Plastipolis Cluster is a network of over 400 members in the polymer microtechnology sector established in 2005 in Leuven, Belgium. It includes 250 firms, 95 R&D and education centers, and 60 institutions. Together the members have a consolidated turnover of 5.5 billion euros and employ over 30,000 people. The cluster focuses on innovation in key areas like transportation, medical, packaging, construction, and energy through projects totaling over 400 million euros. It also facilitates cooperation across Europe on strategic initiatives, technology transfer, and both inter-cluster and collaborative projects to advance areas like sustainable materials, advanced processes, and multi-material micro-manufacturing.
EURATEX Strategy for a Competitive and Innovative EU Textile & Clothing Industry
Serge Piolat, President of EURATEX
10th Annual Textile ETP Conference
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This document provides information about InForm, a European network that aims to promote networking and knowledge sharing in the field of nanotechnologies. InForm coordinates annual conferences on nanoformulation and provides travel bursaries. It also manages a researcher exchange program to encourage new collaborations. The network covers six themes related to nanomaterials and formulations. Seventeen partner organizations from across Europe and other regions are involved in managing InForm activities on behalf of the EU.
CETMA is a non-profit research organization located in Italy that focuses on sustainable innovation for transportation through advanced materials and processes. It has 85 employees with expertise in materials engineering, computer science, and industrial design. CETMA conducts research on composites to reduce vehicle weight and fuel consumption, including developing cost-effective manufacturing techniques, joining methods, and defect detection processes. It also investigates bio-based and smart materials. CETMA aims to fully exploit the potential of composite materials through a multidisciplinary approach and knowledge transfer to customers.
lecture 1 - Orientation & Discussion syllabus.pptxGurumurthy B R
This document provides an orientation and overview of the syllabus for an Advanced Textile Coloration and Color Measurement course, outlining 15 weekly topics that will be covered including fiber modification, natural dyes, digital printing, and special printing techniques. It details the course contents, evaluation mechanisms including a midterm and final exam, lab experiments, and lists potential seminar and individual assignment topics.
Seperation Technologies and Design of Complex Food Systems
September 12th -14th 2018 : Sponsored by the Research Foundation for Dairy Sciences Technical University of Munich @UlrichKolozik
Sandy Black, Centre for Sustainable Fashion, University of the Arts, WEAR Sus...WEAR Sustain
Presentation from Professor Sandy Black, Centre for Sustainable Fashion, University of the Arts, WEAR Sustain Open Call London Launch, Digital Catapult 3rd May 2017
Plastipolis Cluster is a network of over 400 members in the polymer microtechnology sector established in 2005 in Leuven, Belgium. It includes 250 firms, 95 R&D and education centers, and 60 institutions. Together the members have a consolidated turnover of 5.5 billion euros and employ over 30,000 people. The cluster focuses on innovation in key areas like transportation, medical, packaging, construction, and energy through projects totaling over 400 million euros. It also facilitates cooperation across Europe on strategic initiatives, technology transfer, and both inter-cluster and collaborative projects to advance areas like sustainable materials, advanced processes, and multi-material micro-manufacturing.
EURATEX Strategy for a Competitive and Innovative EU Textile & Clothing Industry
Serge Piolat, President of EURATEX
10th Annual Textile ETP Conference
25-26 March 2015, Brussels
This document provides information about InForm, a European network that aims to promote networking and knowledge sharing in the field of nanotechnologies. InForm coordinates annual conferences on nanoformulation and provides travel bursaries. It also manages a researcher exchange program to encourage new collaborations. The network covers six themes related to nanomaterials and formulations. Seventeen partner organizations from across Europe and other regions are involved in managing InForm activities on behalf of the EU.
CETMA is a non-profit research organization located in Italy that focuses on sustainable innovation for transportation through advanced materials and processes. It has 85 employees with expertise in materials engineering, computer science, and industrial design. CETMA conducts research on composites to reduce vehicle weight and fuel consumption, including developing cost-effective manufacturing techniques, joining methods, and defect detection processes. It also investigates bio-based and smart materials. CETMA aims to fully exploit the potential of composite materials through a multidisciplinary approach and knowledge transfer to customers.
lecture 1 - Orientation & Discussion syllabus.pptxGurumurthy B R
This document provides an orientation and overview of the syllabus for an Advanced Textile Coloration and Color Measurement course, outlining 15 weekly topics that will be covered including fiber modification, natural dyes, digital printing, and special printing techniques. It details the course contents, evaluation mechanisms including a midterm and final exam, lab experiments, and lists potential seminar and individual assignment topics.
Seperation Technologies and Design of Complex Food Systems
September 12th -14th 2018 : Sponsored by the Research Foundation for Dairy Sciences Technical University of Munich @UlrichKolozik
Sandy Black, Centre for Sustainable Fashion, University of the Arts, WEAR Sus...WEAR Sustain
Presentation from Professor Sandy Black, Centre for Sustainable Fashion, University of the Arts, WEAR Sustain Open Call London Launch, Digital Catapult 3rd May 2017
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The document discusses the European Technology Platform for textiles, which aims to ensure the long-term competitiveness of the EU textiles and clothing industry through collaborative research and innovation. It has over 750 expert members from across Europe. One initiative is the establishment of 7 "flagship" projects focusing on using textiles to address societal challenges, including one on innovative textiles for marine applications and coastal protection. This flagship aims to increase textile material use in marine markets and identify promising applications through building consortia and seeking funding. Examples of regional clusters bringing together the textiles and marine sectors in research projects are also provided.
This document provides information about a seminar on innovation through polymer microtechnology and a visit to IMEC's cleanroom. It discusses how miniaturization is increasing in manufacturing industries and the opportunities that microprocessing of plastics presents in Flanders. It introduces the Change2Micro project, which is a business opportunity coaching initiative focused on supporting Flemish companies in developing new activities and business cases related to microprocessing of plastics. The project aims to help drive the transition to microprocessing in the Flanders plastics sector through networking, technological support, and business model coaching. It involves collaboration with several knowledge partners that can provide expertise in areas like polymer synthesis, microfabrication, microsystems technology, and more.
The document is a curriculum vitae for Dr. Geetha Seshadri, who has over 22 years of experience in material science and polymer development. She received her Ph.D in chemistry in 1999 and currently works as the Assistant Director and Chief of the Material Science Division at the Shriram Institute for Industrial Research. Her areas of expertise include developing new polymers and technologies in optical plastics, fluoropolymers, and nanotechnology. She has published over 15 research papers, filed 12 patents with 8 awarded, and trained graduate students in polymer synthesis and characterization.
Presentation by António J. Pontes for Digital PortugalBDI
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1- the concept and definition
2- operational aspects
3- Illustrations, examples
4- Taxonomy
NAFIGATE Corporation develops international markets for nanofibers. It creates a Global Innovation Center for Nanofiber Application that brings together world-class experts and companies. The Center is based on cooperation, strong personal relationships with experts, and a focus on business. NAFIGATE has partnerships with numerous universities and companies around the world to develop new nanofiber applications in areas like filtration, energy storage, biotechnology and more.
Carpet Recycling UK is the only membership association dedicated to helpig the UK carpet and textile flooring sector become more sustainable.
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EATEL Summer School on Technology Enhanced learning Jtelss18Mikhail Fominykh
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http://ea-tel.eu/jtelss/jtelss2018/
This document discusses electronic inks and pastes produced by Intrinsiq Materials for applications such as packaging, batteries, sensors, displays, and touchscreens. It provides an overview of Intrinsiq Materials' facilities for nanoparticle production and development, including rapid prototyping systems, a pilot plant, and analytical equipment. Examples are given of Intrinsiq's copper inks being used in applications like circuit development, biosensors, LEDs, and OLED lighting through printing and laser sintering processing. The document emphasizes the need for low-cost, high-quality conductive inks combined with cost-effective sintering to increase adoption of printed electronics.
A series of slides capturing highlights from the CAUDIT Teaching and Learning...James Sankar
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1) Universities are taking experimental approaches to learning space design but are often constrained by existing room sizes and infrastructure.
2) Standardization of equipment and services helps lower support needs but designs vary significantly between institutions depending on priorities and culture.
3) Most new spaces employ technology to connect multiple sites and make resources accessible online or off campus, but full integration of spaces with network services is still developing.
The document summarizes findings from a study tour of learning spaces at several Australian universities. Key points include:
1) Universities are taking experimental approaches to learning space design but are often constrained by existing physical spaces and infrastructure.
2) Standardization of technology and equipment helps reduce training and support needs, while more flexible use of shared services allows adaptation to different needs.
3) Institutional culture and goals influence technology choices, with some focusing on on-campus experiences while others emphasize connectivity across multiple campuses or off-campus students.
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The document outlines the program for the Sirris Materials Day 2010 event. It includes an opening and introduction, three interactive workshop sessions on composite materials, smart materials and sustainable investments, a keynote speech, and closing session. The workshops explore challenges and opportunities regarding surface preparation of composites, powder coating of composites, using composites in sun shields, using steel fibers as composite reinforcement, and more. Major themes from the smart materials workshop include evaluating new materials' applications, processing considerations, and supporting innovation. The sustainable materials workshop discusses success factors, looking beyond business models, and tools for sustainable material selection.
On 8 February 2019, the Environmental Futures & Big Data Impact Lab (Impact Lab), held an official launch event for the Plymouth Business Community. Led by the University of Plymouth, Plymouth College of Art & Plymouth Marine Laboratory, the event was an opportunity to learn more about the free, multi-disciplinary support available from the three aforementioned partners, along with the University of Exeter, the Met Office, Exeter City Futures and Rothamsted Research - the other four organisations which make up the Impact Lab partnership.
The Impact Lab is a 3-year, £6.4m project, part-funded by the European Regional Development Fund. Visit: www.impactlab.org.uk for more information.
The PrivacyOS project aims to bring together industry, government, academia and civil society to foster the development and deployment of privacy infrastructure in Europe. It will facilitate an open e-services market across privacy regimes and allow users to define, monitor and control privacy profiles. The project will also exchange research and best practices through conferences to promote privacy-friendly identity management, awareness raising, enabling privacy online, and understanding data analysis techniques.
The MADMAX project aims to organize a cluster of private and academic laboratories in composites to investigate benchmarking materials for transport applications. The consortium will establish a technology watch on composites and manufacturing processes. MADMAX will contribute to a European knowledge platform and database for fibers, resins, textile structures, and monitoring composite structures, especially benefiting SMEs. The project is supported by the EU under the 7th Framework Programme and coordinated by ENSIAME University of Valenciennes, France.
This document summarizes AIMPLAS, a Centre of Innovation and Technology that supports companies in the plastic sector. It has over 100 professionals and 8,500 square meters of facilities with advanced technologies. AIMPLAS provides R&D projects, testing, materials processing, technical assistance, and training solutions. It also discusses opportunities for international collaboration and EU funding programs. AIMPLAS has participated in over 80 projects, providing benefits like facing ambitious challenges, preparing for the future, risk sharing, and networking. Examples of successful projects involving SMEs are provided. Innovation trends are highlighted like weight reduction, improved properties, multifunctionality, and environmental improvement.
Legal and Contractual Framework, and Obligations of WEAR Sustain FundingWEAR Sustain
The document outlines the timeline and process for the WEARsustain open call for funding wearable and e-textile projects that address ethics and sustainability. It discusses:
1) An open call for funding up to €50k per interdisciplinary project working with technologists to address product lifecycle issues.
2) The application timeline from November 2017 to January 2018, selection process involving reviewers, and notification of winners by February 2018 to begin 6 month prototypes by March 2018.
3) Funding will be provided in installments of €25k initially, €15k after midterm review, and €10k after final review, along with €15k in innovation vouchers.
4)
Oscar Tomico, Eindhoven University of TechnologyWEAR Sustain
The document discusses soft wearables and sustainable design. It addresses moving from product-focused to service-focused wearables and exploring interactions between garments and the body. The document outlines workshops held in various locations to design soft, interactive textiles through hands-on experimentation with materials like heat and vibration. It reflects on balancing craft and technology, functionality and aesthetics, and moving beyond binary design frameworks through an intentional, transformative process.
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Fab Labs : a overall idea of what a Fab Lab isFing
A few years ago Fing has the opportunity to visit several locations in Europe and in the U.S. This presentation will give you an overall idea of what is a Fab Lab. It is divided in 4 parts :
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3- Illustrations, examples
4- Taxonomy
NAFIGATE Corporation develops international markets for nanofibers. It creates a Global Innovation Center for Nanofiber Application that brings together world-class experts and companies. The Center is based on cooperation, strong personal relationships with experts, and a focus on business. NAFIGATE has partnerships with numerous universities and companies around the world to develop new nanofiber applications in areas like filtration, energy storage, biotechnology and more.
Carpet Recycling UK is the only membership association dedicated to helpig the UK carpet and textile flooring sector become more sustainable.
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