Technology Overview

The company securing the best performance with innovative technology

Low Temperature Plasma Deodorizer

This is a composite reaction technology that mixes plasma ion (active oxygen/radical) and stinking gas after changing active oxygen into radical hydroxide in a low temperature plasma reactor and then decomposes it in a porous material.


Distinction Structure part Function
Deodorizer Corona Discharge Part Leading a plasma phenomenon through high voltage (corona) discharge
Leading oxidation and decomposition of stinking gas by generating active ions
Catalyst Part Improving stinking gas deodorization efficiency by activating an oxidation reaction through a catalyst


  • Ion oxidation technology through corona discharge and active ions
  • Deodorization reaction activating technology using a catalyst
  • Efficient for compound odor
  • Strong against load changes
  • Low generation of secondary pollutants and eco-friendly
  • Economic due to low maintenance expenses


  • Sewage and wastewater treatment plant
  • Livestock excreta treatment plant

Comparison of treatment efficiency by process

Comparison Item Corona Ion Catalyst Adsorption Type Medical Fluid Washing Type
Process Overview Oxidating bad smells using corona discharge, plasma ion and catalysts Filtering bad smells using adsorption ability of activated carbon Chemical reaction by an aqueous solution including water, acid and alkali
Advantage Effective for compound odor
Strong against load changes
Low generation of secondary pollutants
Easy to construct
Affordable price
Simple system
Effective for substances with high reaction with a medical fluid
Disadvantage Pre-process system required when excessive moisture is generated Frequent replacement
Secondary pollution by bleaching
Difficult to maintain
A lot of chemical wastewater generated
Serious corrosion of a system
Applicability Can be applied to remove various bad smells besides places with compound odor Applicable to low concentration bad smells Applicable to particular places besides
places with compound odor
System expense Moderate Low Moderate
Maintenance expense Low High High


Busan W. Office 80CMM
Tancheon Total Phosphorus Treatment System 120CMM, 10CMM
Busan Suyoung Sewage Treatment System 400CMM

Ammonia Stripping Tower

This is a technology that separates ammonia from water through contact with air after changing ammonium ion in water into ammonia through pH control. This is the level that can treat high concentration ammonia biologically for wastewater that cannot be treated using the previous biological denitrification process. It is a technology that makes biological treatment done efficiently and stably by adjusting the C/N ratio to a suitable level by removing nitrogen in wastewater.


  • Ammonia Stripping Tank: It is installed to treat leachate generated in a landfill to the level satisfying the legal standard for water quality allowance at a connected treatment plant by water-treating NH3-N in water by blowing into the air using an ammonia stripping process.
  • Ammonia Stripping Tower: It transforms ammonia into a gas by circulating a lot of air to nitrogen in wastewater through an ammonia stripping fan.
  • Ammonia Stripping Tower (Absorption Tower): It transforms ammonia gas ingredients in wastewater to harmless, odorless ingredients through wet cleaning including an absorbent.

Purified gas is discharged as a harmless, odorless ingredient as gas and liquid are separated when the staying time of an aquatic plant passes. The purified liquid is discharged into a flux control tank and enables connected treatment to the next biological treatment process.


  • Degasification and integrated system to remove ammonia and nitrogen
  • Strong against early ammonia load changes
  • High nitrogen removal efficiency
  • Advantageous to high pH
  • Low system investment expenses and easy to maintain
  • Not affected by the salinity of influent


  • Leachate treatment system
  • Wastewater containing high concentration nitrogen