Eco-innovation

Service tools

  • Current languageen

Navigation path

RECYTUBE - INCREASING THE USE OF RECYCLED CARBON NANOTUBE (CNT) COMPOUNDS FOR APPLICATIONS (RECYTUBE)

Download PDFDownload PDF
RECYTUBE project proposes the reutilization of scraps containing carbon nanotubes (CNT) generated during masterbach, compounding or injection moulding production processes to produce new plastic nanocomposites with commercial value. Based on the previous expertise gained in PolyCond project1, in RECYTUBE it is proposed to reintroduce this waste in the value chain to obtain new polymer nanocomposites with good electrical properties, to be used in the injection moulding of plastic pieces for different applications, depending on the final properties, such as electromagnetic interference (EMI) shielding or electrostatic discharge (ESD) protection, replacing metal pieces with added benefits such as reduced weight or design flexibility, among others. It will be no necessity of machinery modifications or new investments to adapt this new concept to the existing machines already in production, enabling its easy reproducibility and replication. The consortium is composed of 4 partners representing all the steps of the value chain: AIMPLAS (coordinator, plastic sector expert), NANOCYL (CNT masterbatch producer), COLOREX (CNT compound producer) and FAPERIN (injection moulding using CNT scrap).

Benefits

The CNT plastic industry will be reinforced, being able to offer more competitive prices for conductive parts from sectors as electric & electronic.
Top

Results

  • Methodology to reuse the CNT-containing scraps in the masterbatch production, compounding and injection moulding conductive plastic parts.
  • No need of machinery modifications or new investments to adapt this new concept to the existing machines already in production, enabling its easy reproducibility and replication.
  • Important savings in money for plastic processors producing CNT containing products; reduction or elimination of the associated CNT waste management.
  • Gas emissions and energy consumption reduction because of the potential reduction of CNT production and transports.
  • Apart from the electrical sector, RECYTUBE outcome could be utilized in medical, automotive, construction, communications, aeronautical, sports and other applications to dissipate electrostatic discharge.
Top

Partners and coordinator

List Map
Top

Contact

ASOCIACION DE INVESTIGACION DE MATERIALES PLASTICOS Y CONEXAS - AIMPLAS
C Gustave Eiffel, 4 Parque Tecnologico
46980 Paterna Valencia
Spain
Contact point: 
Name: 
Liliana Chamudis-Veran

Budget

Key documents

More documents


In brief

Sector:
Recycling
Duration:
02/07/2010 to 01/01/2013
Contract number: 
ECO/09/256152

Media coverage

More articles


Related projects

More projects