Transcript Name of presentation

Wroclaw Research Centre
EIT+
Academia2Business
Platform - a Real Chance for
the Development of Industry
through Innovations
Business Development Dept.
Wrocław, June 2011
Wroclaw Research Centre EIT+
Basic information
1.
Commercial company,
2.
Established on15th November 2007,
3.
Management Board: Mirosław Miller, Sławomir Szafert,
4.
Assets: ~10 mln PLN,
5.
Acquired funds: > 700 mln PLN in 7 projects (Structural Funds, 7 PR),
6.
International Advisory Board - PL, GB, D
7.
Partner of Knowledge and Innovation Community EIT, KIC - climate, energy.
Wroclaw Research Centre EIT+
Basic information
1. Joint initiative of Wroclaw universities, business and local government.
2. Key objectives: stimulation of knowledge development, creation of
strenght attracting investments in knowledge sector, promotion of active
citizneship in the knowledge based society
3. Implementation of EIT+ program is based on various financial sources
including public-private partnership, with the key role of Structural Funds
adn other European initiatives and research programs, such as the 7th
Framework Programme.
Wroclaw Research Centre EIT+
Shareholders
Wroclaw University of
Technology
University of Wroclaw
Concept
Wroclaw Medical University
Wroclaw University of
Environmental and Life
Sciences
Wroclaw University
of Economics
The
CityText
of Wroclaw
Your
Your
Text
Lower
Silesia
Region
Wroclaw Research Centre EIT+
Technology Transfer Office
Wroclaw Research Centre EIT+
Core Business
Effective Knowledge Management
METHODS
Organization and
leading of research
works for societal and
commercial utilization
METHODS
Transfer of knowledge
through dissemination,
and especially through
commercialization
Research areas:
convergence technologies
Biotechnology
and medicine
Nanotechnology
and
nanomaterials
Climate and
Energy
Telecommunication
and IT
Key EIT+ projects
financed from IE OP
NanoMat
31.1 m Euro
BioMed
27.6 m Euro
Pracze Campus 140 m Euro
Pracze Campus
- focal point
EURO
2012
9
10
Pracze Campus today…
BLDG 9: BIOTECHNOLOGY LABORATORIES
BLDG 7: BIOTECHNOLOGY AND
NANOTECHNOLOGY LABORATORIES
BLDG1 B, C: MATERIALS
CHARACTERISATION LABORATORIES
BLDG 9 A: CHEMICAL SYNTHESIS AND
NANOTECHNOLOGY LABORATORIES
Pracze Campus in 2020
Pracze Campus
- focal point
Basic infrastructure in 2014:
• Group of laboratory buildings
• Certified biotechnology laboratory
• Unique in Poland open laboratory
areas - open spaces
Additional buildings:
• Guest houses
• Park and sport facilities
• Concert halls
• Restaurant
Vision of A2B Platform
•
Unique model of open cooperation with industrial partners dedicated to
knowledge exchange, share of experience and common R&D activity
answering real industrial partners expectations,
•
Tool supporting industrial sector, driving their efficiency and innovation,
•
A way to perform research and development activity for societal and
economical growth.
Vision of A2B Platform
•
Single Point of Contact (SPOC) – specialised know-how, technical
infrastructure, information exchange and financial support,
•
Access to the network of R&D practisioners, operating in business, as well
as acedemic area, implementation of good practices,
•
Complete knowledge exchange program (trainings, conferences,
seminars), enabling exchange of experience as well as benchmarking with
the best players on the market,
Basic targets of A2B
•
Activity enabling an improvement of competitive advantage for the
companies participating in common research work.
•
Realistic financial contribution of WCB EIT+,
•
Access to specialised information and publications,
A2B platform structure
R&D project management
R&D contract access
R&D project contract
Companies
Specjalistyczna
wiedza
Specialised expertise
Research Infrastructure
Financial
Finanse,
People,
Organisation,
Rules
New Technology
Implementation
Forum A2B
Resources
Platform Management
Platform access agreement
Platform access
Membership Benefits
•
Membership agreement gives full access to A2B Platform services, information and
documents and publications,
•
The agreement is based on standard business rules of EIT+ approved by Polish
Ministry of Science ,
•
Members of the Platform can initiate common R&D projects with EIT+, area of Life
Science and Nanotechnology,
•
R&D projects are carried out and funded by partners according to separate
agreement.
Membership Benefits
•
Partners share ownership of the Intellectual Property created within the project
according to separate arrangements,
•
Results of the project are supposed to be commercialised and introduced to the
market (where possible),
Membership Benefits
Typical ways of IP commercialisation:
•
Industrial partner buys full IP rights, i.e. the part belonging to EIT+,
•
Partners create a company to commercialise, market and sell IP,
•
Partners sell IP licence to a third party (customer),
•
WCB EIT+ buys full IP rights for further commercialisation.
NanoMat & BUSINESS
Examples of projects and materials for cooperation with AeroNet
Consortium
Materials that potentially will be the result of research. They may be
regarded as a product that we will offer in the market or issue for
further research processing (even for applications other than those
initially proposed).
Presented topics are mostly issues that have yet to come, but now show
the area of interest, in which the potential business partner can be
incorporated, for example by extending the research task involving a
business partner (co-financing in A2B Forum).
NanoMat & BUSINESS
• Nanocomposites for electrotechnics [insulation against high voltages,
resistant to aging and weathering]
• Varnishes for electrical appliances [eg. engines]
• Phosphors for luminescent fibers and paints that emit in the visible light
[marking own products, new types of paints]
• Laser techniques [micromachining, marking of different materials:
cermaics, metals, polymers etc., surface cleaning]
• Surface modification techniques, to obtain film / polymeric layers that are
sensitive to physical conditions [such as temperature, pH, ions etc.]
• Sensors, dampers and actuators made of smart materials [SMART]
NanoMat & BUSINESS
• Polymer nanocomposites with desired properties: magnetic,
electroconductive, with luminophores, thermosensitive, pressure sensors etc.
• Polymers with porous structure [to fill], with the electric and magnetic
properties, and with different defined properties.
• Electromagnetic field shielding materials [for wave lengths: X and gamma,
microwaves and RF]
• Phosphors sensitive to X and gamma rays [eg. Application in Security]
• Rare earth metals [alloys, nanocomposites with, SMART materials, reduction
of consumption, retrieval]
NanoMat- laboratories
Zol gel materials
Nanofillers
Nanotechnology
Rare Earth
Elements
• Coatings and adhesives
Nanoparticles
• Semiconductor – isolating and
conductive layers
• Optical coating (solar panels, fibres)
Laboratory
of Materials
Testing
Laboratory of
Special
Techniques for
Nanomaterials
Generation
Laboratory of
Synthesis of
Nanocrystals
• Atomic devices
• Additives for polymer
• Nanoparticles/markers for disease
detection
Graphen© UC Berkeley
NanoMat - laboratories
SMART
Polymers
Materials
Advanced
Materials
Membranes
Laboratory of
Polymers,
Ceramics and
Composite
Materials
Composites
Laboratory of
Metaloorganic
and Organic
Materials
Synthesis
• Filters for food, water, transport,
healthcare, petroleum
• Biostatic packaging for food storage
• Cable shielding, antistatic, nonflammable,
nontoxic
• High resistant composites for automotive
and energy storage
• Functional materials
• Rheological materials for actuation
• Textiles
• Biomaterials - Biomimetic
Stent © Topnew.in
Inteligent Liquid ©Univ Michigan
Page 24
Superhydropfobic - hydrofilic © ttk.fi
NanoMat - laboratories
High Pressure
Tanks
Fuel Cells
Energy
Metal hydrides
Laboratory
of Energy
Storage
Hydrogen
generation
Laboratory
of
Materials
Testing
• Systems for energy storage (gas H2,
stored in solid state)
• New types of energy generation (fuel
cell with acid fuel)
• Generation of fuel – electrodes for H2
generation
• High resistant composites for
automotive and energy storage
• Functional materials
• Textiles
Hydrogen Storage IEL
Carbon Fiber on Human Hair
© Wikipedia
NanoMat - laboratories
Light Emitting
Nanostructures
Photonic crystals
Photonics
Structures for
Solar Energy
Conversion
Laboratory of
Semiconductor
Nanostructures
Technology
Fibers
Laboratory of
Photonics
Applications
Plactic solar cell ©KONARKA
Laboratory of
Solar Energy
Conversion
• Semiconductor lasers, diodes
• Sensors (gas, liquid, pressure,
air pollution monitoring)
• Detectors
• Quantum dots
• Solar panels on plastic
• Polymer fibres
• Photonic crystals
• Cryptography modules
Luxeon LED © Philips Lumiled
Photonic crystal ©Uni Karlsruhe
Pressure sensor ©MEAS
OLED ©MATIN
Nanowires © IBM
NanoMat - laboratories
MOEMS
MEMS
Microsystems
Sensors &
Actuators
Laboratory of
Silicon
Micromechanics
, MEMS,
MOEMS
LOC
Laboratory of
Lab on Chip
Laboratory of
Microdevices for
Nanotoxicology
and
Nanomarkers
Imaging
Temperature Sensors
Microvibrometers
Microoptical elements
Medical devices
Healthcare
Nondestructive testing for
Bio and materials
• THz detection and imaging
•
•
•
•
•
•
Milipede - nanolitografia © IBM
Lab-on-chip ©Caliper
SYSTEMS – System for toxicology on chip; Inteligent car;
Detection and mesurement; New Technologies for ICT