Title
Integrated Nanoelectrode Sensor Systems

CoPED ID
0d0027d3-f54e-466f-b064-c0ad64f6a372

Status
Closed


Value
£199,996

Start Date
Nov. 1, 2013

End Date
Oct. 31, 2015

Description

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This project seeks to address the cost effective and reproducible manufacture of high performance electrochemical sensor devices. NanoFlex have brought to market the first commercial nanoelectrode for academic and blue-chip researchers. Through this project NanoFlex seek to develop their current nanoelectrode technology up the value chain, integrating it into high-value sensor system solutions, for health-care diagnostics, environmental monitoring, nuclear decommissioning and energy storage. An integrated sensor system will offer a enhancements in performance characteristics and hence enable electrochemical applications solutions that are not currently addressable using existing electrodes or sensor systems. Our approach to sensor systems is innovative in that it offers a relatively simple and highly scalable method of manufacture utilising established thin film techniques in a radical and efficient manner. Our enabling technology is patent protected. TSB investment in this project will ensure that this innovative technology and approach to manufacture continues to be developed within the UK to maximise its value and enable it to provide high value manufacturing opportunities.

Nanoflex Limited LEAD_ORG
Nanoflex Limited PARTICIPANT_ORG

Subjects by relevance
  1. Sensors
  2. Manufacturing
  3. Identifiers (detectors)
  4. Diagnostics
  5. Technological development

Extracted key phrases
  1. Integrated Nanoelectrode Sensor Systems
  2. High performance electrochemical sensor device
  3. Value sensor system solution
  4. Project NanoFlex
  5. Current nanoelectrode technology
  6. High value manufacturing opportunity
  7. Reproducible manufacture
  8. Innovative technology
  9. Electrochemical application solution
  10. Cost effective
  11. Value chain
  12. Commercial nanoelectrode
  13. Performance characteristic
  14. Chip researcher
  15. Thin film technique

Related Pages

UKRI project entry

UK Project Locations