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Red Team “A way to sustainability”

Red Team “A way to sustainability”. August 2010 Incheon, South Korea. Introduction. “A process that encourages the development and management

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Red Team “A way to sustainability”

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  1. Red Team“A way to sustainability” August 2010 Incheon, South Korea

  2. Introduction “A process that encourages the development and management coordinated water, land and related resources to maximize the economic welfare and social results in a way fair, without compromising the sustainability of vital ecosystems” Contents : Team Presentation Study area Modelling Conlusion 2

  3. Team Study area Conclusion Modelling Presentation ● SupatchayaChuanpongpanich • ♦ Nationality: Thai • ♦ Major : Urban Management • ♦ Skills : Rainfallforecasting

  4. Team Study area Conclusion Modelling Presentation ● Shuyan Wang • ♦ Nationality: Chinese • ♦ Major: Environmental Engineering

  5. Team Study area Conclusion Modelling Presentation ● HyoSeon Park • ♦ Nationality: Korean • ♦ Major: Environmental & hydraulic • ♦ Skills : Water Service & Sewerage, Hydrology, Drinking water

  6. Team Study area Conclusion Modelling Presentation ● Geunho Yoon • ♦ Nationality: Korean • ♦ Major: Civil & Environment engineering • ♦ Skills : Water Service & Sewerage, Hydrology, Drinking water

  7. Team Study area Conclusion Modelling Presentation ● Jinyoung Lee • ♦ Nationality: Korean • ♦ Major: Civil & Environment engineering • ♦ Skills : Water Service & Sewerage, Hydrology, Drinking water

  8. Team Study area Conclusion Modelling Presentation ● Benjamin Rosse  • ♦ Nationality: German • ♦ Major: Environmental and Resource Management • ♦ Skills : Research, Team work

  9. Team Study area Conclusion Modelling Presentation • ♦ Nationality: British • ♦ Major: Civil Engineering, EuroAquaeHydroinformatic and Water • Mangment • ♦ Skills : programming, modelling, … ● Scott Thacker

  10. Team Study area Conclusion Modelling Presentation ● Pierre-Maxence DURUT • ♦ Nationality: French • ♦ Major: Hydraulics, water engineering • ♦ Skills : Hydrology, managment of urban and rural water

  11. Team Study area Conclusion Modelling Presentation ● Incheon Metropolitan • ♦ Korean port city located 50 km west of Seoul on the Yellow Sea • ♦ The urban area occupies an area of 964,5 km ², of which 21% occupied by rice fields and 44% by woodland. • ♦ Population : 2 700 000 hab. The third biggest city in Korea

  12. Team Study area Conclusion Modelling Presentation ● Someparameters • ♦ Total area: 34 km² • ♦ The study area was a sea and completed to reclamation in 1985 • ♦ Reclamation area used for industry & residence • ♦ Culvert slope is very mild • ♦ Damages: Flooding in 1997 to 2001 (except 2000) • ♦ Tatal 3,318 Houses and buildings were flooded in 2001

  13. Team Study area Conclusion Modelling Presentation ● Watershed • ♦ 4 main watershedwithcomplicated drainage network • ♦ A drainage network is linked with the sea directly • ♦ 3 more trunks are connected to reservoir

  14. Team Study area Conclusion Modelling Presentation ● Some important point to know • ♦ Drain systems : Pump & Gate • ♦ Tidal conditions • ♦ Reservoir water level • ♦ 3 difference catchments have same outlet • ♦ Slope, rapid(upstream), mild (downstream) • ♦ Flood reason • ♦ Drainage system(culverts) • ♦ Complicated surface and land use • ♦ Constructing of additional Drainage system

  15. Team Study area Conclusion Modelling Presentation • ♦ integrates hardware, software, and data for capturing, managing, analyzing, and displaying all forms of geographically referenced information. • ♦ allows us to view, understand, question, interpret, and visualize data in many ways that reveal relationships, patterns, and trends in the form of maps, reports, and charts. ● ArcGis ● Methodology • Download data from http://dds.cr.usgs.gov/srtm/  (select SRTM30, version2_1, the location is e100n40) • Make a new shape file of Korea location (cutting only Incheon area and export to Raster data) • Spatial analyst • Fill --> Flow direction --> Flow accumulation --> create watershed

  16. Team Study area Conclusion Modelling Presentation ● Mike • ♦ MIKE 11 and MIKE view for modeling watershed and river systems • ♦ MIKE URBAN can manage the data of sewerage, to model the wastewater collection and / or rain, to analyze the effects of urban flooding and to establish protections.

  17. Team Study area Conclusion Modelling Presentation ● Mouse • ♦ MIKE 11 and MIKE view for modeling watershed and river systems • ♦ MIKE URBAN can manage the data of sewerage, to model the wastewater collection and / or rain, to analyze the effects of urban flooding and to establish protections.

  18. Team Study area Conclusion Modelling Presentation ● Work plan • ♦ Neededsome informations : node, pipe, watershed, boundary condition, … • ♦ Modelling with Mike and mouse : run, simulation and check the result • ♦ and find solution !!!

  19. Team Study area Conclusion Modelling Presentation ● Work plan • ArCGIS • Supatchaya • and • Benjamin • Mouse • Jinyoung • and • Geunho • Mike • Shuyan, Scott • and • Pierre-Maxence

  20. Red Team“A way to sustainability” August 2010 Incheon, South Korea Thankyou for your attention !

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