Summary
Flow chemistry represents a promising tool for the fine chemical and pharmaceutical industries to manufacture chemicals and drugs
in a cheaper, greener and safer way. However current continuous flow systems present technical limitations, especially regarding
handling solids and liquid viscous, which have hindered their adoption by the industry. Today, only 33% of the chemical processes can
be conducted in continuous flow systems due to solid particles that clog the process. At Qfluidics, we have developed a breakthrough
technology that overcomes the limitations of conventional flow systems. Our proprietary technology- the liquid tube, allows to handle
solids without clogging, paving the way toward a wide range of chemical processes and enables process intensification, making this
technology ideal for industrial scale. With the support of the EIC we will industrialize our liquid tube flow reactors, bringing to the market
modular solutions for research and industrial scale applications.
in a cheaper, greener and safer way. However current continuous flow systems present technical limitations, especially regarding
handling solids and liquid viscous, which have hindered their adoption by the industry. Today, only 33% of the chemical processes can
be conducted in continuous flow systems due to solid particles that clog the process. At Qfluidics, we have developed a breakthrough
technology that overcomes the limitations of conventional flow systems. Our proprietary technology- the liquid tube, allows to handle
solids without clogging, paving the way toward a wide range of chemical processes and enables process intensification, making this
technology ideal for industrial scale. With the support of the EIC we will industrialize our liquid tube flow reactors, bringing to the market
modular solutions for research and industrial scale applications.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/101162771 |
| Start date: | 01-03-2024 |
| End date: | 28-02-2026 |
| Total budget - Public funding: | 3 570 490,00 Euro - 2 499 343,00 Euro |
Cordis data
Original description
Flow chemistry represents a promising tool for the fine chemical and pharmaceutical industries to manufacture chemicals and drugsin a cheaper, greener and safer way. However current continuous flow systems present technical limitations, especially regarding
handling solids and liquid viscous, which have hindered their adoption by the industry. Today, only 33% of the chemical processes can
be conducted in continuous flow systems due to solid particles that clog the process. At Qfluidics, we have developed a breakthrough
technology that overcomes the limitations of conventional flow systems. Our proprietary technology- the liquid tube, allows to handle
solids without clogging, paving the way toward a wide range of chemical processes and enables process intensification, making this
technology ideal for industrial scale. With the support of the EIC we will industrialize our liquid tube flow reactors, bringing to the market
modular solutions for research and industrial scale applications.
Status
SIGNEDCall topic
HORIZON-EIC-2023-ACCELERATOROPEN-01Update Date
02-06-2025
Geographical location(s)
