Introducing the H2020 FISSAC project An ambitious transition agenda - - PowerPoint PPT Presentation
FOSTERING INDUSTRIAL SYMBIOSIS FOR A SUSTAINABLE RESOURCE INTENSIVE INDUSTRY ACROSS THE EXTENDED CONSTRUCTION VALUE CHAIN Introducing the H2020 FISSAC project An ambitious transition agenda ACCIONA Construccin, Blanca Juez and Daniel Hiniesto
FOSTERING INDUSTRIAL SYMBIOSIS FOR A SUSTAINABLE RESOURCE INTENSIVE INDUSTRY ACROSS THE EXTENDED CONSTRUCTION VALUE CHAIN
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement n° 642154.
ACCIONA Construcción, Blanca Juez and Daniel Hiniesto
Project overview
FOSTERING INDUSTRIAL SYMBIOSIS FOR A SUSTAINABLE RESOURCE-INTENSIVE INDUSTRY ACROSS THE EXTENDED CONSTRUCTION VALUE CHAIN
2
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement n° 642154.
Project overview
3
Italy
Project overview
Belgium UK Sweden Germany Czech Republic Turkey Hungary Spain
26 partners from 9 countries (8 EU Member States + Turkey)
4
Project overview
5
Validate the recycling processes and the new eco-innovative products at (pre-)industrial scale Develop & optimise new cost-effective construction products through total/partial replacement of virgin raw materials Develop an integrated IS Management Software Tool with a life-cycle and a GIS- based approach Demonstrate the new solutions through 5 different case studies considering the whole IS supply chain Contribute to innovative (non-)technological processes to transform waste into secondary raw materials
Project overview INNOVATIVE MATERIALS AND CONSTRUCTION PRODUCTS: WITH IMPROVED CHARACTERISTICS AND REDUCED CARBON FOOTPRINT
6 STEEL ALUMINIUM CERAMIC NATURAL STONE CHEMICAL CONSTRUCTION & DEMOLITION
ALUMINIUM OXIDE BASED PRODUCTS from Aluminium Salt Slag Valorization
EAF Slag LF Slag
CERAMIC WASTE STEEL SLAG MARBLE SLURRY USED TYRES FINE CERAMICS, GLASS, PLASTIC AND WOOD ECO-CEMENT NEW GREEN CONCRETE INNOVATIVE CERAMIC TILES RUBBER WOOD PLASTIC COMPOSITES
FISSAC SCENARIO
INDUSTRIES SECONDARY RAW MATERIALES
7
FISSAC Partners are working on developing the following products:
The new products were produced using Secondary Raw Materials (SRMs) at pre- industrial scale (TRL 6) and their technical properties were evaluated according to standards, environment regulations and technical documents, previously stablished for their validation. Our next step will be the industrial production and real scale demonstration on six different case studies (TRL 6-9).
Project overview
8
furnace slag, Glass waste, Ceramic waste and Aluminium waste)
Ladle furnace slag)
aggregates). Ready mix concrete and precast elements
Project overview
9
Natural Stone waste)
Natural Stone waste)
Project overview
10
waste plastic and wood, both virgin or waste.
Project overview
11
PILOTS
and Blended cement industrial production – 300 tons Adana – TCMB
Zestoa – Guipúzcoa TECNALIA
and concrete bricks North Italy - FERALPI&CSM
Madrid – Spain (ECODEK&ACC) REAL SCALE DEMONSTRATION
Adana – Turkey TCMB
blocks
Real Building (to be confirmed)- Turkey AKG
new Jersey Barriers Madrid – Spain ACCIONA & FAB
tiles Madrid – Spain KERABEN & ACC
Composites Madrid – Spain ECODEK&ACCIONA UK - ECODEK
Mix 22: 350 tn
Mix 55: 25 tn Mix 58: 25 tn BLENDED CSA
Zestoa – Guipúzcoa TECNALIA Green Ready mix Concrete
CEMENT BASED products: Green Concrete (25m3) slab, new Jersey and concrete bricks (Feralpi/CSM) – Activities on going
Feralpi/RINA CSM
Ecocement and EAF slags
Ecocement and EAF slags
10 m2 of RWPC has been successfully produced. 51 m2 of decking and 55 m2 of cladding containing variations of different polymers (MDPE and LDPE mixed waste) have been produced.
17
Adana – Turkey TCMB Green Ready mix Concrete (GC) 115m x 8m x 0,2m FISSAC Cement: Secondary Raw Materials: 5% glass waste, 5% ceramic waste and 2% ladle furnace slag GCs containing 882 kg of EAF slags as aggregates /m³ Heavy vehicle traffic
19
T5.3 Real Case Studies. On site installation
Real Building - İzmir,Turkey AKG FISSAC Cement
20
Case Study 3 Precast concrete pavement installation
T5.3 Real Case Studies. On site installation
Demopark Madrid, ACCIONA and FAB Green Concrete precast elements: 130 m2 pavement and New jersey barriers FISSAC Cement: Secondary Raw Materials: 5% glass waste, 5% ceramic waste and 2% ladle furnace slag
22
23
24
Case Study 4 Eco-Wall and Eco-porcelain tiles installation
25
Madrid – Spain KERABEN & ACC
26
Madrid – Spain KERABEN & ACC
Outdoor pavement
27
Case Study 5 Innovative Wood Plastic Composites installation
28
Case Study 5 Innovative Wood Plastic Composites Madrid – Spain, ACCIONA.
29
Case Study 5 Innovative Wood Plastic Composites Madrid – Spain, ACCIONA.
30
Case Study 5 Innovative Wood Plastic Composites UK – ECODEK
31
PILOTS
CSA (2.1 tons) cement preindustrial scale and Blended cement industrial production – 300 tons. Adana - TCMB Green Concrete (25 m3) slab – 80 m2 Zestoa – Guipúzcoa TECNALIA Green Concrete (25m3) slab, new Jersey and concrete bricks North Italy - FERALPI&CSM Rubber Wood Plastic Composites Madrid – Spain (ECODEK&ACC)
32
An important objective of the project is the introduction of a model for Industrial
project: the FISSAC Software Platform. It will feature amongst others a Life Cycle based Multiple Factor Analysis, network indicators and GIS based capabilities.
Capabilities
metrics
system modeling
symbiosis indicator-based assessment
34
The Living Labs are ongoing in different countries and each one has its own section
Their main objectives are to replicate the FISSAC model by promoting stakeholder acceptance (industry, public entities, social representatives, government, etc.). Through the exchange of experiences and knowledge among the different Living Labs, the partners follow up the replication of the FISSAC model.
Project overview
35
If you want to keep in touch with what we are doing, sign up for our newsletter and visit
36