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Technologies for the cost-effective Flood Protection of the BuiltEnvironment

Duration: 48 months

Start date: Nov. 1st 2009

Projectcoordinator: Deltares (NL), Derk van Ree

The research leading to these results has received funding from the European Communitys

Seventh Framework Programme FP7/2007-2013 under grant agreement no. 243401.

FloodProBE

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Key characteristics disaster-resilient communities

Grand challenges Disaster Reduction for floods

Recognize and understand relevant flood hazards Have next generation flood risk map, combining information sources

Have a flood risk management system with a common, systems-basedapproach across all sectors to build in resilience in community assets

Communities at risk are aware of imminent danger Community focus and partnership working

Individuals safe at home and work

Smarter investment planning, not just protect houses. Asset managementincl. flood- resilience of critical infrastructure networks and hotspot buildings

Minimum disruption when event has passed Preparedness leads to quicker response and recovery

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The Grand Challenges put another way

Adapted from FloodProBE Prague workshopas presented by Jonathan Chapman

(UK Environment Agency)

Actions requireddriven by:- People- Business- Economy

Critical infrastructure

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Flood Risk Management: what we add

Flo

od

RiskM

an

agem

ent

Decisi

onSupport

System

Recepto

rs

(Vuln

era

bility

)

Pathw

ays

(Relia

bility

)

Sourc

es

Harm

Landuse related damage

Pro-active timing of retrofit

Building damage estimation

Infrastructure networks

Exposure analysis

Flood defence

Inundation simulation

Hydrology

Meteorology

Failure mechanisms

Geophysical exploration

.

Structure transitions

Geophysics

Erosion processes

Remote sensing

Data integration

Assesment of flood defences andvulnerability of Built environment (direct and

indirect consequences)

Protection and mitigation technologies

Adding on to existing DSS for more effective

FRM strategies, getting the balance right

= new/upgraded

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New flood risk strategy - Multi Layer Safety approach

Concept:

1. Dike system(protection)

2. Spatial lay-out(prevention)

3. Emergency plan(preparedness)

In line with EUFloods Directive

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City of Dordrecht historical development

Historic development after St. Elisabeth flood (1421)

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Introduction to Dordrecht

The island of Dordrecht/Drechtststeden with 250.000 inhabitants - 2011

City of Dordrecht (NL) 250.000 inhabitants

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Strategy for a safe island Integral spatial approach

Island of

Dordrecht

Inside the dikes

- 1NAP

Historic city

+2 NAP

Outside the dikes

+3 NAP

Nature of theBiesbosch

+0 NAP

Selfreliant

island

Strongdikes

Creativesolutions

High water

resistant

floodable

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Dordrecht Situation January 2012

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Input FloodProbe to MLS strategy

Technology WP2 WP3 WP4

Infrastructurenetworks

Story lineanalysis

MFD Vulnerability/resistance ofdefense

Concepts,design

Shelter Vulnerability/resistance ofbuildings

Concepts,design,location

HotspotBuildings

Vulnerability/resistance ofbuildings

Concepts,design

Technology WP2 WP3 WP4

Infrastructurenetworks

Story lineanalysis

MFD Vulnerability/resistance ofdefense

Concepts,design

Shelter Vulnerability/resistance ofbuildings

Concepts,design,location

HotspotBuildings

Vulnerability/resistance ofbuildings

Concepts,design

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11/2013/03/2013 CI vulnerability assessment 11

Infrastructure vulnerability

Understanding built environment as a system with networks as the backbone

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Tewkesbury, confluence of Rivers Severn and Avon

Pilot Project Gloucestershire Flooding 2007

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Walham(National Grid)

Electricity Infrastructure

Castlemead(Central Networks)

Pilot Project Gloucestershire Flooding 2007

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Mythe Water Treatment Works, (Severn Trent Water)

1 Water Treatment Works21 Sewage Pumping Stations1 Sewage Treatment Works

not workingPilot Project Gloucestershire Flooding 2007

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1/100 years flood map in Paris and suburbs

Flood prone areas are90% urbanized today

Paris 1910 floods

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Paris (F) Issues

13/03/2013 Presentation Title 16Alforville, Vitry sur Seine, Pont du Port l'Anglais (panoramique) DREIF/GOBRY 03/07/2006

Example of 90% urbanized flood plain in the heart of Ile de France

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17/2013/03/2013 CI vulnerability assessment 17

Infrastructure vulnerability

A framework for urban resilience analysis under the angle of CI networks

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18/2013/03/2013 CI vulnerability assessment 18

Infrastructure vulnerability, new approaches

Modelling network interdependencies andrisk diffusion outside flood prone area

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Recommendation on S&T exploitation

Do not forget: SPIScience policyinterfacing and implementation

There is a need for ambassadors/knowledge brokers

Triple publishing, cascade communication

Demonstration/case studies

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The team (14 partners from 7 EU Member States)

Website: www.FloodProBE.eu

Contact: FloodProBE@Deltares.nl

Deliverable reports (soon) to be found on the website

solintel

http://www.floodprobe.eu/mailto:FloodProBE@Deltares.nlmailto:FloodProBE@Deltares.nlhttp://www.floodprobe.eu/