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Research background, projects and collaborations
Here it is included our research interests and the development of the group.

Our group, Microwaves and Sustainable Organic Chemistry has focused our research in the application of enabling and environmentally benign techniques in Organic Synthesis,

In 1993 we began with a research line on the application of microwave activation for organic reactions and the synergy with solvent-free reactions and catalysis.
Our contributions have been reflected in:

(i) Publication of more than 140 papers in international journals dealing with the application of microwave irradiation in organic synthesis, most of them in Q1.

(ii) Edition of various book chapters (Targets in Heterocyclic Systems, Microwaves in Organic Synthesis, Advances in Organic Chemistry – Online.  The Handbook of Environmental Chemistry. Alternative Energy Sources for Green Chemistry)

(iii) Publication of several reviews on the field.

It should be remarked that the review Thermal and non-thermal microwave effects (Chem. Soc. Rev.) with more than 1800 citations to date, being the second most cited review in MAOS, and we published recently a review on Understanding MAOS through Computational Chemistry (Chem. Soc. Rev.)  

(iv) Editor of the third edition of the book Microwaves in Organic Synthesis (Wiley, published in 2012).

We have imparted several Invited Lectures in meetings in Microwave Chemistry, Heterocyclic Chemistry, Green Chemistry and Materials Chemistry and NMR spectrocopy.

We have participated in International Scientific Committees in Congresses related to our research, for example: 2nd Internacional Conference on Microwave Chemistry (Praga, 1998), 5th Green Chemistry Conference (Barcelona, 2003), 8th International Electronic Conference on Synthetic Organic Chemistry (2004), 10th International Conference on Microwave and High Frequency Heating (Modena, Italia, 2005).

Since 2000 we expanded our research to other environmentlly benign methoologies like mechanochemistry, and flow chemistry and to in-line analysis and structural determintation by with NMR spectroscopy. 

We have also expanded our research to the applications in chemistry of materials (graphene and optical waveguides) and the development and application of NMR microcoils and Photo-CINDP.

In the field of mecanochemistry we have developed methodologies for the exfoliation fo graphene (published in Chem. Commun. with more than 250 citations) and in the reactivity of carbon nanostructures.

In flow chemistry we mantain a fruitful collaboration with Janssen, S.A. for the introduction of ths methodology in the research in the Pharmaceutical Industry. We have published some book chapters and several papers, two of them published in Angew. Chem. on the use of photochemistry and flow chemistry. We are curently editing a book on Flow Chemistry in Drug Discovery published by Springer in 2021.

The research lines on optical waveguides and NMR microcoils are more widely developed in the section "staff".

Two of our researchers have been awarded with prizes, Premio Joven Investigadora “Ibn Wafid de Toledo“ 2009 form the Junta de Comunidades de Castilla-La Mancha and L’Oreal-UNESCO “For Women in Science” 2010.

One researcher was electect for Marie Curie and two for Ramón y Cajal contracts.

Master degrees

We participate in three Master degrees

Master of Research in Chemistry

Master in Sustainable Chemistry

Master of Advanced Laboratory Management.

Doctorate in Sustainable Chemistry

Research lines
  • Applications of non-conventional techniques in Green Chemistry.

  • Modifications of selectivity under microwave irradiation.

  • Computational Chemistry in MAOS.

  • Design of new microwave instruments for chemical synthesis.

  • Applications of flow chemistry. Rapid optimization of chemical reactions.

  • Design of new systems for in situ detection by NMR spectroscopy of UV-vis activated reactions.

  • Hyperpolarization techniques to increase the sensitivity of NMR.

  • Synthesis of heterocyclic systems with applications in Supramolecular Chemistry and Crystal Engineering.

  • Preparation of new conjugated heterocyclic systems with photoluminescence and self-assembling properties.

  • Preparation of new conjugated heterocyclic systemsfor optical waveguides and OFETs.


We have developed collaborations with several groups related to the different subjects of our research. These collaborations are reflected in joint projects, publications and visits by researchers to our laboratories or foreign laboratories. Some of the will participate in some parts of this project. These areas include:


Supramolecular and Chemistry of Materials

 Dr. J. Elguero (Instituto de Química Médica, C.S.I.C.). Supramolecular structures of 1,3,5-triazines by hydrogen bonding and coordination.

– Drs. F. Jalón and B. Manzano (Dpt. Química Inorgánica. Universidad de Castilla-La Mancha). Coordination chemistry.

 Dr. L. Sánchez (Universidad Complutense). Characterization of amphiphilic systems.

 Dr. Montilla, (Universidad de Alicante). Electropolimerization of heterocyclic systems.

 Dr. Barberá, (Universidad de Zaragoza). Characterization of liquid crystals.

– Dr. C. Strasser, (Unversity of Münster). Synthesis of Platinum complexes. Photophysical studies.

- Dr. R. Ponce and M.C. Ruiz Delgado (Universidad de Málaga). 

- Dr. R. Chandrasekar. University of Hyderabad (India).

- Dr. J.A. Vallés and J.C. Martín. Dpto. of Applied Physics. University of Zaragoza.

- Dr. R. Mallavia. University Miguel Hernández.

Computational Studies

 Dr. F. Cossío (Universidad del País Vasco).

 Dr. I. Alkorta (Instituto de Química Médica, C.S.I.C.)

– Dr. A. de Cózar (Universidad del País Vasco).

Flow Chemistry:

 Dr. I. Baxendale. University of Cambridge. Applications of microwave irradiation in flow chemistry.

- Dr. J. Alcázar. Janssen S.A.


NMR Microcoils

 - Dr. J. Anders. University of Sttutgart.

- Dr. V. Saggiomo. University of Wageningen.

- Dr. R. Gschwind. University of Regensburg

- Dr. M.A. Jimenez. Institute of Physical Chemistry Rocasolano- CSIC

- Dr. E. Urriolabeitia. University of  Zaragoza

- Dr. V. Sebastian University of Zaragoza

- Dr. M. Avella and Dr. M. I. Lucio.  Polytechnical University of Valencia)


Collaborations with private companies.

 JANSSEN-CILAG, S.A. Flow Chemistry


- SERVIER, S.L. Structural determination of pharmaceutical products.

– ORGANON. Non-thermal microwave effects.

 RYMSA and Bunsen, S.A. Development of microwave technology for MAOS.

 MICRONIT MICROFLUIDICS (Holland). Design of microcoils for NMR and microreactors

 SAIREM. Design and modificaction of microwave instruments.

– AGILENT TECHNOLOGIES. Optimization of NMR probes.