Newton Fund - GraphClean - Printed Electronic senosrs for urban monitoring applications in China
Lead Participant:
CENTRE FOR PROCESS INNOVATION LIMITED
Abstract
The project will develop and commercialisation of a series of printable sensor platforms capable of sensing the
biggest hazards to urban health in China and the UK providing societal benefits to both the countries long term.
It builds upon previous academic work which was funded in the UK and will be further developed by a member
of the HVM Catapult. The up-scaled sensors will target industrial solvents, NOx, CO and PM2.5 particles and
seek to develop a sensor inlay capable of being integrated with conventional electronics. The basis of the 3
sensors will utilise a novel particle sensing electrode, an OFET gas sensor and a graphene/metal oxide sensor.
The printable electronic components will be developed in the UK using high-value materials and large area
fabrication techniques and then licenced for production in China. The majority of the work in the project will
focus on the optimisation of the design, the functional inks and design of the platform for first application
implementation. This will be progressed to a short trial within China of the sensor platform. The output of the
project will be a versatile platform which can be exploited in multiple markets.
biggest hazards to urban health in China and the UK providing societal benefits to both the countries long term.
It builds upon previous academic work which was funded in the UK and will be further developed by a member
of the HVM Catapult. The up-scaled sensors will target industrial solvents, NOx, CO and PM2.5 particles and
seek to develop a sensor inlay capable of being integrated with conventional electronics. The basis of the 3
sensors will utilise a novel particle sensing electrode, an OFET gas sensor and a graphene/metal oxide sensor.
The printable electronic components will be developed in the UK using high-value materials and large area
fabrication techniques and then licenced for production in China. The majority of the work in the project will
focus on the optimisation of the design, the functional inks and design of the platform for first application
implementation. This will be progressed to a short trial within China of the sensor platform. The output of the
project will be a versatile platform which can be exploited in multiple markets.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
CENTRE FOR PROCESS INNOVATION LIMITED | £239,627 | £ 143,776 |
  | ||
Participant |
||
NOVALIA LIMITED | £111,346 | £ 77,942 |
UNIVERSITY OF CAMBRIDGE | £248,948 | £ 248,948 |
THE UNIVERSITY OF MANCHESTER | £242,844 | £ 242,844 |
NEUDRIVE LIMITED | £148,188 | £ 103,732 |
INNOVATE UK | ||
UNIVERSITY OF CAMBRIDGE |
People |
ORCID iD |
David Bird (Project Manager) |