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Flow Chemistry Unit

The Flow Chemistry Unit is focused on the transformation and optimization of production processes for the fine chemical industry. Application of new production techniques that allow the transformation of batch processes to safer, more efficient, faster, and more environmentally sustainable continuous processes.

COMPLETE OFFER OF R&D&i SERVICES IN FLOW CHEMISTRY PROCESSES

SERVICES

  • Selection and testing of chemical reactions using microwave reactors
  • Development and optimization of chemical processes
  • Process optimization through design of experiments (DoE)
  • Process scaling
  • Manufacturing of test batches

CONTINUOUS PROCESSES

  • Feasibility studies of the transition from batch processes to continuous processes in flow reactors
  • Development and optimization of continuous processes. For both new and existing products.
  • Development of analytical methods
  • Manufacturing of test batches
  • Process transfer to 250 mL/min reactors

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FACILITIES

Flow Chemistry Unit

Thermal Analysis Laboratory

Chromatography Laboratory

RESEARCH GROUP:

GQF

Grup de Química Farmacèutica

School of Engineering

Pharmaceutical Chemistry Group

The research focuses on two main areas: New Drugs in Biomedicine and Health Sciences and Flow Chemistry Processes.

CRISOL

Chemical Reactions for Innovative Solutions

School of Engineering

Chemical Reactions for Innovative Solutions

CRISOL is a powerful team capable of offering innovative chemical tools that make it real solutions to the challenges of Molecular Science.

EQBA

Electroquímica i Bioanàlisi

School of Engineering

Electrochemistry and Bioanalysis Group

EQBA's activity is structured around the different analytical, spectrometric, chromatographic, electrochemical and optical techniques, both in their application and in their development.

LINKED NEWS

Research

New proposals with continuous flow chemistry

09/03/2023
IQS researcher Maite Molins Colomer has earned a University Professor Training Grant to conduct her doctoral thesis in which she will explore reactions in continuous flow chemistry using autocatalytic copper reactors.
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