Provide multi-level or single process by analyzing characteristics of waste water and optimizing various unit processes as following.
1) Electric chemical decomposition system
2) AOP altitude waste water treatment
3) Active carbon regeneration system
4) Soil cleaning technology ― under research (Will be commercialized by 2004)

1) Major Core Technologies
- Material science
- Electrochemical reactor design
- Electric Pole Catalyst (Electro-Catalyst)
2) Characteristics of Kyungwon’s Electric Pole
- Durability and chemical safety, low current consumption, various effects, high preference level
- Low expense

1) Treatment Efficiency
- Can remove more than 90% of BOD, COD, SS, n-Hexane, heavy metals, T-N, T-P,
   Color and others
- Maximized waste water treatment amount for a unit time
- Existing physiochemical treatment, pretreatment for biophysical treatment and
   altitude treatment
2) Operation Management
- Greatly reduced chemical agent using amount compared to existing chemical
   treatment
- Amazingly reduced operation expense due to reduced sludge generation amount
- Non-specialist may operate it
3) Treatment Facility
- Since it is compact, it may be installed at narrow space and existing space.
- Fully automated system
4) Electric Pole Consumption
- Soluble Electric Pole ― 5 months ? Insoluble Electric Pole ― Longer than
   2 years
5) Chemical Agent Consumption and Sludge Generation Volume
- Within 20% of existing chemical agent using amount, 50% reduced sludge
   generation
6) Electric Power Usage
- Determined by sewage density

1) Electric Pole Load: 20A∼500A for electric pole 1m2
2) Materials Available for Treatment
- COD, BOD, TOC, SS, Surfactant, N-Hexane, Chromaticity, Cu, Zn, Pb
- Ni, Hg, Al, Cr, Benzene, Toluene, Xylene, Styrene, Nitrogen, Phosphorous and
   others
3) Electric Power Consumption
- 20 V × 20 A ∼ 500A/㎡ (1 Electric Pole)
- Soluble Electric Pole : Annually exchange 2 times
- Insoluble Electric Pole: Longer than 2 years
4) Achievement