INNOVATIVE EUTECTOGELS FOR EMERGING APPLICATIONS
Lead Research Organisation:
University of Cambridge
Department Name: Engineering
Abstract
The main goal of the IONBIKE 2.0 proposal is to fully exploit the science and technology of the disruptive "eutectogel" materials and
its wide range of emerging applications in energy, bioelectronics and environment. IONBIKE 2.0 MSCA Staff Exchanges proposal is a
natural follow-up of the IONBIKE RISE project. It will take advantage of the gained knowledge and momentum by the IONBIKE RISE
consortium in ionic liquid gels in bioelectronics with the addition of new partners as well as the extension of its technical scope to
eutectogels and a wider range of applications. IONBIKE 2.0 will provide support for a joint research and innovation project through
the exchange of staff with 15 partners including sixe European Universities, one Research Institute, two industries and six Universities
from non-EU third countries. IONBIKE 2.0 will encourage collaboration towards a common scientific goal between all partners
through staff exchanges, sharing research infrastructures and networking activities. The research is highly interdisciplinary involving
experts in different areas such as chemistry, polymers, electrochemistry, organic electronics, (bio)electronic devices, energy, chemical
engineering, environmental membranes and medical sciences. IONBIKE 2.0 is very ambitious, and it goes all the way from chemistry
of the emerging eutectogels towards applications, including the participation of two industrial partners.
its wide range of emerging applications in energy, bioelectronics and environment. IONBIKE 2.0 MSCA Staff Exchanges proposal is a
natural follow-up of the IONBIKE RISE project. It will take advantage of the gained knowledge and momentum by the IONBIKE RISE
consortium in ionic liquid gels in bioelectronics with the addition of new partners as well as the extension of its technical scope to
eutectogels and a wider range of applications. IONBIKE 2.0 will provide support for a joint research and innovation project through
the exchange of staff with 15 partners including sixe European Universities, one Research Institute, two industries and six Universities
from non-EU third countries. IONBIKE 2.0 will encourage collaboration towards a common scientific goal between all partners
through staff exchanges, sharing research infrastructures and networking activities. The research is highly interdisciplinary involving
experts in different areas such as chemistry, polymers, electrochemistry, organic electronics, (bio)electronic devices, energy, chemical
engineering, environmental membranes and medical sciences. IONBIKE 2.0 is very ambitious, and it goes all the way from chemistry
of the emerging eutectogels towards applications, including the participation of two industrial partners.
