1 PCS and polymer companies in Slovenia Janez Navodnik Seminar FOREIGN MARKET SLOVENIA 5 th of March 2015, Austria – Leoben 1 Description Connection into international consortium Industrial research Knowledge transfer Key areas of activities R&D projects, proposals, execution and cooperation development of products, equipment, tools and procedures CAE and laser technologies construction and tool production injection moulding of products, also GIT, 2K, etc. co-extrusion of profiles, tubes, sheets and foils thermoforming, welding, printing composite products, RTM, pultrusion, autoclave
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PCS and polymer companies in Slovenia · 1. Turna, Slovenia – coordinator 2. Marine Biology Station, Slovenia 3. Klaipeda Science and Technology Park, Lithuania 4. Klaipeda University,
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PCS and polymer
companies in SloveniaJanez Navodnik
Seminar FOREIGN MARKET SLOVENIA
5th of March 2015, Austria – Leoben
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Description
Connection into international consortium
Industrial research
Knowledge transfer
Key areas of activities
R&D projects, proposals, execution and cooperation development of products, equipment, tools and procedures CAE and laser technologies construction and tool production injection moulding of products, also GIT, 2K, etc. co-extrusion of profiles, tubes, sheets and foils thermoforming, welding, printing composite products, RTM, pultrusion, autoclave
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Members
Activities
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Technologies
Producers - suppliers - institutions - buyersPresence of all technologies
Equipment
Available equipment: Technology center POLI-EKO as a research unit of Plasttechnics Cluster has pilot equipment for the development and production of advanced materials and products:
• Compounder for mixing of polymers into composite materials or compounds in the form of granules, profiles or foils
•Injection moulding machines with possibility of 2-3K injection moulding for testing of multicomponent parts
• Reactors for synthesis of polymer mixtures or nanomaterials
1% = advanced materials and tehnologies + knowledge
Plastics in comparison with steel
Polymers
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Polymers - market
World plastics production 1950-2012: continued growth for more than 60 years(from 150 mio tons in 1950 to 288 mio tons in 2012), Source: Plastics Europe
Polymers
European Plastics Demand by Segments 2012 (Source: Plastics Europe)
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Polymers
European Plastics Demand by Segments and Resin Type 2012 (Source: Plastics Europe)
Polymers
Treatment of post consumer plastic waste 2012 (Source: Plastics Europe)
Development of a new recyclable long life co-injected high barrier packaging for foodapplications,with broad design possibilities and reduced manufacturing costs
www.aimplas.es/proyectos/cobapack
OBJECTIVE:
• Reduction in production costs using cheaper inner material
• Developing the manufacture process in just one step (substituting co-extrusion + thermoforming by co-injection)
• Increasing products range
• Opening new markets for materials from renewable resources
• Increasing the amount of recycled commodity thermoplastics in the market
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FP7 - CLIPP
STUDY OF RECYCLABILITY OF PAINTED, PRINTED, METALLIZED OR LAMINATED PLASTIC PARTS USING SUPERCRITICAL C02 AND NANOFILLERS
Objective:to promote a system which allows to use post-industrial wastes coming from scraps, and reels refused by manufacturers of plastic film for flexible packaging and injected packages.
Barrier polymers for SustainablePackaging – WHEYLAYER2
www.wheylayer.eu
Green Barrier Coating for Paper
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FP7 – BIOBOARD
www.bioboard.eu
At present about 7 million tonnes of coated paper, paperboard and cardboard are manufactured worldwide annually.
Over 20 million tonnes of whey, a by-product from cheese making and about 65,000 tonnes of dried juice protein and 140,000 tonnes of dried potato pulp are by-productsfrom starch production.
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Project Idea: project will result in improved practices in the legumes, plastic and packaging and biogas industries as well as their end users such as food and cosmetic manufacturers.
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FP7 – LEGUVAL
Valorisation of legumes co-products and by-products for package application and energy production from biomass
www.leguval.eu
New Classes of Engineering Composite Materials from Renewable Resources –Loudspeaker, 100 % wood, injection moulded
Contract: NMP2-CT-2005-51576926
FP6 – BIOCOMP
www.biocomp.eu.com
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Advanced Wood-Based Composites AndTheir Production – BioStructNext generation of wood and cellulose-reinforced composites - „enhanced wood-plastic composites“ or eWPCs - for complex structural and multifunctional components.
The research leading to these results has received funding from the EC FP7-NMP-2007-LARGE-1) under grant agreement number 214714www.biostructproject.eu
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FP7 – BIOSTRUCT
The research leading to these results has received funding from the EC FP7-NMP-2007-LARGE-1) under grant agreement number 214714
Park, Lithuania4. Klaipeda University, Air pollution from
ships research laboratory, Lithuania5. Drava water management company
Ptuj, Slovenia6. EcoCortec, Croatia7. Technology center PoliEko, Slovenia8. Faculty of Mechanical Engineering
and Naval Architecture, Croatia
Marine debris removal and preventing furter litter entry
Marine Clean Grant Agreement ECO/10/277396/SI2.60154329
EcoInnovation – MarineClean
www.marineclean.eu
1. Marine litter removing equipment
2. Edible and biodegradable food packaging
3. Smart fishing equipment
Edible packaging
Marine Clean Grant Agreement ECO/10/277396/SI2.60154330
EcoInnovation – MarineClean
www.marineclean.eu
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Optimization of joiningprocesses for new automotivemetal-composite hybrid parts
Coordinator: CENTIMFE
Partners: • Regeneracija• Belgian Welding Institute• Tenneco• Stam• Fundation Cidaut• Toolpresse• Poynting• Ideko S. Coop.
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FP7 – METALMORPHOSIS
Advantages of Recycling
Energy savings:Iron and Steel: requires 74% less energy. 2/3rds of steel is recycled.Non-Ferrous Metals: 96% less energy, 60% of metals rom scrap.Paper: 36% less energyPlastic: 80% less energy, only 17% is currently recovered.
Environmental Advantages:Less pollutionReduced greenhouse gas emissionsConserves natural resources wood, water, and minerals. With a recycling rate of 30%, we save about 256 billion barrels of crude oil, theequivalent of 22 million cars per year.
Economic Advantages:Dramatic energy savingsJob creation: 1.1 million U.S. payroll of $37 billion. Supports vital industries: paper and steel, plastics converters. Saves money: selling recycled materials, towns reduce the use of fuels.
Advanced materialsRecycling
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LIFE – AdRec
Innovative Collecting And Recycling Scheme for Plastic and Advanced Materials
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Growth only with innovations
“I have got reward fot innovation, and now we will do in different way!”