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Integrated Material and Information TEChnologies for novel emission control Systems

Objective

The aim of this proposal is to develop an integrated sensor platform for next-generation emission control systems such as particulate (soot) filters and nitrogen oxides converters through systems integration of micro/nano-materials technologies, virtual sensor simulation algorithms and instrumentation of emission control devices. This is in direct response not only to future market potential of these technologies, but also to explicit statements of the EC to push sensor development for such applications by 2008. After incorporating software modules with the sensor elements the integrated device will be tested under realistic conditions for developing modalities and strategies for feedback control of the system. Finally, LCA/techno economic assessment for the developed technologies will be carried out.

Objectives:
To produce multifunctional (micro fluidic/catalytic/electrochemical/electric) micro/nano-scale porous sensing elements by integrating:
i) A sensitive but affordable sensor platform for the detection of soot nanoparticles (detectable mass between 1-30gr/m2 of filter area) and nitrogen oxides concentrations (< 500ppm) for on-line emission monitoring of next-generation emission control devices like diesel particulate filters and deNOx converters;
ii) Robust and computationally efficient multi scale algorithms simulating the system performance, leading to the production of virtual sensors, with substantial overall system cost reduction benefits;
iii) Fundamental knowledge on the functioning performance of the new sensor platform interfaced with next generation emission control systems on state-of-the-art diesel engines.

Work description:
The main activities of the proposed project will be structured around the following Work packages:
- Development of new, miniature diagnostic hardware elements for the detection of the soot mass loading and the triggering and detection of regeneration of a particulate filter in diesel exhaust;
- Procurement and screening of diagnostic hardware elements for the detection of NOx concentrations in diesel exhaust;
- Development of the requisite algorithms for the simulation of diagnostic element responses and the production of novel virtual sensor modules;
- System integration aimed at coupling the hardware diagnostic element components and software modules in a single sensor platform to be tested on a modern diesel engine;
- Development of modalities and strategies for feedback control of the sensor platform;
- Performance of Life Cycle Analysis and techno-economic assessment for the developed technologies.

Milestones:
M1 Review and assessment of progress of the project;
M2 Choice of diagnostic principle for soot sensor;
M3 Choice of the most suitable NOx sensing element;
M4 Choice of algorithms for sensor response simulation;
M5 Validation of sensor response algorithms;
M6 Debugged sensor platform;
M7 Operation on engine/dynamometer bench;
M8 Issuing of LCA/techno-economic report.

Funding Scheme

CSC - Cost-sharing contracts

Coordinator

CENTRE FOR RESEARCH AND TECHNOLOGY HELLAS
Address
6Th Km Charilaou-thermi Road
57001 Thermi-thessaloniki
Greece

Participants (5)

AVL LIST GMBH
Austria
Address
Hans-list-platz 1
8020 Graz
CENTRO RICERCHE FIAT SOCIETA CONSORTILE PER AZIONI
Italy
Address
Strada Torino 50
10043 Orbassano (To)
CHRISTIAN-DOPPLER-LABORATORY FOR APPLIED COMPUTATIONAL THERMOFLUIDDYNAMICS AT THE UNIVERSITY OF LEOBEN
Austria
Address
Franz Josefstrasse 18
8700 Leoben
JOHNSON MATTHEY PLC.
United Kingdom
Address
2-4 Cockspur Street, Trafalgar Square
London
ROBERT BOSCH GMBH
Germany
Address
Robert-bosch-platz1
70839 Gerlingen-schillerhoehe