Summary
The aim of the project is to develop a novel low-cost intelligent crystallization visualization tool that enables the collection of
real-time stereo (or combined visible and infrared) images as well as prevents probe fouling by using a specially designed anti-fouling control system. With the additional software interface, with efficient image analysis approaches incorporated in the crystallization process informatics systems, the tool will be the first low-cost, real-time and in situ intelligent imaging tool, with built in crystallization control and design capabilities. With the specially designed anti-fouling system the probe will prevent encrust formation on the probe window, which is a typical problem for all imaging tools currently available on the market. Besides being an efficient and robust monitoring tool, the system will also enable users to readily apply state-of-the-art crystallization design and control approaches developed as part of the ERC CrySys: Crystallisation Systems Engineering – Towards a Next Generation of Intelligent Crystallisation Systems project, for the rapid design of crystallization processes, broadening the potential impact of the control technologies developed in the research.
real-time stereo (or combined visible and infrared) images as well as prevents probe fouling by using a specially designed anti-fouling control system. With the additional software interface, with efficient image analysis approaches incorporated in the crystallization process informatics systems, the tool will be the first low-cost, real-time and in situ intelligent imaging tool, with built in crystallization control and design capabilities. With the specially designed anti-fouling system the probe will prevent encrust formation on the probe window, which is a typical problem for all imaging tools currently available on the market. Besides being an efficient and robust monitoring tool, the system will also enable users to readily apply state-of-the-art crystallization design and control approaches developed as part of the ERC CrySys: Crystallisation Systems Engineering – Towards a Next Generation of Intelligent Crystallisation Systems project, for the rapid design of crystallization processes, broadening the potential impact of the control technologies developed in the research.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/737638 |
| Start date: | 01-04-2017 |
| End date: | 30-09-2018 |
| Total budget - Public funding: | 149 963,00 Euro - 149 963,00 Euro |
Cordis data
Original description
The aim of the project is to develop a novel low-cost intelligent crystallization visualization tool that enables the collection ofreal-time stereo (or combined visible and infrared) images as well as prevents probe fouling by using a specially designed anti-fouling control system. With the additional software interface, with efficient image analysis approaches incorporated in the crystallization process informatics systems, the tool will be the first low-cost, real-time and in situ intelligent imaging tool, with built in crystallization control and design capabilities. With the specially designed anti-fouling system the probe will prevent encrust formation on the probe window, which is a typical problem for all imaging tools currently available on the market. Besides being an efficient and robust monitoring tool, the system will also enable users to readily apply state-of-the-art crystallization design and control approaches developed as part of the ERC CrySys: Crystallisation Systems Engineering – Towards a Next Generation of Intelligent Crystallisation Systems project, for the rapid design of crystallization processes, broadening the potential impact of the control technologies developed in the research.
Status
CLOSEDCall topic
ERC-PoC-2016Update Date
27-04-2024
Geographical location(s)
