Presentación ITENE

1. An insight into ALICE:
The European Technology Platform for
Logistics

2. La importancia de la logística
7/22/20142
 Logistics en Europa  14% of GDP1
 Transporte es responsable de un cuarto de las emisiones de GEI en UE
 Costes logísticos representan 10-15% del coste final de los productos4.
Alto potencial de contribución a la competitividad
europea y objetivos de sostenibilidad (Costes, CO2 y
ahorros energéticos)
1 COM(2007) 607 final. “Freight Transport Logistics Action Plan” European Commission, Brussels, 18.10.2007
2 Worldbank.org "Connecting to Compete 2012" http://siteresources.worldbank.org/TRADE/Resources/239070-1336654966193/LPI_2012_final.pdf.
3 http://ec.europa.eu/clima/policies/transport/index_en.htm
4 European Logistics Association (2007)

3. 7/22/20144
Oportunidad de mercado y visión
Lograr que el sector logístico contribuya a la competitividad
de la industria y a los objetivos políticos de la UE
Un 10% a 30% eficiencia en el sector logístico UE
=
€ 100 – 300 billion costes evitados a la industria
europea

4. [Optional slide for additional info/data]
0
20
40
60
80
100
120
140
160
180100%
90%
80%
70%
60%
50%
40%
30%
20%
10%
0%
2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
billioneuro
Ineficiencia en el
transporte = 160 mil
millones de pérdidas
1.3% huella
CO2
10 años: Cero mejoras en factor de carga
%Factor de carga
% km en vacío
%Eficiencia de la
carretera
Coste de ineficiencia

5. Las decisiones de los cargadores
influyen en la logística y transporte
 Envío de los componentes en lugar de productos
completos: aplazamiento siempre que sea posible
 Consolidación y coordinación, tanto a lo largo como a
través de las cadenas de suministro
 Reconsiderar los lugares de producción, teniendo en
cuenta tanto las cuestiones de transporte y
sostenibilidad
 La presión sobre la consolidación, así como los flujos
inversos en la logística urbana
No es sólo una cuestión de cómo transportar, sino
también de qué transportar !!!!
7/22/2014 6

6.  Soluciones intermodales ralentizan la cadena
de suministro y aumentan el inventario
 Los factores de carga de los camiones no
pueden mejorarse
 Reducción de inventarios como un objetivo
financiero puro
 La colaboración horizontal es imposible
…..
7
No podemos quedarnos
satisfechos con los paradigmas
existentes

7. P&G TINA CUBE
Mixing light & Heavy Products 3. EFFICIENCY
Productos ligeros:
Solo 25% del limite de
peso
Productos pesados:
Solo 40% of límite
de volumen

8. TRANSPORT
COLLABORATION

9. Easy to handle, transport,
store, interlock, load,
construct, dismantle
& decompose
Smart tag enabled
+ sensors
Standard sizes & dimensions
Unit loads along entire supply chain
Common communication,
planning & monitoring
Optimised space Open networks &
pooled resources
Less network
complexity
Modular box
system
Interconnected comms
Modular logistics units
New handling & storage
technologies
Co-operative logistics
networks
Modular dimensions from
cargo container size to tiny
Keyattributes
Potential PI
savings:
22% freight km
50% CO2
15% efficiency
20% loading
Save CO2
New modular load unit concept Smoother interfaces along the supply chain
– create a more efficient, sustainable supply chain by using new modular load units & smoother supply chain interfaces
Vision
Smooth interfaces along the supply chain
• Within inter plant operations
• During trans-shipment
What is the Physical Internet Vision ?

10. to enable more efficient flows of
fast-moving consumer goods
(FMCG)
− operate with developed iso-
modular logistics units of
adequate size
− provide a basis for a fully
interconnected logistics system
by 2030.
− identify and address the
necessary changes to the
logistics system
− exploit progress in digital,
physical and operational
interconnectivity
− build on current assets &
infrastructure.
Objectives Consortium
Modulushca: A Practical Approach

11. Modular dimensions from cargo containers down to tiny sizes
Easy to handle, store, transport, interlock, load, unload,
construct, dismantle, compose and decompose
Smart tag enabled, with sensors
Decomposion
Composion
MODULUSHCA New Modular Concept

12. MODULUSHCA New Modular Concept
Move from pallet to modular box systems
Optimise space within the transport unit
Maintain standard sizes & dimensions
Use load units along entire transport chain

13. From Hub and Spoke to
Transport Network Systems
Optimising Loading Units is key
Reduce network complexity
MODULUSHCA Network Design
Dedicated and centralized network vs. Interconnected network

14. 7/22/201418
Current individual (38) European
Technology Platforms, ETPs
ALICE
Cross ETP Initiatives
Nanofutures
Industrial Safety
ALICE: recognized in July 2013 as an Official ETP
http://cordis.europa.eu/technology-platforms/individual_en.html
Bio-based
economy
Energy Environment ICT Production and
processes
Transport
EATIP Biofuels WssTP ARTEMIS ECTP ACARE
ETPGAH EU PV TP EUROP ESTEP ERRAC
Food for Life TPWind ETP4HPC EuMaT ERTRAC
Forest-based RHC ENIAC FTC Logistics =
Plants SmartGrids EPoSS SusChem Waterborne
FABRE TP SNETP ISI Nanomedicine
TP Organics ZEP Net!Works ETP-SMR
NEM Manufuture
NESSI
Photonics 21

15. F
reight Transport Modes
-
Intermodality
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Fo
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a gfu nin r
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Ma t
ALICE and related ETPs
Industrial sectors-
Manufacturing
FoundationScience & Technology
&
sngithi
elxto
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a gfu nin r
u
Ma t
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l
St
c a
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Manuf
turin
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fo
oodF
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a gfu nin r
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FoundationScience & Technology
Logistics + Supply Chain
How to Transport What to Transport
The connection between Modes and Industrial ETPs for
Optimized Logistics and Supply Chain Management

16. ALICE Steering Group composition
Related associations and ETPs/PPPs represented in the SG

17. Plenary Members
…20+ in process/interested

18. ALICE Chair and vice-chairs
• Chairman:
Ralph Keck. Director. Product Supply – Global Logistics
• Vice-chairman:
Prof. Dr. Rod Franklin. Academic Director Executive Education
• Vice-chairman:
Prof. Dr. Henk Zijm. Research Director (DINALOG)

19. 3/4/201519
ETP Working Groups & Chairs
Logistics + Supply Chain
Rod
Franklin
Angelo
Aulicino
Eduardo
Zapata
Sergio
Barbarino
Lóri
Tavasszy
Emilio
Gonzalez
Dirk ’t
Hooft
Prof. dr. W.H.M.
(Henk) Zijm
Paolo
Paganelli
Stefano
Persi
Marcin
Hajdul
Andreas
Nettsträter
Corridors,
hubs and
synchro-
modality
Urban
Logistics
Sustainable,
Safe and
Secure Supply
Chains
Supply Chain
Coordination
and
Collaboration
Information
systems for
interconnected
logistics
Mr. Vincent
Santacroce

20. Alice
Roadmaps

21. Alice Videos
www.youtube.com/watch?v=PJyzFaKOXnY www.youtube.com/watch?v=4vc7XoEYUs8

22. 7/22/2014 34
WINN Project Consortium

23. Logistics innovation for a more
competitive and sustainable industry
7/22/2014 35