Integrated Water Resource Management (Iwrm)

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Preparadness:
Activation of the stand-by system in pre-alert/alert with the remote sensors wireless communication of floating buoys that data captures the water elevation in real time and convey early warning signal to a local water station linked to the drone base sheltering a warehouse with 2 oz Pocket water Purifiers.
2-Activation and intervention
Following the alert. take off drones flying over the flood plains drops water purifers like -a marshall plan- to the people at risk of drinking contaminated water
3-Assessment and lessons.
Variation and uncertainty management along the PLC (Product life cycle)
A drone could be replaced by the rider of a bike with a mobile phone or a speed boat. When the weather is fine any microlight could do it. Drones have been tested to flight in hurricanes (can be used in the weather forecast or in the flood relief to facilitate the delivery of drinking water at peaks of the aftermath when people can refrain to drink contaminated water -at least 72 hours-

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Integrated Water Resource Management (Iwrm)

  1. 1. INTERNATIONAL FLOOD MANAGEMENT (PROJECT TITLE: WATER AERO EMERGENCY RELIEF WAER) IDEA: DATABASE  INVESTMENT + BENEFITS IFM HELPDESK (WMO and Workshop 8 on subsidies, SIWI 2009)
  2. 2. ISSUES
  3. 3. SUSTAINABLE DEVELOPMENT GS RADJOU MANAGEMENT OF OUR PRESENT RESOURCES IN ORDER TO PRESERVE THEM FOR FUTURE GENERATIONS BRUNDTLAND COMMISSION ASSUMPTION 1 GLOBAL WARMING SOIL IS NOT A RENEWABLE ENERGY RESOURCES ARE LIMITED SUSTAINABLE DEVELOPMENT
  4. 4. EARTH ENERGY BALANCE <ul><li>CHART </li></ul>GS RADJOU EARTH CO2+H2O SUN RADIATIONS ATMOSPHERE IR UV O3 OUTER SPACE ASSUMPTION
  5. 5. GS RADJOU Source: internet, WHO Latin America
  6. 8. <ul><li>DIRTY WATER AND POLLUTION </li></ul><ul><li>Increase death tolls during the flood disasters </li></ul><ul><li>Because of the water poisoning and the malaria </li></ul>ASSUMPTION
  7. 10. SOLUTIONS
  8. 11. WAER PROJECT <ul><li>SIAMESE PROJECT </li></ul><ul><li>COUPLING OR </li></ul><ul><li>DECOUPLING </li></ul><ul><li>BETWEEN WATER TRUCKING AND </li></ul><ul><li>POCKET WATER PURIFIERS DROPPED FROM AIRCRAFTS </li></ul><ul><li>(IDEALLY IT WOULD BE BETTER THAT PEOPLE ACQUIRES THESE WATER PURIFIERS THROUGH THEIR LOCAL SURVIVAL STORES OR ORDER FROM CATALOGUES OR E-COMMERCE. </li></ul><ul><li>THESE POCKET ITEMS COULD BE DELIVERED IN A COUPLE OF DAYS LATER ON VIA THE PARCEL DELIVERY OF THE POST OFFICE OR UPS DELIVERY SERVICE LINKING THE WORLD) </li></ul>GS RADJOU
  9. 12. PROJECT MANAGEMENT CONCEPTUAL LEVEL <ul><li>DIVERSITY SYSTEM </li></ul><ul><li>INTEGRATION </li></ul>SURGE WATER AREA RISK AREA NO RISK AREA NO RISK AREA NO RISK AREA FLOOD FLOOD WATER TRUCKING W.A.E.R. WAR Landslides X X X Yes X No X GS RADJOU DIFFICULT TO PREDICT AND PLANNING ZONE AREA PROJECT SYSTEMS Work of WMO FRAMEWORK OF H A Z A R D O U S E V E N T S
  10. 14. GS RADJOU 1 OZ WATER PURIFIER SURVIVAL STRAW ($10 ) ASSUMPTION THE ITEM
  11. 15. PHOTO INTERNET/ ANALOGY WITH A DRONE TO DROP POCKET WATER PURIFIERS TO FLOODED AREAS TO PEOPLE AT RISK. GS RADJOU Drone box to put water purifiers
  12. 16. THE BASIC OF PRODUCTION <ul><li>NON -STOP FLIGHTS </li></ul>WAREHOUSE WATER PURIFIER DROP AREA WATER PURIFIER CARRIER FLIGHT PATH STOP OVER THE AIRCRAFT CARRIER TO REFILL WITH WATER PURIFIERS GS RADJOU ASSUMPTION Flood zone Land, sea or mobile Bases to assemble The water purifiers and The light aircrafts For instance: -a drone -an helicopter -ULM -other flying objects
  13. 17. DISASTER DATABASE <ul><li>THE CREATION OR THE USE OF EXISTING DATABASE SHOULD HELP DEVELOP THE DISASTER SERVICE </li></ul>U.N. DISASTER DATABASE W.M.O (GWP) DATABASE WAER DATABASE CORPORATE DATABASE GS RADJOU
  14. 18. Database  INVESTMENT + Benefits <ul><li>THE WORK DONE IS AT RIVER BASIN UNIT </li></ul>Research Vessel Data buoys/poles installed where the probability of flood is a reccurring concern RIVER BASIN DELTA Water Institute Data links (wireless communication) Mapping and Pocket Water purifier aircraft Main water stream Tributaries Sea Single Project THE FLOOD UNIT GS RADJOU
  15. 19. The IWRM project <ul><li>Collects will be also useful for shaping policy of course  … without benefit for the industry, any organizations would scarcily be able to initiate on a program as ambitious as this one. </li></ul>GS RADJOU
  16. 20. WATER PURIFIER FINANCING PROGRAMS <ul><li>3 Ts RULE </li></ul>TERTIARY SECONDARY Restart A project initiative GAUGING RIGHT! The smart buoy The smart pole Man Made Measures Mobile Phone Pictures THE INDUSTRIES IMPORTANCE OF WATER IN ALL INDUSTRIES PRIMARY WMO ORGANIZATION WEATHER FORECAST PROJECT MANAGEMENT OPERATION MANAGEMENT FLOOD (Data Captures) UN WATER AND UN HABITAT GS RADJOU
  17. 21. PROJECT GOALS <ul><ul><li>The poverty reduction and the sustainability </li></ul></ul><ul><ul><li>(Initial Plan WAER 2008) </li></ul></ul><ul><li>Comparing intensive agriculture systems managed for future generations (including the poverty cycle where it is not willing) and the multi-functionality in agri-ecosystem much more decentralized units of production (where ist iwilling), if implemented, WAER would be at river basin levels) because waters and soils are not renewable energies </li></ul>GS RADJOU
  18. 22. PROJECT GOALS <ul><li>(Final Plan 2009) </li></ul><ul><li>Different management approaches for dealing with the uncertainty in an information era and the controlability of outcomes. The WAER strategy adaptations are: </li></ul>Adaptation management Scenario planning Maximum sustainability Yield Hedging High Low Controlability Uncontrolability Poto-folio Management Flood adaptation Strategies GS RADJOU
  19. 23. THE FLOOD ORGANISATION A CONSTELLATION VALUE CHAIN GS RADJOU
  20. 24. WATER PURIFIER STRAW WATER PURIFIER STRAW SCAFFOLDING HOUSES WATER MACHINE AERATOR WATER PUMPING PIPELINING PORTO FOLIO MANAGEMENT GS RADJOU
  21. 25. GS RADJOU PROJECT PLANNING Projects S1 S2 S3 S4 S5 S6 S7 S8 S9 WAER X X X             WATER TRUCKING     X   X X       PLANTING TREES               X X PIPELINING                  
  22. 26. WATER ELEVATION MEASURES <ul><li>RULES FOR MEASURING THE WATER LEVEL OR HIGHEST ELEVATION IS MANUAL OR TECHNIC </li></ul>X REFERING TO SEA WATER E = Emax - E = E min Nx (0<x<1) SEA LEVEL POND WATER LEVEL GS RADJOU E.R.S.T.
  23. 27. WATER SUSTAINABILITY GS RADJOU PLANTING TREES WATER PUMPING (UP AND DOWN) AQUEDUC PIPELINING OTHER WATER TECHNOLOGIES NUCLEAR POWER PLANTS AND DAMS ANIMAL ENGINEERING
  24. 28. THANK YOU
  25. 29. References <ul><li>Partial development of the project can be compared with « The SmartBay Galway, The Maritime Institute, Ireland National Agency is working with IBM on the project », concerning data captures with floating buoys </li></ul><ul><li>Multinational inspired: </li></ul><ul><li>1) Aero Inflight Retail for the Inventory Management System, </li></ul><ul><li>2) World Co, fashion apparatel producing on forecast (order and supplies) and lean production (no waste) </li></ul><ul><li>3) The Rand project of the US AirForce access to bases </li></ul><ul><li>4) Stockholm Water International Institute (SIWI) </li></ul>GS RADJOU

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