The document discusses the SmartWater4Europe project and the Lille Smart Water Demosite called Sunrise. It describes the demosite as a small town with 25,000 users, 70 km of urban water network, and 140 buildings. The project aims to implement smart monitoring, communication and data processing technologies to optimize resource management and develop predictive models. Some key challenges for the demosite are leakage detection, contamination detection, and optimizing energy consumption.

1. European
Project
“
SmartWater4Europe
»
Lille
Smart
Water
Demosite
«
Sunrise
»
Professor
Isam
SHAHROUR
Université
Lille1/Polytech’Lille
AQUATECH,
AMSTERDAM,
2-­‐3
NOVEMBER
2013

2.
Brief
IntroducUon
of
the
University
Site
-­‐
DescripUon
of
Demosite
and
SME
partners
-­‐
Biggest
challenges
in
the
demo
site
-­‐
ExpectaUons
of
the
SmartWater4Europe
project

3. Small
town:
• 110
Hectares
• 25
000
users
• 70
km
of
Urban
Network
• 140
Buildings
(320
000
m2
)

4. Smart
City
Concept
• Smart monotoring
• Communication
• Data storage and processing
Smart
sensors

5. Smart
city
allows
• Real-time monitoring (see the invisible network)
• Rapid action in the case of an abnormal event
(leakage, contamination, overload,..)
• Optimal management of resources
• Develop predictive models

6. Smart
water
system:
• Leakage
detecUon
• ContaminaUon
detecUon
(health,
...)
• Pipes
localizaUon
• EvoluUon
of
physical
and
mechanical
properUes
(deformaUon,
corrosion,
biofilm,
.....)
• OpUmizaUon
of
the
energy
consumpUon

7. Smart
City
ImplementaUon
ObjecUves
DiagnosUc
• Actors
–
Governing
• Diagnos1c
of
infrastructures
• Data
collec1on
(system
opera1ng
data,…)
• Funding,
economic
model
Needs
• Governing
• Monitoring
• SoAware
(data
processing,
supervision,
learning
machine,
op1miza1on,..)
Implementa1on
calendar
:
Stage
N
(N
=1,
M)
• Monitoring
• SoAware
(data
processing,
supervision,
learning
machine,
op1miza1on,
• Valida1on,
preliminary
Exploita1on
Smart
System
ExploitaUon

8. Presenta3on
of
SunRise
Project
:
Smart
Urban
Network
Demonstrator
for
Sustainable
city

9. I)
Methodology
–
History
Crea1on
of
an
academic,
professional
and
local
government
partnership
:
researches
and
innova1on
on
«
Sustainable
City
»
1)
InternaUonal
Chair
posiUon
supported
by
the
Region
(2008
–
2011),
followed
by
an
industrial
chair
posi1on
(Eaux
du
Nord
/Suez)
2)
Three
internaUonal
workshops
(2010,
2011,
2012)
with
academic,
professional
and
local
authoriUes
«Innova1on
–
sustainable
urban
infrastructures
»

10. 1)
The
op1mal
management
of
urban
networks
cons1tutes
a
major
challenge
for
sustainable
ci1es:
• Natural
Resources
saving
(energy,
water,
..)
• Safety,
public
health,
..
• AXrac1veness
and
economic
development
• Ra1onaliza1on
of
investments
in
urban
infrastructures
Conclusions
and
recommendaUons:
2)
The
"smart
city"
concept
is
perUnent
Technology
reached
a
level
of
maturity
to
deal
with
the
city
challenges

11. Need
of
«Smart
City
»
demonstrators
at
perUnent
scale
to
check
:
• The
governance
(operators,
authoriUes,
users,
..)
• The
integraUon
of
'heterogeneous'
technology
and
services
• The
perUnence
of
technological
and
non-­‐technological
innovaUons
• The
networks
interdependence
(water,
electrical,
district
heaUng,
gas,
...)
• The
economic
model

12. Data
collecUon
:
3D
graphic
model
(network
and
buildings)
70
km
of
networks
• Water
• District
HeaUng
• Gas
• Electrical
(
HV,
LV)
• Public
light

13. Innova1on
centers
• Pole
Ubiquitaire
§ CITC
–EURARFID
§ PRN
§ Image,…
Local
authority:
• AMGVF
• LMCU,
• Region,
Interna1onal:
• W-­‐Smart
• Unites
states
(NYU)
• Netherland
(KWR,
Vitens)
• Great
Britain
• Spain
SunRise
Operators
:
• Eaux
du
Nord
(Suez
Environnement)
• Eau
de
Paris
• Dalkia
• IBM
• Lille
Métropole
Habitat
(LMH)
Starts-­‐up:
stereograph,
Nooligc,
Madetech,
Effigenie,
EUneo,
Calm-­‐water
Research
laboratories
(IT,
Civil
Eng.
Economy,
Instrumenta1on,…)
Educa1on
programs:
Master
degree
in
urban
Engineering,
Smart
Gird,
Creacity,..

14. Water
-­‐ Leakage
-­‐ Quality
-­‐ Water/Energy
• Commun
Laboratory
(CEA,
W-­‐Smart,
KWR)
• Industrial
Chair
• European
Project:
SmartWater4Europe
(GB,
Netherland,
Spain)
• 2
major
projects
:
Paris
Water,
North
Water,
W-­‐
Smart,
CEA,
KWR,…
Energy
-­‐ OpUmal
management
-­‐ Security
-­‐ Renewable
Energy
• Dalkia
:
District
heaUng
•
LMH
:
Social
housing
• Eiffage
:
Electrical
Grid
InformaUon
system
and
solware
tools
Start-­‐Ups
:
Stereograph,
Nooligc,
Madetech,
Effigenie,
EUneo,
Calm-­‐water
Smart
Urban
networks
Demonstrator
(SunRise)

15. SunRise
-­‐
Water
-­‐ Leakage
-­‐ Water
quality
–
Health
impact
Partnership
•
Eaux
du
Nord,
Eaux
de
Paris,
CEA-­‐List
• W-­‐Smart,
• KWR,
Vitens,
Acciona,
Thames,
Calwater
(Calm-­‐
Energie)

16. 2013
:
European
Project
(FP7)
SmartWater4Europe
4
demonstrators
En
Europe
(10
M
€
)
4
European
demonstrators
(Smart
Water
network)
• Leakage
• Quality
• Water
–
Energy
• End-­‐users

17. Drinking
water
network
–
16
m
About
50
years
old
Meshed
network
16
km
77
ARM
145
Buildings
Linear
loss
index
(m3/J/Km)
• 2011:
12.7
• 2012
:
8.12

18. I)
Water
ConsumpUon
Analysis
The
Water
network
:
geometry
and
supply
!Cité!Scien*fique!
(5)!!!
4!Cantons!
ECL!!
M5!
Bachelard!
Meshed
network
16
km
77
ARM
145
Buildings

19. Analysis
of
the
water
ConsumpUon
by
sector
!

20. (I)
Working
Days
Daily
C7
Building
ConsumpUon:

21. Hourly
C7
consumpUon:
Registerd
data
Simplified
modeling

22. The
concept
of
“smart
city”
offers
great
opportuni1es:
• Recent,
with
low
experience
feedback
• Mul1disciplinary,
mul1
actors
• Need
of
pilot
projects
to
develop
“collecUve”
experience
Conclusion

23. Thank
you