical industries

• Water Treatment

• 

  UV water treatment for industrial wastewater plants

• Laboratory Equipment

• 

  Nitrogen production

  It is used pure or in mixture for various industrial and hospital analyses and quality control

• Air Monitoring and Testing

• 

  Advanced oxidation water treatment solutions for vocs gases treatment sector

  Removal of VOCs gas  from Semiconductor facility, 800 m3/min of flowrate. Main chemical compounds: Aceton , IPA, PGME, PGMEA, DMSO, MEA. Performance: 90% reduction or < 5 ppm of THC. Removal of Mercaptan gas  from Petrochemical facility, 100 m3/min of flowrate. Main chemical compound: Ethyl mercaptan. Concentration 0.001-10 %. Performance: 90% reduction or less than 500 ppb.

• 

  Advanced oxidation water treatment solutions for toxic gases treatment sector

  Semiconductor and LCD Processes—12”FAB.

• Energy

• 

  Advanced oxidation water treatment for the power industry

• Manufacturing, Other

• 

  Ozone industrial water treatment for manufacturing plants

• Water and Wastewater

• 

  Advanced oxidation water treatment solutions for water reclaim sector

  UV, Ozone and  Advanced Oxidation Technologies are innovative approaches to safely disinfecting and destroying organic pollutants in water, industrial waste waters, ground waters and gas effluents. These processes do not simply transfer pollutants to other mediums. Unlike other disinfection and oxidation techniques, UV, Ozone and  advanced oxidation processes do not create toxic by-products. The ultimate end products of the advanced oxidation processes are carbon dioxide and water.