PROJECT OVERVIEW

Objectives

To develop affordable high-end probes for chemical composition and particle size analysis. To develop MEMs-based standard sensors wirelessly connected to the data logging System. To develop an integrated process control approach in the mineral, ceramic, non-ferrous metals and chemical industry.

INNOVATION

Integrating on-line measurement and/or modelling of critical quality attributes with automated feedback control of the process parameters can ensure more efficient control of processes, reducing product variability, thereby preventing products being rejected further down the supply chain.

ProPAT aims to develop a flexible, scalable, and affordable process monitoring and control composed based on a variety of Process Analyitc Technologies (PAT). Specifically ProPAT consists of (i) novel NIR sensors and Particle Size analysers and (ii) an integrated set of commercial smart sensors for online real-time monitoring, complemented by data fusion and chemometric models to translate sensor data to predictions of (a) key process parameters and (b) of critical point detection. These elements will be brought together via a versatile Global Control Software Platform for data acquisition, data processing & mining and User Interface that will act as Decision Support System, transforming process data and predictions to useful information for the operators and production managers. ProPAT will thus enable them to increase process efficiency and product quality and reduce primary resources, scrap and off-spec products thereby dramatically reducing overcosts derived from even slight deviations from the optimum process.

Increased globalisation and competition are drivers for process analytical technologies (PAT) that enables seamless control, greater flexibility and cost efficiency.
- PROPAT, INTEGRATED PROCESS CONTROL
ProPAT will enable near real time closed-loop process control to operate industrial processes at their optimum while ensuring high levels of quality.
- PROPAT, INTEGRATED PROCESS CONTROL
Through the adoption of ProPAT in process industries, operators will be empowered to monitor progress and halt.
- PROPAT, INTEGRATED PROCESS CONTROL

Phase 1

Definition of the ProPAT specifications

Phase 2

Development of the ProPAT technologies

Phase 3

Validation

Phase 4

Demonstration

Phase 5

Training and Education

Phase 6

Deployment in the European SPIRE industries
0 Months
0 Million Budget
0 Partners
0 Countries

H2020 and SPIRE

EU-SPIRE

PARTNERS

DechemaUniversity of DresdenGlaxo Smith KlineGrecian MagnesiteInstitut de Ciencies FotoniquesLeeds UniversityMBM NanomaterialiaMEGARA RESINSUniversitat Rovira i VirgiliSpectra EnginesInstitute Of Technology TraleeUniversitat de BarcelonaVTTVTT MemsfabZurich University of Applied Sciences

Cooperation Opportunity

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DISSEMINATION MATERIALS

CONTACT

H2020 - SPIRE

SPIRE 1 - 2014 Integrated Process Control
Grant Agreement no. 637232.

Project Coordinator

Mr. Yorgos Chalkias
gchalkias@iris.cat
+34 93 554 25 00

Address

Parc Mediterrani de la Tecnologia
Avda. Carl Friedrich Gauss nº 11
08860 Castelldefels
(Barcelona) - Spain

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