Waer through the lens of the ifm help desk and the investment

49
INTERNATIONAL INTERNATIONAL FLOOD MANAGEMENT FLOOD MANAGEMENT (PROJECT TITLE: WATER AERO EMERGENCY (PROJECT TITLE: WATER AERO EMERGENCY RELIEF WAER) RELIEF WAER) IDEA : FLOOD INVESTMENT + BENEFITS Integrated Flood Management Integrated Flood Management WHO IFM HelpDesk and WHO IFM HelpDesk and Water subsidies in SIWI Water subsidies in SIWI 2009 2009 GS RADJOU

description

Integrated Flood Management and Water subsidies

Transcript of Waer through the lens of the ifm help desk and the investment

Page 1: Waer through the lens of the ifm help desk and the investment

INTERNATIONAL INTERNATIONAL FLOOD MANAGEMENTFLOOD MANAGEMENT

(PROJECT TITLE: WATER AERO (PROJECT TITLE: WATER AERO EMERGENCY RELIEF WAER)EMERGENCY RELIEF WAER)

IDEA : FLOOD INVESTMENT + BENEFITS

Integrated Flood ManagementIntegrated Flood Management

WHO IFM HelpDesk andWHO IFM HelpDesk and

Water subsidies in SIWI 2009Water subsidies in SIWI 2009

GS RADJOU

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GS RADJOU

(INTERNET DOWNLOAD)

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THE NWS AND PRIVATE PARTNERSHIP POLICYTHE NWS AND PRIVATE PARTNERSHIP POLICYCASE OF MARYLAND STATECASE OF MARYLAND STATE

• THE LOCAL CHAIN OF INFORMATION

EVENT ORGANISERS

EMERGENCYMANAGERS

Special eventNWS

NOAA

DIRECTSUPPORTS

OTHERORGANISATIONS

PUBLIC

PRIVATE(MARYLAND)

GENERAL

PU

BLI

C

Legend

Information AssessmentAnd decision

Local Threatening disaster event

Data captureAnd transmission

DirectorEmergency

ManagerMeteorologistHydrologists

RegionalCenter

Implementation

GS RADJOU (From my own research)

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NOAANOAA

• US DEPT OF COMMERCE

• NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION

• GUIDELINE FOR SUPPORT OF SPECIAL EVENTS

• REF. WSOM Chapter A-06 Policy and Guidelines Governing NWS and Private Sector Roles

GS RADJOU

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RESCUERS

RIVER

SETTLEMENT

FLOOD => DISASTER

DEFINITION CLOUDS

GS RADJOUPHOTO : INTERNET

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LAKE BIWA (Simulation)LAKE BIWA (Simulation)(JAPAN)(JAPAN)

THE 3 STRUCTURES OF THE IWRMTHE 3 STRUCTURES OF THE IWRMDROUGHT DROUGHT IWRM IWRM FLOOD FLOOD(IWRM between drought and Flood)(IWRM between drought and Flood)

Flooding is good, (but flooding can turn bad).Flooding is good, (but flooding can turn bad).

-The lake water (supply of fresh water, leasures and direct or The lake water (supply of fresh water, leasures and direct or indirect economical activities.indirect economical activities.- The flood plain with the economical activities like rice field, The flood plain with the economical activities like rice field, -People villages, cities and urbanismPeople villages, cities and urbanism

GS RADJOU

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FLOOD SETTINGSFLOOD SETTINGS• CAUSES OF FLOOD:

Some issues encountered to explain the flood disaster SOIL WATER INFILTRATION IMPERVIOUS SURFACES (URBANISMS) CITIES SLOW TO CHANGE LACK OF ADAPTATION STRATEGY (WATER SCAPE) FLOOD ARE ECONOMIC ZONES DIFFICULTIES TO FORECAST AGING WASTE TREATMENT CUTTING TREES POPULATION GROWTH DISASTERS INADEQUATE (LACK) OF MITIGATIONS GLOBAL WARMING AND CLIMATE CHANGE HOW DO YOU DEFINE THE ENVIRONMENT LACK OF NEW THINKING SLOW SPEED IN IMPLEMENTING SCIENCE (OR SLOW SCIENCE DISCOVERIES) REGULATIONS TRADE …. MY SELECTION IS: FLOOD FORECASTING, PLANTING TREES, WATER SCAPES,

DISASTER, NEW THINKING TO FIND VALUABLE SOLVING TO THESE ABOVE ISSUES.

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PHOTO: INTERNETGS RADJOU

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WATER QUANTITYWATER QUANTITY• WATER ON EARTH

• Earth water: 1.4 billion km³

• Evapotranspiration: 0.5 million km³ (water vapour annually in clouds)

• Run-off and underground: 40.10³ (in water streams) Evapotranspiration: 111.10³ km³

• (Source :YANN ARTHUS)

• FLOOD LINKED WITH SOIL WATER INFILTRATION

GS RADJOU

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FLOOD => INFILTRATION ISSUE

PHOTO: SIWI

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PEOPLE NEEDS (DEMAND)PEOPLE NEEDS (DEMAND)SELF

ACTUALISTION

ESTEEM AND RECOGNITION

SOCIALISATION

SAFETY AND SECURITY

PHYSCHOLOGY

GS RADJOU

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PROJECT GOALS (2009)PROJECT GOALS (2009)• (Final Plan 2009)• Different management approaches for dealing

with the uncertainty in an information era and the controlability of outcomes. The WAER strategy adaptations are:

Adaptation management Scenario planning

Maximum sustainability Yield Hedging

High

Low

Controlability UncontrolabilityFlood adaptationStrategies

GS RADJOU

Poto-folio Management

FLOOD POLICY

SPATE ENGINNEERING: ALL WEATHER WORKS

SUPPLIES

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SELECTED ISSUESSELECTED ISSUES

• FLOOD IMPACTS (LIVELYHOOD, DISEASES)

• SUPPLY OF FRESH WATER DURING THE FLOOD PREDICTED ARRIVAL TIME

GS RADJOU

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Project Manage

ment

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WEAR PROJECTWEAR PROJECT

• TITLE:• WATER NEEDS IN TOWNS AND FIELDS IN

DISASTER ZONES ( NATURAL OR MAN MADE)• MAIN GOALS.• + REDUCE RAISING DEATHTOLL• +PROVIDE FRESH WATER• SOLVING (POSSIBLE ANSWERS)

• => SINGLE PROJECT: WATER PURIFIERS DROPPED FROM AIRCRAFTS

• => PORTOFOLIO PROJECT MANAGEMENT• MAKING WATER RECIRCULATING IN PONDS AND

IMPROVING WATER INFILTRATIONS

GS RADJOU

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PROJECT PROJECT INVESTMENT + BENEFITS INVESTMENT + BENEFITS

• THE WORK DONE IS AT RIVER BASIN UNIT

Research Vessel

Data buoys / poles installed where the probability of flood is a reccurring concern

( electronic or manual gaugin/linked with the forecasts) RIVER BASIN

DELTA

WaterInstitute

Data links(wireless communication)

Mapping and PocketWater purifier aircraft

Main water streamTributaries

Sea

Single Project

THE FLOODUNIT

GS RADJOUANATOMY OF THE COMPLEX TECHNOLOGY UNIT

Aircraft

TECHNICAL FLOOD MEASURESWORK TO BE DONE

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SINGLE PROJECT: MITIGATIONSINGLE PROJECT: MITIGATION

• GOALS• PRIMARILY AS AN ALTERNATIVE TO TRADITIONAL

WATER SUPPLY DURING FLOOD SEASON (DECOUPLING PHASE)

• A RAPID RESPONSE UNIT• WATER SURVIVAL STRAW AIR DROP• SAVE LIVES, REDUCE DISEASES• COMPLEMENT TRADITIONAL WATER TRUCKING

SERVICE WHEN DISABLED • THEN AS A COMPETITOR (MORE THAN ONE

ALTERNATIVE) TO SUPPLY WATER DURING A WATER HAZARD

GS RADJOU

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PROJECT MANAGEMENT CONCEPTUAL PROJECT MANAGEMENT CONCEPTUAL LEVELLEVEL

DIVERSITY SYSTEM

INTEGRATION

SURGE WATER

TIME

RISK AREANO RISK AREANO RISK AREA RISK/NO RISK AREA

FLOOD FLOOD

WATER TRUCKING

W.A.E.R.

WAR

Landslides

X X X

Yes

X No

X

GS RADJOU

DIFFICULT TO PREDICTAND PLANNING ZONE AREA

PR

OJE

CT

S

YS

TE

MS

Work of W.M.O.

FRAMEWORK OF H A Z A R D O U S E V E N T S

Shunt or By-passTo avoid the congestion Enable

Disable

RISK/NO RISK AREA

Adaptation Strategy Areas

Mitigation+Adaptation

Mitigation ZonesCompetitors-More than one alternatives

WHY?Water supplydisruptions

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GS RADJOU

1 OZ WATER PURIFIER SURVIVAL STRAW ($10)

ASSUMPTION

THE ITEM

FLOOD MEASURES

PEOPLE NEEDS

P.B.S.

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PHOTO INTERNET/ ANALOGY WITH A DRONE AIRCRAFT TO DROP POCKET WATER PURIFIERS AT FLOODED AREA LEVELS TO PEOPLE AT RISK OF DRINKING UNFIT WATERS.GS RADJOU

Drone box to put water purifiers

ONE WAY TO DELIVER THEM

WHAT

My Offer

2 Oz Pocket PurifiersDropped from An Aircrafts

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Single projectSingle project(Prototyping and Implementing)(Prototyping and Implementing)

Basic of Production

(WBS)

FIND A FLOOD

FIND AN

ASSEMBLYPOINT

ASSEMBLETHE

PURIFIERSIN THE

AIRCRAFTS

DROP THE WATER

PURIFIERS

ASSEMBLY¨POINTS

(WAREHOUSES)

DROPZONES

(FLOODEDREGIONS)

AIRCRAFTSNON-STOPFLIGHTS

Basic Flowchart GS RADJOU

GS RADJOU

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FINANCEFINANCE

• WATER PURIFIER PRICE: $10• DRONE: $30• OF COURSE WITH THIS NUMBER IS MULTIPLY BY

THE NUMBER OF PEOPLE (N) AT RISK OF FLOOD (WATER SUPPLY CUT FOR 72 HOURS)

• TOTAL PRICE (TP):• $10 x N = $10N• IF N =1000 => TP = $10 000• TF IS THE TOTAL COST OF THE SALVATION ARMY

(WAER AS A FLOOD FIGHTER FUNCTION SIMILAR TO THE FIRE BRIGADE-WITH THE ASSUMPTION THAT THE PORTOFOLIO MANAGEMENT WAS OR IS BEING IMPLEMENTED OR PEOPLE ARE NOT DROWNING)

GS RADJOU

Gs radjou

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FULL PROJECT MANDATEFULL PROJECT MANDATE

• EASY BASE

• 2 billion people without proper hygiene and sanitation

• 1 billion without safe water

• (Management reserve ¼, to cover risk)

• COST ESTIMATION /YEAR

• $4 billion/year

Q1 Q2 Q3 Q4

Q: quarter

$ 333 millionPer month

$11millionPer day

$7.5 millionPer day + Reserve

Reserve $3.5Per day

GS RADJOU

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ProjectsBEFOR

E day1 day2 day3 day4 day5 day6 day7 WEEK2

WAER X X X TESTS           

WATER SPEED BOATS    NES INITATIVE  X X X  X    

PLANTING TREES               X X

SPATE ENGINEERING(PORTOFOLIO PROJECT MANAGEMENT)-Water pumping-Water aerator-Scaffolding houses-Aqueduc leveling(All is about draining excess water and avoiding water stagnation---------------)                  

GS RADJOU

PROJECT PLANNINGWater Purifier drops

Flood Forecast

1

2

3

4

5

ALERTS

Week 2

WATERPIPE

CONGESTED

SURGE WATER

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PORTO FOLIO MANAGEMENTPORTO FOLIO MANAGEMENT

WATER PURIFIER STRAWDROPS

WATER MACHINE

PIPELINING, WATERPUMPING,

INFLATING BUOYS

SCAFFOLDINGHOUSES

I wan to make watercirculates in order to avoid stagnant watersource of disease vectors

I want to deliverfresh water for72 hours

PLANTING TREES

GS RADJOU SUMMARY OF BREAKDOWN

I want to strengthen the house structure before the floodpredicted time to avoid it scrambles

I want to keep my housedry by isolating it or remo-Ving the excess of water

In principle, I want….

I want to slowdown disasters

SPATE WORKING WBS

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SOURCE: PHOTO SIWI

GS RADJOU

WATER PUMPING TO CONVEY AND CLEAN WATER-TRANSFER

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WATER PURIFIER FINANCING PROGRAMSWATER PURIFIER FINANCING PROGRAMS

(From prototyping to implementation(From prototyping to implementation))

• 3 Ts RULE (Camdessus report 2003)

TERTIARYSECONDARY

RestartA project

Identically or notGAUGING RIGHT!

The smart buoyThe smart poleMan Made MeasuresMobile Phone Pictures

THE INDUSTRIES

IMPORTANCE OF WATER IN ALL INDUSTRIES

PRIMARY

WMO ORGANIZATION WEATHER FORECAST

PROJECTMANAGEMENT

OPERATIONMANAGEMENT

FLOOD(Data Captures)

UN WATERAND UN HABITAT

GS RADJOU

DISTINCTION

Aircrafts

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OUTSIDE SIWI 2009OUTSIDE SIWI 2009(FULL PROJECT)(FULL PROJECT)

• POSSIBLE SOLUTION• ISSUE OF SCALE• FORECAST ISSUE

• => LIKE THE WMO, I IMPROVE THE FLOOD FORECAST• => I BUILD UP A MANUFACTURE OR USE UN-WATER

EXISTING ORGANISATION (THE FLOOD FACTORY)

• NETWORKING (BUILDING CAPACITY)• DROP OF WATER PURIFIERS• TEST

• => GANTT CHART• => PROJECT FINANCE

GS RADJOU

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FLOOD FORECAST ASSUMPTION

Source: US Fed. geology Dept.

MAIN ISSUE

GS RADJOU

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THE CONCEPT OF FLOOD BLACK BOXTHE CONCEPT OF FLOOD BLACK BOX

• THE FLOOD FACTORY ORGANISATION• (Implementation of waer on a worldwide scale)

DATA CAPTURE CENTRES

ULTIMATE SPATE

MODELSBLACKHOLES

SUSTAINABLE DEVELOPMENT

FLOOD CONCEPT

WORLDAUDITINGCENTRES(EITHER FUNTIONOR MISSIONORGANIZED)

ENGINEERING CENTRESHIGHEST POINTSIN PROCESS AND MANAGEMENT THE DESIGN AND ENGINEERING OFTHE EMERGENCY DURING THE FLOODPROACTIVITY AND REAL TIME ACTIONRAPID RESPONSE UNIT BASED

Social, Economy, Environment« The Bruntland Commission »

The Pond theoryOf Flood

Integrated Flood Management (IFM)A subset of Integrated WaterResource Management (IWRM)W.M.O

IFM HelpDesk

GaugingUN

HabitatUN WATER

WAER

FLOOD PLANARCHITECTUREURBANISM, WATERSCAPEAND PROJECT MANAGEMENT

GS RADJOU

The Constellation Value chainsSum-up flood Black boxes

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PROJECTPROJECT

• POCKET WATER PURFIERS DROPPED

• FROM AIRCRAFTS AND THE GAUGING

• CHALLENGES

• MAPPING WAER WORLD

• THE FLOOD DETECTOR

Gs RADJOU

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BASIC COMPONENTS OF THE FLOOD DETECTORBASIC COMPONENTS OF THE FLOOD DETECTOR

• Technology pole against Flood

Rising wheel(Up and Down)With the flood tide

Fixing point

Bedrock(Waterstream)

Early Warning(Light detector)

Conductibility (μ) of the pole material (resistance R) givesUs a variable electrical current due to change of pole Resistance into the water.The variance of the of the electrical current (∆μ) createsInside the pole color change of the light (LED)In turn, this light could be transform in order to be transmittedTo data centre (Early warning).

VRI

Ohm Law ∆V (Volts) =∆R (Ohms) x I (Amperes)

Flood flowsare acting on the wheelin oder to mobilize it

MobileFloatingwheel

30m/s

Speedometer

Fig 1 : Speed and water elevation capturesGS RADJOU

Data centre inputsSpeed

& Elevation

GLOBAL ARCHITECTURE

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LOCATION OF THE FLOOD TECHNOLOGY POLESLOCATION OF THE FLOOD TECHNOLOGY POLES

• FLOOD MAP (INTERFACE)

ALONG A ROAD

Deep in a valley

POND

Around a flooded zone

GS RADJOU

SPECIFICATION

House floor

Flood poles

Dry river bed

Ground floor

Underground water

GPS

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THE FLOOD ORGANISATIONA CONSTELLATION VALUE CHAIN

GS RADJOU

Here, we areDealing withThe black holes,And the forecasts To improve predictabilityIn planning, production, costs

FLOODORGANIZATION

Source:Author experience

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WATER EMERGENCY SUPPLY CHAIN MAPWATER EMERGENCY SUPPLY CHAIN MAP

Demand forecast based on early sales data uptdated

Early sales data forecast OrdersShipment/ truck deliveries

Aircrafts

Production and Sales Communication

UNIT RANKING FORECAST

Disaster Station Forecast

Aggregate demand forcastsChief (UNIT)

DISASTERMANAGER

Merchandisers

ManufacturersVENDORS

FACTORYMAINTENANCE

& MATERIAL PREPARATION

DISASTER NETWORK

U.N.BUSINESS

AFFILIATIONS

Separate Mer-chandising groups for each brand

Demand forecast per product

Plan Do Check Act improvement forecastt

WHOLESALE BRAND OF

WATERPURIFIER

Disaster representations (Hyogo, FAO, UNDP, UNHCR, RAVI, NWS, etc.)

EMPOWEREDEMPLOYEES

ProductionCommitmentFirst order

Domestic Manufacturing

CORPORATEOFFICES

Prototyping and/or manufacturing

INSPECTION

Capture of Sales Info

Measurement and Patterns

Technical Designers/Pattern Makers/Lineworkers

Lead time resplenishing

New product lead time

INDEPENDANTORGANISATIONS ONG, ASSOCIATIONS…

UNIT DEMAND FORECASTS

InventoryProduction

Overseas

Domestic RootChange Factors

ForecastShowroomForecast, Database

Stiving to undesrtandTrade-off

JAPAN (hyogo)

GS RADJOU

Project Change

PARTICIPANTS

MULTINATIONALS

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BUSINESS ORGANISATION (WAER)BUSINESS ORGANISATION (WAER)

• FUNCTIONS

• Divisions centralized, mission or matrix

WATER PURIFIERSAIRCRAFTSBASES

MANUFACTURERSMERCHANDISERSNETWORKING

JWRM/IFMRETAILERSDEPT. STORES

CUSTOMERSNEEDS

CommunicationIT+ TRADITIONAL

LogisticIT+TRADITIONAL

GS RADJOU SPATE ORGANISATION SUPPLY CHAIN

BUSINESS CYCLE

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GS RADJOU

PLANNING WITH PRIMAVERAWEAR MODELING THE PROJECT

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WATER INFRASTRUCTURE

HUMANITARIAN RISK

WATER POISONING

CHANGE

LAW

TECHNOLOGY

ECONOMY

POLITICS

RISK MANAGEMENT

GS RADJOU

RISK CLASSIFICATION

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ALARP PRINCIPLEALARP PRINCIPLE

• AS LOW AS POSSIBLE

Alarp areaThe risk is taken only if the benefit is desired

Tolerable only if reduction is impracticable

Tolerable only if costs of reduction would exceed the benefit gained

Unacceptable region

Acceptable region

Negligeable risk

GS RADJOU (Source: Nuclear Industry)

FIG: First assessmentFor the practical Intervention of WAER

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RELATIONSHIP BETWEEN WATER LEVELS AND DEGREE OF RELATIONSHIP BETWEEN WATER LEVELS AND DEGREE OF

INTERVENTION TO HELP PEOPLE AT RISKINTERVENTION TO HELP PEOPLE AT RISK

• SET OF ASSUMPTIONS N°1• IT DEPENS OF THE WAY STAKEHOLDERS PERCEPTION OF THE

INTERVENTION AT THE TIME OF THE ASSISTANCE.

FOCUS ON

OR THE CHICKEN

TECHNICS OR POLITICS

A = a1 x a2

In principlePolitics is veryImportant in thebusinessOf water

Case of floodIt may be impossibleTo deliver water Overland for technical reasons

The balancing actGS RADJOU

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OPERATION IMPROVMENTOPERATION IMPROVMENT

• GAUGING WATER LEVEL MANUALLY OR ELECTRONICALLY:• - SATELLITE DETECTION• - LAND SURVEYOR TOOLS• - GPS• - MOBILE PHONE CAMERA• - RULER• - BINOCULARS• - OTHERS

• GOAL OF THE METHOD• GAUGING FINELY (« FINE TUNING) TO AVOID THE BLACK HOLES AND

INDETERMINATION OF FORECAST IN ORDER TO AVOID OVER REACTING OR MISTAKES THAT LEAD TO MASS EVACUATION OF SETTLEMENT. CONSIDERING THAT THE BEST SAFETY IS HOME. EVACUATION CAN BE ONLY FOR GOOD IF WE WANT TO AVOID THE MULTIHAZARDS LIKE LOOTING, CRIMES, REFUGEE FLEEINGS AND DISPLACEMENTS, BASE CAMPS….BEFORE OR DURING THE FLOOD.

GS RADJOU

WARNING: THIS FINE TUNING IS ONLY POSSIBLE IF PEOPLE HAVE HOMES FOR SENIORS, THEREFORE THE THE CONCERNOF IMPROVING HUMAN SETTLEMENT (UN-HABITAT AND THE PORTOFOLIO MANAGEMENT AS A TRANSITORY SOLUTION AND WE AREEXPECTING AND WELCOMING THE NEW URBANISM AND ARCHITECTURE

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DIRTY WATER AND POLLUTION

ASSUMPTION

POND WATER ELEVATION

VIRTUAL RULER

Reference sea level

POND UNDER FLOOD SCRUTINITYPOTENTIALITY OF FLOOD DURINGA DISASTER ATMOSPHERIC OR WATER HAZARDS=> FLOOD

0 OF THE SCALEAVERAGE WATERELEVATION(MONTHLY ?)

GS RADJOU

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DETECTIONDETECTION

• GAUGING PRECISELY WATER ELEVATION (ELEVATION INDICATOR)

• I HAVE SUGGESTED THIS METHOD

• BECAUSE IT CAN BE DONE EITHER MANUALLY THROUGH LAND SURVEYOR TEAM OF SURVEY DIVISION IN DEVELOPMENT MINISTERS OR WITH THE E.R.S.T.

GS RADJOU

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WATER ELEVATION MEASURESWATER ELEVATION MEASURES

• RULES FOR MEASURING THE WATER LEVEL OR HIGHEST ELEVATION IS MANUAL OR TECHNIC

XREFERENCE SEA WATER LEVEL

E = Emax (Flood Max)

- E = Emin (Drought Max)

Nx (0<x<1) (Flood fractionof the scale). N=ruler number

SEA LEVEL

PONDWATER LEVEL

GS RADJOU

E.R.S.T.

Analogy or digit signalsCan be transferred toData centres (Local or remote)

The  « 0 » of the scaleWould be the annual averageOf all Max and Min of water variation

Reference at whichLand transport are blockedNo truck, no train, no airport

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LINK BETWEEN RAIN FALL PREDICTIONS AND LINK BETWEEN RAIN FALL PREDICTIONS AND TOPOGRAPHY OF THE FLOOD ZONES: y= f(x)TOPOGRAPHY OF THE FLOOD ZONES: y= f(x)

• Knowledgeable of :• =>the region rainfalls through sattelite detections or

weather and hydrology stations (and forecasts), and• => the topographical (volumes) of landscapes of the

region under flood scrutinity• =>We may be able to scale the predictibility of the flood

(The theory of probabilities wellknown for floods would help to fine tune the measures aswell as pond surveying manually with survey divion teams of development ministries of concern territories

F: functionprocess

Detection (x)Weather andhydrologyforecasts

Effection y= f(x)Emergency EvacuationWater truckingWAER

Black box of simulators for assisted Emergency Evacaution through computerised Modelling

(ε: feed-back)Input

ResourcesLabours

Output

ResourcesLabours

GS

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annexesannexes

• SUGGESTED DISCUSSION.

• + WATER ELEVATION AS A DECISION TOOL IN ASSESSING COMPETITORS (MORE THAN ONE COMPETITORS) TO SUPPLY FRESH WATER DURING A FLASH FLOOD (RISKS)

• (GS RADJOU MODEL)

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SUGGESTED DISCUSSIONSSUGGESTED DISCUSSIONS

• ROLE OD MOBILE PHONE TECHNOLOGY• ROLE OF THE RFID• WMO ET RA VI• FLOOD FORECASTING METHODS• WATERSCAPES• HUMAN RESOURCE PLANNING• BUSINESS DEVELOPMENT• COST ASSESSMENT OF THE PROJECT• GLOBAL WARMING AND U.N. NEW THINKING• DISASTER MANAGEMENT STRUCTURES PEOPLE NEEDS• Dr. SCHUMACHER AND THE SUSTAINABILITY• USES OF RADARS OR DOPPLERS FOR FLOOD DETECTIONS

GS RADJOU

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THANK YOU

GS RADJOU

WATER AERO EMERGENCY RELIEF(WAER)

GS RADJOU

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REFERENCESREFERENCES

• A] For partial development of the project • + Analogy to be found with « The SmartBay Galway, The Maritime Institute, Ireland National

Agency is working with IBM on the project », concerning data captures with floating buoys• + But of course a good mobile phone camera, GPS or manually recording the water elevations

with land surveyors could give precious indications.• • B] Multinational and country consultations for inspirations: • 1) Aero Inflight Retail (AIR) for the « In real Time » Inventory Management Plan System for airline

meals and duty free goods delivered inboard aircrafts, and using trollies for assembling from warehouses at airport levels (Ref. International Institute of Management, IIM CNAM)

• 2) World Co, fashion apparatel producing on forecasts (order and supply…), with short lead times and lean production (with no waste)

• 3) The Rand project of the US AirForce, a strategy access to bases. Process of bargaining access to bases for their aircrafts according to several factors (Speed, training of pilots, size of aircrafts, flight distances…)

• 4) Stockholm Water International Institute (SIWI). For the sharing knowledege and access to UN people, participants (subsidies and the Integrated Flood management helpDesk) and collegues at SIWI.

• 5) US FEMA, The federal Emergency Management Assistance on all aspects of flood emergencies and deliverables, flood insurances, maps…

• 6) Also, for the study, research & development on the practicality of the disaster preparedness and responses, I consulted the California disaster management service, NOAA for the National Weather and Hydrology services, WMO (RA VI) and WHO (Disaster mitigations)

• 7) The Dutch IFLEA for a list of project watersapes linked with transformations with water.• 8) Various insights through Hydrograph (US Geology Dept) and/or how to isolate your house

from f lood with a screen/wall of flood water inflated buoys (a US Firm that carries the experimentation after Katarina)

• 9) My 2008 Project at IIM-CNAM in Project Management: Technology Pole against tsunamies (Tsupole). A possible measure to the devastating 26 December 2004 South-East Asia Tsunamy.

GS RADJOU