HEALTH AND FLOOD PLAN

UN-HABITATFROM GS RADJOU

BUSINESS CONSULTANT WATER PRODUCT AND SERVICES

II-PBS & GLOBAL ARCHITECTURE2-OZ POCKET WATER PURIFIER

a)Lab 1: PBS- 2oz Pocket Water Purifier-

H2OH2O

BacteriaA

BacteriaA

BacteriaD

BacteriaD

BacteriaB

BacteriaB

BacteriaC

BacteriaC

(Global Architecture and Specification)

Plastic case

Active part

Hazardous water side

User’s mouth side

ManufacturerClaims

Claim 1Claim 2Claim 3Claim 4

Digesting process

Water waste treatment principle

Water hazardseats

Legend:Bacteria eats

eats eats eats

Hazards

Bacteria D- eats Bacteria C -eats Bacteria B -eats Bacteria A- eats hazards

BacteriaLevels

Level A Level B Level C Level D

Single Project

b)Performance: 2oz Pocket Water Purifier

(Interface specification)

Flood water

2oz Pocket water purifierSufferercan’t refrainto drinkdirty waterDuring 72 hours

This time the water purifier saved his lifeThe water purifier helped him to re-discover the loss water quality.

The 2oz pocket water purifierPlaced on the water cycle, as it is cleaningThe water, it is a real pocket waste treatment during the flood

Clouds

c)Drinking water supply-Water Safety Health Plan(Global architecture)

(Source: WHO internet)Water

ResourceAnd sources

Treatment

DrinkingSystem

Consumersystem

Structureassessment

MonitoringManagement

communication

All these components are in WAER project

2 oz Pocket Water Purifier

Watersources

Drinkingsystem

treatment

Consumersystem

I-Civilian protections against floods

PROJECT

PLATFORMCONCEPT

SCAFOLDING ARCHITECTURE/PIPES OF VARIOUS

SIZES AND STRUCTURES

FLOOD

Lab1:The Flood Platform: various scaffolds of different sizes

Scaffolds: pipes of differentSizes and diameters give moreVersatility to the flood architectureEither for strenghteneing a house of Building an instant waste treatment to drain water, or making drone launchers.

Modularscaffolds

Look-outpoints

Drone bases

Waterplatform

Housestrenghtener

Flooddetection

Launcher station

Floodprotection

House consolidation

Vertical scaffold

Horizontal Scaffold

(waste treatment-pipes)

Foundation

N

PIPES

CLIPS

Modular scaffolds (Quick fixing point)

Modular Scaffold (Versatile fixing point)

-New configuration-The build-up components for the new architecture –scaffolds and nail scaffolds-- in order to make the house resilient to the flood flow-.Also, modular scaffolds help to make instant elevation points (dry-feet zones) for an affordable price. Pieces of metallic tubes (scaffolds)fixed together or on the bed rock or the house, put people above the flood water like reffinery –oil- platforms

Metallic tube (scaffolds)The kneel (gripping part of the scaffold)

Scaffold nail

A hole in the kneelA ring with holes give360° flexibility toThe flood architecture

The scaffold nail into the kneel hole (ring)

achieve and maintain rigidity between scaffolds

And the flood body architecture

A Scaffold

5 m - 10 m

kneel

Modular Scaffold (Versatile fixing point)

-New configuration-The build-up components for the new architecture –scaffolds and nail scaffolds-- in order to make the house resilient to the flood flow-.Also, modular scaffolds help to make instant elevation points (dry-feet zones) for an affordable price. Pieces of metallic tubes (scaffolds)fixed together or on the bed rock or the house, put people above the flood water like reffinery –oil- platforms

Metallic tube (scaffolds)The kneel (gripping part of the scaffold)

Scaffold nail

A hole in the kneelA ring with holes give360° flexibility toThe flood architecture

The scaffold nail into the kneel hole (ring)

achieve and maintain rigidity between scaffolds

And the flood body architecture

A Scaffold

5 m - 10 m

kneel

Attachs to fix points: walls, poles…

+

Supporting body (wall)

Scaffold(pipe)

screws

( Section view)

Scaffold(Axis)

(Profile view)

To the body architecture(the platform)

Bed rock

Scaffolds Liasing with the board

+

hooks

+

Horitonzal scaffold

Vertical scaffold

Hooks

+

Board

(Z)

(Z)

(Z’)

(Z’)

(H)(H’)

The flood platform for civilian protection

Space lived for flood flows

5m

10m

15m

Quick and affordable elevation Points in flood prone regions

Kneel and nails

Bed rock

A wall

Details in Slide 137

Scaffold branch

Details inSlide 138

Details of the grips

Raising Platform

House: elevation houseMini-base for the drones

Elevation pointsAssembly point Refuge-shelter

Look-out point WatchForecasts

Flood elevationFlood

Indicator for alternative Aids: WAER,Water trucking

LocalFlooddetector

RFID

GPSPole

Internet

GPS Drone+

Water purifier

computerMobile phone

USB key

Cloud technology

Optical Flux

Assembly Base

Surgerain

My answer:choice

The flood platform

Architecture for important floods– over 10 meters--

Goal: Rendering people more reliant, self-sufficient and independant.

Sub-goal 1:Completion of flood adaptation strategies (advocated by ILEA the dutch water architecture and others and various schools, which philosophy orientations are to leave water floods to their natural expansionsIn digging pools, raising houses/villages with flood tides, building on elevation points or using the fengshui philosophy instead of building walls

Sub-goal 2 :Keep a middle trend between adaptation strategies and raising villages in order to get dry feet points during an important flood by changing our representation of ancient buildings like urban/villages cathedrals/churches, water castles, lighthouses that are vanishing from the countryside landscape for more up to date technologies and organize them for new roles like safety buildings during important floods.(All these building are proeminent buildings, strong and big enough to be assembly building during a flood rescue at predicted arrival times.

New developments for the project (16/12/09) -Ref.: Jean Taricat, Histoires d’architecture,

Dessin de Jacques Ziegler, Editions Parenthèses, p.48--

Divisions harmoniques d’un segment de droite

1/2 1/2

2/3 1/3

1/3 2/3

1/4 3/4

New developments for the project (16/12/09)-adaptation from:(Ref.: Jean Taricat, Histoires d’architecture, Dessin de Jacques

Ziegler, Editions Parenthèses, p.48)

Alberti, proportion de la loge Ruccelai (Florence)

d H=9d

Modular order: ideally the height is a multiple of the corresponding column diameter

kD

Dk=1,…,nn c N

Platform

d

kd

New developments for the project (16/12/09)

(Adaptations from: Ref.: Jean Taricat, Histoires d’architecture, Dessin de Jacques

Ziegler, Editions Parenthèses, p.80)

A

11 m A

A

A/2

A/2

A

22 m

B

B

1 2

3 4

5

6

8

7The dry feet platformAbove the flood waterAre towering like islandsSurrounding with coralReefs.

People will find a safe flood place at the top of high building like churches, cathedrals or ancient market Places. Thebuilding undernith allows water flows to circulate while The top stores (over the water play the role of sheltering floors. Connections between wings of various buildings canBe entirely with the use of Modular scaffolds. (analogous to ancient Market places. Note: whole safety zones could be built with modular scaffolds.

Civilian protection against flood:The water castle.

Water castle part(receiving humanes)During a flood

Water castle foot

Perhaps some castle could beEmpty from their naturalWater before the flood predicted Arrival. To shelter humans at risk of flood. It meansThat community castle would Have a system to pump outThe water before flood.

Stairs

Sheltering room: 50 people or more

Island development

Flood prone region

The flood water (innundation)

Safety island(dry feet zone)

river The Building of a canal isa trap for water

Little bridge

islandbridge

Canal(with more or lessa drain)

The light house tower

Flood subsurface

Lighthouse

Entrance door(under water

During the flood)

road

Water elevation

4 th floor window

Thanks!