Smart-Label based on Cellulose Nano Fibres

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The Italian partner FEDRIGONI is a private company producing fine and technical papers, including high-performance products for printed electronics and connected papers. In the INN-PRESSME project, the main objective is to use the different pilot-lines within the consortium to develop a smart-label on paper for the packaging industry, using cellulose as the main reneweable and low environmental impact material. FEDRIGONI is in charge of the fabrication and scaling-up of the smart label (including a NFC communication system, a humidity sensor, an electrochromic display and a battery), using Roll-to-Roll printing technics and developments made in the different pilot-lines of the consortium :

  • Development of Cellulose NanoFibrils at VTT’s pilot-line and Cellulose NanoCrystals at RISE’s pilot-line.
  • Development of nanocellulose based electrolytes for the battery and the electrochromic display at CIDETEC’s pilot-line.
  • Development of a printed cellulose-based humidity sensor at CEA’s pilot-line.

A mobile application to test the functionalities of the smart-label (recording of the humidity and temperature, and feedback to the user through the electrochromic display) has been developed and validated. The current results of the research show that up-scaling to the required quantities is possible.

Facts and Figures

Related pilot lines

Large smart surface for industrial scale-up

Development of smart surfaces with embedding electronic functionalities, such as printed/stretchable/flexible antennas/filters, sensors, actuators, organic FT-circuits (e.g., gate drivers), piezoelectric energy harvesters as well as SMD (surface mount devices),bare die and LEDs.

What we want to achieve:
  • The possibility to realize prototypes and studies using a large set of printing and characterization equipment prior to an industrial scale-up.
  • Other benefits: Industrial transfer of printed electronic functions and related technologies, Research and Development services in the field of printed electronics and Training of future pilot line operators.
Download pilot line pdf

Production of novel cellulose-based bio-inks and slurries

Further development of the production of bio-based printable inks from laboratory status to industrial use.

What we want to achieve:
  • The pilot line will allow companies to develop and test bio-based printable/coatable formulations and assess the possibilities and benefits that these eco-friendlier solutions can bring them.
  • The pilot line services will allow SMEs and companies to develop and test such new products or manufacturing processes at affordable cost.
  • It will also allow them to be well positioned in the field of bio-based materials and support decision-making for further and larger investments for production scale implementation.
Download pilot line pdf

Increasing the available amount of cellulose nano crystals

RISE wants to optimise and increase the production of Nano Cellulose Crystals (CNC) to reach an output of 10Kg/day.

What we want to achieve:
  • Deliver amounts of CNC large enough for process and product development.
  • the pilot line aims to have a scalable process with a commercially relevant product to support decision making for production scale implementation.
Download pilot line pdf

Efficient industrial use of Cellulose NanoFibril

Improving and optimising the production of nano cellulose as a sustainable biomaterial to reduce the use of fossil plastic.

What we want to achieve:
  • The pilot line will deliver amounts of CNF large enough for process and product development
  • Furthermore, the pilot line aims to have a scalable process with a commercially relevant product (with qualities similar to what a commercial supplier would produce) to support decision making for production scale implementation.
  • State of the art pilot facilities can be used to produce nano cellulose tailored based on the end-product requirements.
  • Scientific competence, characterisation methods and quality control tools will support the tailoring and optimization work.
Download pilot line pdf