Home > Company > Annexed Research Institute
 
 
  Name School Major Title
Director Park, Sung-sun University of Seoul Environmental Engineering Doctor
Researchers Lim, Seung-ju Konkuk University Environmental Engineering master
Gwan, Se-jin Kumoh National Institute of Technology Environmental Engineering master
Kim, Yu-mi Sangmyung University Environmental Engineering master
Choi, Chul-sun Sangji University Environmental Engineering master
Kim, Sun-hui Sangmyung University Environmental Engineering master
 
Next Generation Core Technology & innovation Development Project, Ministry of Environment
 ， Develop ecological passageway technology such as fishways in rivers
  - Research Period: Jun.1 ~ May. 3, 2001
  - Lead Research Institute: Rural Research institute, Korea Rural Community & Agriculture Corporation
  - Participating company: Shingang Hi-Tech Co, Ltd.
 
 ， Develop treatment system applicable for leaking characteristics of urban non-point source pollution
  - Research Period: Jun.1, 2004~ May. 31, 2006
  - Lead company: Shingang Hi-Tech Co, Ltd.
  - Commissioning Research institute: Hanbat National University
 
 ， Develop technology for Livestock manure Treatment and utilize them as resources using high-rates Bio Reactor (SAB)
  - Research Period: Apr.1, 2005~ Mar. 31, 2007
  - Lead company: Shingang Hi-Tech Co, Ltd.
  - Commissioning Research institute: University of Seoul, Yonsei University, Sunchon National University
 
Innovative Technology Development Project for SMEs
 ， Advanced treatment method of 2nd sewage from the sewage treatment plant through a waterweed island with? artificial roots
  - Research Period: Aug. 1, 2004~ Jul. 31, 2005
  - Lead company: Shingang Hi-Tech Co, Ltd.
  - Commissioning Research institute: Sangmyung University
 
New product development project for SMEs with guaranteed purchases
 ， Develop a Hydrodynamic Separator to reduce non-point source pollutants
  - Research Period: Nov. 1, 2005~ Oct. 31, 2006
  - Lead company: Shingang Hi-Tech Co, Ltd.
  - Commissioning Research institute: Hanbat National University
 
Research on rivers, ponds and lakes purification and ecosystem restoration
  - Next generation core project by Ministry of Environment, Environmental New
    Technology no. 111
  - Ice harbor-like Fishway in Overflow type and non-overflow type
  - All types of fish can use regardless of their swimming ability
  - Provide sufficient distances and depth needed for leaping
  - Flow duration in the fishway is consistent and there is no circulating flow.
  - Solve problems such as difficulty in precision construction, compressive
    strength
  - Minimize facility capacity to save construction costs
  - Able to respond to inflow water level and water quality changes
  - Prevent air space occlusion and bulking
  - Minimize sludge generation
  - Over SS 60~80% of treatment efficiency BOD
  - Ecosystem control and protect fish
  - Eliminate nutritive salts such as nitrogen and phosphorus
  - Water quality purification by bioconcrete
  - Make ecological park and/or natural study field
  - Artificial Introduction of natural purification method
  - Excellent effect on treating non-point source pollution
  - Excellent in eliminating nutritive salts such as nitrogen and phosphorus
  - Stable response to inflow water level and water quality changes
  - Economical building and operation costs
  - Make ecological park and/or natural study field
 
Research on Treatment of Non-point Source Pollutant
  - Next-generation Core Technology, Ministry of Environment
  - Developed in line with the characteristics of the domestic non-point source
    pollution
  - Able to respond flexibly to changes in water flow and concentration
  - highly-effective treatment rate
  - low water-height loss
  - A wide applicability of contact media
  - Long period of use of contact media
 
Research on high-concentration sewage treatment
  - Next-generation Core Technology, Ministry of Environment
  - Save the required site and construction costs
  - highly effective treatment rate and de-aeration efficiency
  - Low operation costs thanks to reduced power and automatic operation
  - Reduce noise as it does not require air blowers
  - Applicable field: livestock sewage, food sewage, high- concentration
    organic sewage, improvement of existing treatment facilities
 
Research on secondary water purification method in the sewer system
  - Next-generation Core Technology, Ministry of Environment
  - Save the required site and construction costs
  - highly effective treatment rate and de-aeration efficiency
  - Low operation costs thanks to reduced power and automatic operation
  - Reduce noise as it does not require air blowers
  - Applicable field: livestock sewage, food sewage, high- concentration
    organic sewage, improvement of existing treatment facilities
 
Research on Ocean restoration
  - Ocean environment improvement device through damaged seagrasses
    habitation
  - Able to reduce environmental disaster by red tide
  - Improve water quality around coastline by filtering nutrient salts and pollutants
  - Provide fish and shells with artificial reefs to live and spawn
  - Enhanced economic effect through securing fish resources
 
Research on Odor detection facility
  - A system the automatically monitors odors in a real-time basis
  - Measure complex odors only detected by human olfactory sense
  - Predict the direction of spread and strength of odor emission
  - Measure odor emission strength specified by Odor Prevention Act
 
Research on developing environmentally-friendly products
  - absorption and decomposition of toxic substances
  - Deodorant/ antibacterial/ moisture adjustment functions
  - lightweight, insulation, sound-absorption, sound shielding
  - Emit far-infrared anion