H2020 – NMP PILOT 02
Integration of novel nano materials into
existing production lines
Title: Processing and control of novel nanomaterials in packaging, automotive
and solar panel processing lines
Acronym: OptiNanoPro
Grant Agreement No: 686116
Deliverable 9.9 Final Communication Report
Associated WP WP9
Associated Task(s) Task 9.2 Networking and Dissemination of the project results
Task 9.4 Communication activities to support stakeholder
engagement
Due Date 30/9/18
Date Delivered 29/09/18
Prepared by MBN, IRIS
Partners involved All
Authors Elodie Bugnicourt, Alvise Bianchin, Enrico Forlin, Carlota Feliu, Roberto
Rolli
Dissemination
Level
PU
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This project has received funding from the European Union’s Horizon 2020 research and
innovation programme under grant agreement No 686116.
© European Communities, 2015.
The information and views set out in this publication are those of the author(s) and do
not necessarily reflect the official opinion of the European Communities. Neither the
European Union institutions and bodies nor any person acting on their behalf may be
held responsible for the use, which may be made of the information contained therein.
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Table of Contents Publishable Executive Summary.............................................................................................................. 4
1 Introduction .......................................................................................................................................... 5
2. Dissemination materials ...................................................................................................................... 6
2.1 Website ............................................................................................................................................. 7
2.2 Poster and Leaflet.............................................................................................................................. 9
2.3 Participation to the European Pilot Production Network ............................................................... 10
2.4 Newsletters ..................................................................................................................................... 11
2.5 Video................................................................................................................................................ 12
3. Dissemination activities ..................................................................................................................... 14
3.1 Booths.............................................................................................................................................. 16
3.2 Scientific Publications ...................................................................................................................... 17
4 Conclusion .......................................................................................................................................... 18
Annex 1: Table reporting completed activities in the second reporting period and links .................... 21
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Publishable Executive Summary
The communication activities organized during OptiNanoPro followed the project phases, focusing
initially (Phase1) on general dissemination of project objectives and the defined industrial
requirements, than (Phase2) more focused communication on technology development, and finally
(Phase3) targeted participation to trade fairs and organisation of events allowed to communicate the
results on industrial validation .The communication strategy adopted by OptiNanoPro and the tools
used for planning and tracking of the dissemination activities has been applied during the whole
duration of the project.
The dissemination activities were targeted on increasing awareness on our activities and inform about
OptiNanoPro status, this has been done towards different audience groups through media, press,
articles and preparation of dissemination material. Now that the project is reaching its 4th phase of the
development (gear up to market deployment), that was prepared during the project, and the
exploitable results are defined, the communication activities beyond project end will be more focused
on OptiNanoPro quantitative results and engaging industries and possible customers.
Complementing D9.5, this deliverable is reporting the dissemination activities performed during the
project with more focus on the last 18 months.
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1 Introduction
Based on the plan outlined during the first months of the project (D9.2 Communication plan), a
comprehensive dissemination strategy has been in place for effectively communicating the benefits
and positive impact of the uptake of the proposed OPTINANOPRO materials, processes &
enhancement systems to the different target audiences, in order to contribute to stimulating market
pull, to generate consumer interest and awareness, as well as to maximise the impact of the non-
confidential knowledge generated during the project.
The present deliverable, D9.9 “Final communication report”, includes the dissemination materials
prepared in the last 18 month and details on the dissemination and communication activities
performed.
The reported activities are collected through the Communication Plan tool available online to the
consortium partner and described in D9.2 “Communication plan”. A new tool has been provided to the
consortium to quickly entry new activities either for planning or tracking, structured in a form of
questionnaire to collect info about What, Why, To Whom, When disseminate.
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2. Dissemination materials
Along the project, under the lead of the marketing department of IRIS, the partners produced the
materials that were needed to attend tradefairs, visit customers, reach peers, etc. All materials are
hosted in the project website.
Fig. 1 Downloadable Dissemination Material section in the website
The downloadable dissemination material mostly refers to the OptiNanoPro as a whole with no
particular targeted audience and with the objective to aware about our activities and promote general
information on OptiNanoPro objectives, but a new section has been added to be a repositiory for
Appplication Notes, Material Datasheet and Implementation Case Studies Report as support of the
communication activities of the Key Exploitable Results.
The pending public deliverables will also be added as soon as they will be approved, these are:
1. Safe-by-design protocol (already available) 2. Validation of packaging for food and cosmetics including food contact safety aspects 3. Economic and environmental impact of packaging solutions 4. Economic and environmental impact of nano-enhanced OPV laminates 5. Economic and environmental impact of nano-enhanced automotive parts 6. Nanosafety Assessment Report 7. Best Practice Guidance on nano- enhanced materials
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8. Training Report
Note: to avoid redundant information, in case the outcome is already present on the website, some of
the deliverables are not uploaded here (e.g. nor D1.1- Report on the state-of- the art review is already
covered by two open access articles, nor the communication related deliverables since the
dissemination activities and materials are directly findable on the website and seem more relevant
source of information).
2.1 Website
The main reference point for project dissemination has been the Project Website. It was adopted early
in the project (as reported in D9.1) and updated during project duration. The screen shot below reflects
the last adopted version of the same.
Fig. 2: Screenshot from the OptiNanoPro website highlighting the News section (www.OptiNanoPro.eu )
The last added section is the “Online Training” where all the material collected during the training
workshop is made available for the public, more details are reported in D9.12 “Training Report”.
The has been kept update by constantly adding news and new downloadable materials. The news
covered important milestone in the project as well as related technologies outside the project that are
in line with Optinanopro objectives.
Table 1 News reported in the Website
SEPTEMBER 20, 2018 OptiNanoPro Final Meeting SEPTEMBER 17, 2018 Final OptiNanoPro Event
JULY 9, 2018 OptiNanoPro At NanoTexnology Expo 2018 JUNE 20, 2018 Special Session In Nanotexnology 2018 Conference MAY 21, 2018 OptiNanoPro At Hispack Sustainability Track
APRIL 25, 2018 Optinanopro Training Workshop
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APRIL 23, 2018 Optinanopro Injection Moulding APRIL 10, 2018 Optinanopro Workshop At Nanotexnology Conference (Greece)
MARCH 15, 2018 Join Us In Our Next Public Training! MARCH 29, 2017 M18 General Project Meeting MARCH 29, 2017 Other Milk Derived Bioplastics MARCH 20, 2017 Superamphiphobic Coatings As Progress Beyond Lipo- And Hydrophobic
Surfaces FEBRUARY 23, 2017 Cheap Graphene Layers From Bio-Source: The Future?
AUGUST 19, 2016 Nanomaterials Journal Publishes An Article About In-Line Monitoring Of Nanocomposites
JUNE 27, 2016 Tiny But Full Of Promises (Last Episode): The Prospects Of Nanotechnology In Automotive
APRIL 20, 2016 Tiny But Full Of Promises (2nd Episode): The Prospects Of Nanotechnology In Packaging
APRIL 11, 2016 The Strength Of Eggshells As Filler For Bio-Packaging APRIL 6, 2016 Deliverables Executive Summaries APRIL 6, 2016 General Month 6 Meeting
FEBRUARY 10, 2016 Tiny But Full Of Promises: The Prospects On Nanotechnology In Solar Energy
DECEMBER 30, 2015 OptiNanoPro Factsheet DECEMBER 12, 2015 Nanomaterials For Easyemptying Packaging, Selfcleaning Solar Panels
And Lighter Automotive Components
Thanks to the continuous updating there has been a quite constant
visiting rate during the whole project as reported in the website
statistics.
Fig. 3 Website statistics, Unique Visitors per month on the left and Retouring visitor share on the right
Although less than 5 visitors out of 100 used the OptiNanoPro website multiple times (retouring
visitors) their actual number is quite high considering that the total number of unique visitors is higher
than 5000. The page per session is quite low because the website is structured to have all the main
information on the home page, accessible by scrolling down through the page.
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Fig. 4 Details on Webpage statistics
2.2 Poster and Leaflet
Around M10 of the project and coinciding with the
participation in the NanoTec conference, a poster
and leaflet were released. The Poster underlines the
networked structure of the consortium on which
each partner is a key step of value chains toward the
production of new nano-enabled product. These
products are exemplified in the bottom showing the
properties derived by including nanoparticle in the
bulk, in the surface or both.
Fig. 5: on Top the Project leaflet, on the right the Project
Rollup
To these documents a rollup banner has been added to ease the participation to trade fairs, events,
exposition and workshops. The roll up version was made based on the poster but adding the pictures
of the main products from the project for Nanotexnology fair.
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2.3 Participation to the European Pilot Production Network
Thanks to the link established by MBN, currently chair of Nanofutures EITP, with the EPPN CSA, in
which Nanofutures is a partner, Optinanopro has been active in the activities proposed by the
European Pilot Project Network (EPPN). In particular the Sales Brochure were already inline with the
pilot marketplace that EPPN has established online. The Brochure extends the consortium-network
concept described in the poster specifying each step of the value chains and how they can be combined
for the manufacturing of products in four different application scenarios. The sales brochure is fully
described in D9.5 “Interim Communication Report” and downloadable from the website.
Fig. 6 Sales Brochure Card example, it defines the pilot by its process and products as also EPPN is doing in their online
database (below)
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OptiNanoPro is therefore one of the most represented projects in the core group of pilot accessible
through the EPPN marketplace. Thanks to the sale brochure, Optinanopro’s pilot plants described are
those with the highest rank in terms of completeness of the data.
The partners have also participated to the several activities organized by the EPPN CSA for the
implementation of the network. In particular EPPN CSA and Optinanopro have collaborated in the
participation with a booth to the Nanotexnology conference and trade fair in Thessaloniki and also at
the Industrial Technology 2018, in which OptiNanoPro’s Demonstrator sample will be present at the
EPPN’s booth.
2.4 Newsletters
After the project newsletter released at M12, with a focus to give more in-depth details on the project
for non-confidential results, other two has been released with yearly pace.
The Second Newsletter focused on nano-enabled material processing to make them suitable for final
introduction in the industrial environment:
1. Novel surface functionalisation process 2. Ball Milling process for production of pre-dispersed concentrates of nanoparticles 3. Oxygen barrier improvement of laminated packaging materials with nano-modified protein-
based coatings 4. Compounding of nano-modified HDPE compounds for injected barrier packaging and
automotive parts 5. Optimization of the nanofillers dispersion and the formulations for automotive and
packaging sectors 6. Lightweighting trends in the automotive sector 7. Developing and adopting a Safety-by-Design approach
The Third Newsletter focused more on the final part of the Value Chain with more details on the final
introduction of the nano-enabled materials in the industrial process lines:
1. Nano-Enabled Packaging Manufacturing 2. Nanocomposite injection moulding 3. Barrier Coating application and tube making 4. Final electrospraying process and results on tailored polarity 5. Online monitoring as key to support the optimal processing of nano-enabled coatings 6. OptiNanoPro’s outreach
All the newsletters has been printed in booklet format and made available during the participation of
the partners to Trade Fairs, Conferences, Exposition and during the Workshops. A digital PDF version
is then available in the project website. Results that were obtained after the release of the last
newsletter will be posted on the project website as news.
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Fig. 7: Project newletters
2.5 Video
The final project video was edited collating video and photos from the partners with a narrative
explaining the relation among the different steps of the Value Chain. The updated Video released in
the second period of the project includes the production lines in use with OptiNanoPro mateirals from
MBN, HPX, SIBO, PEMU, TUBA, OPVIUS and BIOINICIA with contribution from all the all the other
partner for monitoring, material testing and recyclability with photos and final products. The video is
now available on the project website and Youtube (https://www.youtube.com/watch?v=enBRksBYco4
).
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Fig. 8: Screenshot of the OptiNanoPro video
During the second project half, coinciding with its hosting of a demo event, PEMU also published a
video more focused on the automotive sector and the integration of nanotecnology in injection
moulding of big plastic parts for automotive. The video is also accessible from youtube:
https://www.youtube.com/watch?v=S8ny4xo0lHE
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3. Dissemination activities
Dissemination activities are tracked and planned trough an online tool set up in M6 and described in
D9.2 “Communication plan”. The tool is structured in order to devise the dissemination and
communication activities according to the targeted audience:
• Academic Community – that will be reached mainly by publications in scientific journals, conferences,
lectures, posters, etc.
• Industries – Packaging manufacturers, automotive and photovoltaic industries and other industry
stakeholders are considered
• Thematic Clusters - like nanotechnology, or polymer or European clusters etc. are clusters that gather
under specific themes academies and also industries and are in particular targeting policy makers,
regulatory and standard bodies.
• General Public - for channels accessible to anyone, mainly web, TV and general publications for
information and awareness about OptiNanoPro project
The communication planning tools provides also a grouping of activities by type.
Table 2: Summary of planned & completed activities per type and target audience
Academic Industries Clusters GeneralPublic Total
Website 0 2 0 18 20
Flyers 3 5 4 1 13
Poster 0 1 5 0 6
Newsletter 0 0 0 5 5
Oral presentation 4 7 2 0 13
Press Release 2 4 0 1 7
Booth 1 21 2 0 24
Journal Articles 9 6 1 1 17
Workshop 1 4 2 0 7
Reports 0 1 0 0 1
Other 1 1 1 5 8
TOTAL 21 52 17 31 121
Total Planned
Academic Industries Clusters GeneralPublic Total
Website 0 2 0 16 18
Flyers 3 4 1 1 9
Poster 0 1 2 0 3
Newsletter 0 0 0 4 4
Oral presentation 4 7 1 0 12
Press Release 2 4 0 1 7
Booth 1 12 1 0 14
Journal Articles 5 2 0 0 7
Workshop 1 4 1 0 6
Reports 0 0 0 0 0
Other 1 0 1 5 7
TOTAL 17 36 7 27 87
completed activities
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Fig. 9 Chart about the completed dissemination and communication activities in the two project periods
During the second period of the project there has been a strong increase in communication activities
related with participation to booth and oral presentation due to the higher maturity of the results that
provided more quantitative results for the support of the communication of the Key Exploitable
Results.
In the online tool used for tracking and planning of the activities were possible also to give a
quantitative estimation of the audience reached for each singe activity, the collected results gives an
overall picture of the reached audience with strong prevalence of the Industrial sector thanks to the
participation to Trade Fairs.
Fig. 10 Reached audience per type
In the annex, are listed all the performed dissemination activities along the OptiNanoPro project (in
chronological order) showing an excellent complementarity including five peer reviewed publications,
academic presentations, scientific and industrial conferences and fairs, articles in professional journals
and in sectorial websites but also in general press, and finally project videos.
Academic Industries Clusters GeneralPublic Total
Website 0 0 0 5000 5000
Flyers 850 1490 150 100 2590
Poster 0 1000 150 0 1150
Newsletter 0 0 0 550 550
Oral presentation 700 1015 80 0 1795
Press Release 200 800 0 0 1000
Booth 500 14000 650 0 15150
Journal Articles 400 1300 150 150 2000
Workshop 50 180 230 0 460
Reports 0 50 0 0 50
Other 25 0 0 821 846
Academic Industries Clusters GeneralPub.
2725 19835 1410 6621
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3.1 Booths
Project Partners participated with booth to a big number of trade fairs and conferences all over Europe,
providing flyers and material for Optinanopro results dissemination, a complete list of the participation
is reported below. The last two in the list are planned beyond Project and more will come.
Table 3: Summary of tradefair participation
Feb.16 Trade fair Pharmapack Paris SIBO
Feb.16 Trade fair Vivaness, Nürnberg, Germany TUBA
Jun.16 Trade fair CPhI Instambul SIBO
Sep.16 NANOTEC2016 – Valencia BIOINICIA
Oct.16 Trade fair CPhI Barcelona SIBO
May.17 Interpack 2017 – Dusseldorf TUBA
Second Period
Oct.17 Cphl Innopack Frankfurt 2017 TUBA
Mar.18 FOODEX 2018- Birmingham - Food Processing IRIS
May.18 Hispack 2018 – Barcelona ITENE
May.18 Hispack 2018 – Barcelona EURECAT
May.18 Foodtec 2018 – Barcelona IRIS
Jun.18 Cosmetic Business Trade Fair TUBA
Jun.18 ACHEMA 2018 - Frankfurt - Chemical Processing Forum IRIS
Jul.18 NANOTEXNOLOGY: special workshop on the integration of nanotechnology in industrial production lines
IRIS
Oct.18 CPHI Madrid TUBA
Oct.18 Industrial Technology 2018 MBN
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Fig. 11 Images of selected booths in different locations
3.2 Scientific Publications
Five scientific paper has been published in peer review journals and available as Open Access.
Those published in the first period has reached 50 citations, the last 2 have less citations mostly due
to their recent publication.
Table 4: Summary of peer reviewed publication
CIT
AT
ION
S
Title Author(s) ISBN Journal
9
Recent Prospects in the Inline
Monitoring of
Nanocomposites and
Nanocoatings by Optical
Technologies
Elodie Bugnicourt *, Timothy
Kehoe, Marcos Latorre,
Cristina Serrano, Séverine
Philippe and Markus Schmid
doi:10.339
0/nano608
0150
Nanomateria
ls 2016, 6(8),
150
50
Review on the Processing and
Properties of Polymer
Nanocomposites and
Nanocoatings and Their
Applications in the
Packaging, Automotive and
Solar Energy Fields.
K. Müller , E.e Bugnicourt , M.
Latorre , M. Jorda , Yolanda
Echegoyen Sanz, José M.
Lagaron , O. Miesbauer , A.
Bianchin , S. Hankin , U. Bölz ,
G. Pérez , M. Jesdinszki , M.
Lindner , Zuzana Scheuerer ,
S. Castelló and Markus
Schmid *
doi:10.339
0/nano704
0074
Nanomateria
ls 2017, 7(4),
74
4
Modification of functional
properties of whey protein isolate
nanocomposite films and
coatings with nanoclays
Müller, K., Jesdinszki, M., &
Schmid, M.
https://doi.or
g/10.1155/20
17/6039192
Journal of
Nanomaterials
2017
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1
Improvement of Food
Packaging-related Properties of
Whey Protein isolate-Based
nanocomposite Films and
coatings by addition of
Montmorillonite nanoplatelets
Schmid, M., Merzbacher, S.,
Brzoska, N., Müller, K., &
Jesdinszki, M.
https://doi.or
g/10.3389/fm
ats.2017.000
35
Frontiers in
Materials,
2017, 4: 35.
1
Superhydrophobic Bilayer
Coating Based on Annealed
Electrospun Ultrathin Poly (ε-
caprolactone) Fibers and
Electrosprayed Nanostructured
Silica Microparticles for Easy
Emptying Packaging
Applications
Lasprilla-Botero, J., Torres-
Giner, S., Pardo-Figuerez, M.,
Álvarez-Láinez, M., & M
Lagaron, J.
https://doi.or
g/10.3390/co
atings80501
73
Coatings 8.5
(2018): 173.
4 Conclusion
OptiNanoPro has been quite prolific in dissemination addressing all the audiences targeted at the
beginning. For this, the tools put in place since the beginning has been useful to address with the
proper communication methods the different targeted audiences at each level of dissemination
planned in the DoA (i.e. Aware, Promote, Inform and Engage).
Fig. 12 Level of dissemination per Audience (left) and per Type of activity (right) of the completed activities
As evidenced by the chart in Fig12, the basic levels of dissemination (Aware/Promote) has been spread
throughout all the type of activities and toward all the audiences, for example industries were targeted
with many promoting activities at booth in trade fairs. Activities targeted to provide specific
information (Inform) has been carried principally Journal articles and insight available in the project
website. The main examples of activities aimed to provide in formation and get feedbacks (Engage)
are the training and dissemination workshops organized by the project (D9.12).
There has been a high complementarity of the activities, thanks to the collaboration between partners
and the online tools established for planning of the activities that allowed a multiple promotion of the
activities from Project’s website, Project’s Twitter account, and Partner’s websites.
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Fig. 13 Target audiences of the completed activities
The main target audience, considering the whole project, are the different relevant industry sectors.
In the first part of the project, it was the general public, but, support exploitation goals, the
dissemination activities toward industries increased a lot once entered in the industrial up-scaling
phase.
All required dissemination materials have been prepared by the partners under the lead of IRIS in
terms of graphic design and MBN in terms of dissemination strategy. They are also hosted in the
project website.
Also a wide audience reach, including the general public, was ensured by the project appearance in
the general press and many industrial events, but also in the project and partners websites and social
medias such as Linkedin, as well as Twitter. Reinforcing the project novelty is the publication of five
peer-reviewed review article, with two more yet to come and planned for among the activities that
will be carried out beyond project end.
The table below reports the future activities, already confirmed, that are mostly focused on the
dissemination of the Key Exploitable Results and with more focus on product’s properties and pilot
technologies.
Table 5. Main planed dissemination activities
Title Related To How Audience
Magazine Articles e.g. Plastic Filma, Coating International, etx.
KER4-New native coating formulation and processes with improved barrier performance
Journal Articles
INDUSTRY
Development of Datasheet KER 10 NP Compounds Reports INDUSTRY
Publication in European coating journal (industry focus but indexed in scopus) among others.
KER3 Inline monitoring thickness measurement system
Journal Articles
CLUSTERS
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Brochure and Flyers for new compounds commercialization
KER 10 NP Compounds Flyers INDUSTRY
CPHI Madrid KER 14-Barrier and easy-to-empty tubes/laminates
Booth INDUSTRY
Industrial Technology 2018 Project Summary Booth CLUSTERS
Journal to be confirmed KER 1-Formulation and process to deposit nanoparticles by electrospray
Journal Articles
ACADEMIC
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Annex 1: Table reporting completed activities in the second reporting period and links
Date Title Scope Leader Content Type Audience Size
Audience type
Link
1 Apr.17
Compounding Workd Congress 2017 - Cologne
Inform EURECAT KER6&7-Ultrasonic technology and equipment adapted design
Oral presentation
200 Ind.
2
May.17
Journal of Nanomaterials-Modification of Functional Properties of Whey Protein Isolate Nanocomposite Films and Coatings with Nanoclays
Inform IVV KER4-New native coating formulation and processes with improved barrier performance
Journal Articles
Academ. LINK
3 May.17 Interpack 2017 - Dusseldorf Promote TUBA
KER 14-Barrier and easy-to-empty tubes/laminates
Booth 500 Ind. LINK
4 Jun.17 EURONANOFORUM 2017 Awareness MBN
Nanotechnology integration in existing pilot lines
Poster Clust. LINK
5 Jun.17 EuroNanoForum Promote MBN
Nanotechnology integration in existing pilot lines
Oral presentation
500 Ind.
6 Sep.17 Dedicated page in MBN's website Promote MBN
KER 8&9 Materials and composites produced by Ball Milling
Website Ind. LINK
7 Sep.17 GRAPHENE WEEK Promote ITENE Project Summary Flyers 500 Academ. LINK
8 Oct.17 Cphl Innopack Frankfurt 2017 Promote TUBA
KER 14-Barrier and easy-to-empty tubes/laminates
Booth 200 Ind.
9
Nov.17
EC-EDA INFORMATION EXCHANGE AND MATCH-MAKING EVENT: EXPLORING FP7, HORIZON 2020 AND EDA R&T SYNERGIES ON ADVANCED MATERIALS, STRUCTURES AND NANOTECHNOLOGIES
Inform EURECAT KER5-Optimised formulations of compounds for barrier and light weight applications
Workshop 150 Clust. LINK
10
Nov.17 European Commission & European Defence Agency Matchmaking event
Inform EURECAT KER5-Optimised formulations of compounds for barrier and light weight applications
Oral presentation
50 Ind.
11 Jan.18 ElectrospinCY_2017 Conference Awareness Bioinicia
KER 1-Formulation and process to deposit nanoparticles by electrospray
Oral presentation
100 Academ.
12 Jan.18 Electrospin2018 Promote BIOINICIA
KER1-Formulation and process to deposit nanoparticles by electrospray
Flyers 200 Ind. LINK
13 Jan.18
Inhouse-Seminar IVLV: VVD WORKSHOP meets FREISINGER TAGE:
Promote IVV Project Summary Oral presentation
60 Ind.
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„Flexible Packstoffe im Verpackungsprozess“
14 Jan. 18
Swiss Journal - Review on meat hygiene and food monitoring
Promote IVV KER4-New native coating formulation and processes with improved barrier performance
Press Release Academ.
15 Feb.18
project newsletter first issue, update at M12 covering key aspects of WP2, 3
Inform IRIS/MBN Nanotechnology integration in existing pilot lines
Newsletter 50 Public LINK
16 Mar.18
Promotional Video for the new devices
Inform BIOINICIA KER1-Formulation and process to deposit nanoparticles by electrospray
Flyers 120 Ind. LINK
17 Mar.18 IMAGINENANO 2018 Inform Bioinicia
KER1-Formulation and process to deposit nanoparticles by electrospray
Oral presentation
200 Academ. LINK
18 Mar.18 FOODEX Promote IRIS packaging in general and monitoring booth 100 Ind.
19 Apr.18 PEMU Training Workshop Engage PEMU
Nanotechnology integration in existing pilot lines
Workshop 40 Ind. LINK
20
Apr.18 23th Int. Conference on Nanomaterials Nanoengineering (18-19 April, Las Vegas)
Inform Bioinicia KER 1-Formulation and process to deposit nanoparticles by electrospray
Oral presentation
200 Academ. LINK
21
Apr.18 Biopolymers from waste valorization (there showing how we improve the whey based polymer with NPs)
Inform IRIS Organic Recyclable material other 25 Academ.
22
Apr.18
Coatings - Superhydrophobic Bilayer Coating Based on Annealed Electrospun Ultrathin Poly(ε-caprolactone) Fibers and Electrosprayed Nanostructured Silica Microparticles for Easy Emptying Packaging Applications
Inform Bioinicia KER1-Formulation and process to deposit nanoparticles by electrospray
Journal Articles
Academ. LINK
23 Apr.18
NanoWorld Conference 2018 (23-25 April, San Francisco)
Inform Bioinicia KER 1-Formulation and process to deposit nanoparticles by electrospray
Oral presentation
200 Academ.
24 May.18 Polimerek journal Inform PEMU Project Summary
Journal Articles
1000 Ind. LINK
25 May.18 Trade fair Milan, PlastMilan Inform PEMU Project Summary Flyers 1000 Ind.
26 01/05/18 PEMU company newspaper Inform PEMU Project Summary Newsletter 200 Public
27
May.18 Hispack 2018 - Barcelona Promote ITENE KER 15-Food contact safety assessment service for nanoparticle enhanced packaging
Booth 1000 Ind. LINK
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28
May.18 Hispack 2018 - Barcelona Promote EURECAT KER6&7-Ultrasonic technology and equipment design adapted for extrusion compounding and injection moulding
Booth 1000 Ind.
29 May.18 Foodtec 2018 - Barcelona Promote IRIS
Nanotechnology integration in existing pilot lines
Booth 1000 Ind.
30 May.18 Hispack 2018 - Barcelona Promote EURECAT
Nanotechnology integration in existing pilot lines
Poster 1000 Ind.
31 May.18 Hispack 2018 - Barcelona Promote IRIS
Nanotechnology integration in existing pilot lines
Oral presentation
50 Ind. LINK
32 24/05/18 PEMU company website Inform PEMU Project Summary Website 100 Public LINK
33 Jun.18
application notes on project and IRIS website and project 3rd newsletter
promote IRIS KER3 Inline monitoring thickness measurement system
Website Ind.
34 Jun.18 Cosmetic Business Trade Fair Promote TUBA
KER 14-Barrier and easy-to-empty tubes/laminates
Booth 200 Ind. LINK
35 Jun.18 ACHEMA Promote IRIS
KER3 Inline monitoring thickness measurement system
Booth 200 Ind.
36
Jul.18 NANOTEXNOLOGY: special workshop on the integration of nanotechnology in industrial production lines
Promote IRIS Nanotechnology integration in existing pilot lines
Booth 500 Academ. LINK
37
Jul.18 NANOTEXNOLOGY: special workshop on the integration of nanotechnology in industrial production lines
Promote IRIS Nanotechnology integration in existing pilot lines
Workshop 50 Academ. LINK
38
Jul.18 Nanotexnology stand at tradefair Promote IRIS, MBN, FRAUNHOFER, etc
Nanotechnology integration in existing pilot lines
poster, flyers, samples
50 Ind. LINK LINK LINK
39 Sep.18 TUBA Training Workshop Engage TUBA
Nanotechnology integration in existing pilot lines
Workshop 40 Ind.
40
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TUBA Company Website and FB Inform TUBA Project Summary Website 50 Public
41 EURECAT website Inform EURECAT Project Summary Website 100 Public
42 HPX company website Inform HPX KER 10 NP Compounds website 50 Public
43 Bioinicia company website Inform BIOINICIA Project Summary Website Public
44
Twitter, IRIS profile using the hashtag #optinanopro
Promote IRIS Project Summary Other 50 Public LINK