Keywords environmental monitoring systems, pollution control, process industries, gas sensors
Start Date: To be announced / Duration: 36 months
[ contact / participants ]
This project aims to develop low-cost instrumentation to enable process companies to achieve environmental compliance more cheaply. Emission and imission monitoring will be designed for easy integration into the higher system level.
The main objectives of the project are to:
Emission monitoring will be achieved by developing advanced semiconductor gas sensors. Novel semiconductor materials and constructions will be allied with embedded signal processing techniques to produce self-validating instruments for process operating environments.
Imission monitoring will be addressed by a device using OTIM (optical transform image modulation). The key advance in the basic technology is the use of ambient radiation for excitation, rather than cumbersome laser/reflector arrangements. This enables low-cost passive monitoring of wide areas in the open atmosphere. This will be developed together with array detection in a form suitable for deriving gas dispersion images in real time, thus providing a completely new and valuable capability in the field. This will be enhanced and developed together with the embedded signal processing needed to provide measurements in an industrially usable form. Just one system will provide a similar quality of information as supplied by hundreds of point sensors.
Dr David Boland
PO Box 6
UK - Billingham TS23 1LD
tel: + 44 / 642 523118
fax: + 44 / 642 522616
telex: 587443 ICI E
ICI - UK - C
EDP - P - P
MENTEC - IRL - P
CAPTEUR - UK - P
UNIVERSITY COLLEGE LONDON - UK - A
ENDRESS & HAUSER - D - P
SIEGER LTD - UK - P
CHELSEA INSTRUMENTS LTD - UK - A
TESS - 8058, December 1993
please address enquiries to the ESPRIT Information Desk
html version of synopsis by Nick Cook