Bienvenue à l'I.S.A.S.F.

ISASF, ou A.I.P.F.S., Association Internationale pour la Promotion des Fluides Supercritiques, est une association à but non lucratif qui vise à promouvoir connaissances et applications des fluides supercritiques.


An opportunity for a post-doctoral researcher in the field of thermal separations technology at the Department of Process Engineering at Stellenbosch University is currently available. The focus of the position would be on thermodynamics, phase behaviour, distillation and/or extraction principles with particular focus on high pressure/supercritical applications. The position will be awarded initially for a period of one year but may be extended based on performance and availability of funds.

The postdoctoral researcher would be required to conduct research and provide significant assistance with the following:

  • Supervision of postgraduate student projects;
  • Assist with the management of the research group;
  • Performing experimental work when necessary;
  • Publication of research outputs from research generated;
  • Developing new areas of research within the research group;
  • Improving experimental facilities;
  • Writing new funding proposals to sustain research activities

Contact :  

Prof. C.E. Schwarz, Department of Process Engineering, Faculty of Engineering, University of Stellenbosch, Private Bag X1, Matieland, 7602, South Africa. E-mail : cschwarz(at) 

Review of application will begin on the 15th of April 2018 but late applications may be considered.

Click Here for detail of offer ! 



The subject of this PhD is to study and develop a supercritical fluid process for the recycling of carbon reinforced plastic composite, both resins and fibers. Use of composite materials is increasing in a wide range of applications : industrials, sporting, automotive, aeronautical, marine…but the lack of recycling for those non biodegradable materials is an environmental burden. Since 20 years several treatments have been developed for composites wastes, mechanical, thermal processes like pyrolysis and thermochemical like solvolysis. This process is able to breakdown the composite polymer matrix and hence allow the recovery of the fibers. Supercritical fluids are used due to their high diffusivity in porous materials combined to their chemical reactivity. The objective of this work is to define the necessary process conditions for deconstruction of composite resins of carbon fibers reinforced plastic composites. The aim is  to recycle the fibers and also to allow a further chemical valorization of resins decomposition products. This work include a detailed analysis of the organic molecules produced and the development of a chemical mechanism for this depolymerisation. Mechanical properties of fibers after treatment will be determined to validate the recycling interest. This work will provide finally a first technico-economical evaluation of the proposed process.

Place : Laboratoire Thermo-conversion des bioressources - CEA Grenoble / LITEN, 17 rue des martyrs 38054 Grenoble Cedex FRANCE

Dates : october 2018- september 2021

Candidature should be sent in april 2018. 

Contact :

Anne Roubaud : anne.roubaud(at)




An opening for a Caltech Postdoctoral Scholar position has become available in my group in the area of Direct Numerical Simulation (DNS) and Large Eddy Simulation (LES) of high-pressure turbulent reactive flows. Experience with DNS and LES modeling, Fortran coding and supercomputing is required; a solid background on high-pressure thermodynamics, diffuse interface modeling, and reactive flows is highly desirable.

 Applicants should e-mail  the following material:


  1. A complete Curriculum Vitae, with lists of (i) refereed journal publications and (ii) name, address, e-mail and telephone number of at least three references.
  2. An electronic copy for each of his/her most recent journal publications.



 Dr. Josette Bellan

 Jet Propulsion Laboratory - California Institute of Technology

 4800 Oak Grove Drive 

 MS 125-109

 Pasadena, CA 91109-8099 USA

 Tel: (818) 354-6959 ;  FAX: (818) 393-6682

 E,Mail : josette.bellan(at)<mailto:josette.bellan(at)