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Printed Electronics
valmas

The main objective will be to develop stretchable conductive layers embedded into textiles (sock with integrated conductors) using a bio-based stretchable substrate, an ink and adhesives with printed electronic processes. Bio-based inks will be developed with bio-resins and functionalized CNC and BNC. TPU produced by reactive extrusion and biobased succinate polyesters will be used as flexible substrates, and nano-copper for stretchable electrical prints will be integrated directly into textiles as stretchable circuitry between sensors and electronics. To achieve this, nano biochar will be modified by nano-copper and silver to enhance their electrical conductivity.

ΒΙΟΜASS
BIOMASS FRACTIONATION
& PRE-TREATMENT
PL1 - PRE-TREATMENT
INTERMEDIATE MATERIALS
PL8-UEDIN PYROLYSIS
PL13,14-ITENE MECHANICAL / HYDROLYSIS, COATING
PL2-RISE HYDROLYSIS / FERMENTATION
BIOCHAR, NANOCELLULOSE.
PL9-LIST REX
PL3-AUTH HYDROGENATION/ HYDROGENOLYSIS
PL12-FHWKI RESINS PRODUCTION
FLEXIBLE
THERMOPLASTIC
POLYURETHANES
(TPU)
SUBSTRATES

PE (SUCCINATE BASED)
AND PU
RESINS
PRINTED ELECTRONICS
PL16-DTI
OHMATEX
Validation of the final prototypes
stretchable electrical prints integrated
directly into textiles
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