국립부경대학교 | ENVIRONMENTAL AND MARINE SCIENCES AND TECHNOLOGY

(Division of Earth and Environmental System Sciences)Major of Environmental Engineering


  • Major of Environmental Engineering Homepage

  • Object of Education

    As Korea's first environmental engineering program in 1975. the department focuses on many parts of the environmental issues such as the influences of environmental pollution on ecosystems, the analysis and monitoring of pollutants, the process development in drinking water, waste water, and sewage treatment, the restoration of marine. sediment, groundwater, and soil environment, the management of wastes and harmful materials, the development of recycle and clean producing process, and water resources management in rivers and reservoirs.



    Research Area

  • Clean Water Lab (Prof. Lim-Seok Kang)
  • Compound analysis of raw water and tap water

    Coagulants synthesis and associated technique development and application

    Membrane filtration





  • Hazardous Pollutants Control Lab (Prof. Il Kyu Kim)
  • Advanced oxidation processes (AOPs)

    Control of hazardous contaminants

    Treatment and analysis of persistent organic pollutants (POPs)







  • Watershed Environmental Research Lab (Prof. Sangdan Kim)
  • Mathematical and statistical modeling of ecohydrologic interaction in soil-water-atmosphere-plant system

    Modeling of river water quality and urban storm water

    Chaos, Fractal, Fractional calculus, Nonlinear Dynamics, Stochastic Partial Differential Equation



    (Characteristic analysis for BMPs determination in Oncheon river)  

     



  • Water Analyses and Eco-Materials Lab (Prof. Tae Yoon Lee)
  • Control and remediation of contaminated sediments

    Treatment of organic and inorganic water pollutants

    Measurement and control of green house gas






  • Measurement and control of air pollutants Lab
  • Treatment of air pollutants and green house gases using electron beam, plasma, and advanced materials Total solution for environment through measurement and analysis of indoor and outdoor air quality


    Figure 1: Treatment of air pollutants & green house gas using advanced oxidation processes

    Figure 2: Measurement of air pollutants & development of analytic methods

    Figure 3: Total solution for environment through indoor air quality measurement and analysis






  • Remote Sensing of Atmospheric Environment and Air Quality Modeling Lab
  • 3-D distribution of air pollution particles using remote sensing technology (satellite, lidar, line photometer) Development of modeling technology based on observation data and data assimilation to improve air quality forecasting accuracy


    Aerosol measurement using LIDAR system

    Measurement of fine dust distribution using satellite

    Identification of fine particle movement through modeling






  • Environmental Bioprocess Engineering Lab (Prof. Joonyeob Lee)
  • Anaerobic digestion process

    Biological wastewater treatment process

    Environmental bioprocess






    Career

  • Certification
  • Environmental engineer 1st grade (Water Pollution, Air Pollution, Noise and Vibration, Wastes Treatment), Engineer Industrial Hygiene Management , Engineer in Nature Environment and Ecological Restoration, Engineer Civil Engineering, etc.



  • After Graduation
  • Construction company, Design company, Relevant to Environmental Consulting Company, Facility of Prevention Pollutant Industries, Special Industry of Heavy Chemical, Government and Local official, Public Corporation and R&D Office, International Environmental Organizations