Projects - 2006

Universidad de Brasil.
Brazil.
MICROACTIVITY-Reference nº 42, high pressure unit with HPLC pump, level control in liquid / gas separator and automatic 8-por valve for liquid sampling in temperature controlled freezing block.
Resp. Research: Dr Victor Texeira.
Saudi Basic Industries Corporation.
Saudi Arabia.
MICROACTIVITY-Reference nº 41, high pressure unit with level control in liquid / gas separator.
Resp. Research: Miguel Manollo.
Universidad del País Vasco.
Spain.
MICROACTIVITY-Reference nº 40, high pressure unit with a Mini-Autoclave reactor with heat/cool temperature control and inline mixer integrated in the system.
Resp. Research: Dr José María Arandes.
Universidad Rio de Janeiro.
Brazil.
MICROACTIVITY-Reference nº 39, high pressure unit with HPLC pump and liquid / gas separator with level control.
Resp. Research: Mónica Antunes.
Labor und Analysentechnik GmbH.
Oman.
MICROACTIVITY-Reference nº 38. Basic unit for atmospheric pressure.
Resp. Research: Eder / Schlichting.
El Ghonemy Group.
Egypt.
MICROACTIVITY-Reference nº 36 and nº 37. Two units able to work in parallel and/or serial mode, high pressure (200 bar), HPLC pump (heated for heavy hydrocarbons) and level control in liquid / gas separator.
Resp. Research: Prof.Dr. Maged S. Ghattas / Prof. Mohamed Fathy.
KTH University Division of Chemical Technology.
Sweden.
MICROACTIVITY-Reference nº 35, high pressure unit with HPLC pump (heated for heavy hydrocarbons) and evaporator with temperature control.
Resp. Research: Dr Sven Jaras.
OAK RIDGE National Laboratory.
USA.
MICROACTIVITY-Reference nº 34, high pressure unit with 2 HPLC pumps (heated for heavy hydrocarbons), 2 evaporators with temperature control and level control in liquid / gas separator.
Resp. Research: Dra. Viviane Schwartz.
Neolab LLCC.
Germany.
MICROACTIVITY-Reference nº 33, high pressure unit with HPLC pump (heated for heavy hydrocarbons) and level control in liquid / gas separator. Neolab LLCC, Moscow Office.
Resp. Research: Olga Khokhlovskaya.
Universidad del País Vasco.
Spain.
MICROACTIVITY-Reference nº 32, high pressure unit with HPLC pump, level control in liquid / gas separator, evaporator with temperature control and 10-port valve for connection to a Thermo Gravimetric Analyser.
Resp. Research: Dr Andrés Aguayo.
ICE/HT-FORTH
Greece.
MICROACTIVITY-Reference nº 31 High pressure unit with Gilson HPLC liquid pump, liquid-gas separator with level control.
Resp. Research: Mr. T. Loannides.
Universidad de Sevilla.
Spain.
MICROACTIVITY-Reference nº 30 Basic unit with Gilson HPLC liquid pump. Resp.
Resp. Research: Dr. J. A. Odriozola.
Universidad de Sevilla.
Spain.
MICROACTIVITY-Reference nº 29 , High pressure unit with Gilson HPLC pump.
Resp. Research: Dr. J. A. Odriozola.
SABIC Research& Technology Pvt. Ltd.
India.
MICROACTIVITY-Reference nº 28 High pressure unit with Gilson HPLC liquid pump, liquid-gas separator with level control.
Resp. Research: Mr. A. Bukhari.
Universidad Rey Juan Carlos I.
Spain.
MICROACTIVITY-Reference nº 27 Fluidized bed reactors.
Resp. Research: Dr. D. Serrano
Universidad del País Vasco.
Spain.
MICROACTIVITY-Reference nº 26 High pressure unit with liquid-gas HP separator.
Resp. Research: Dr. José F. Cambra.
National Institute of Chemistry.
Slovenia.
MICROACTIVITY-Reference nº 25 High pressure unit with liquid gas HP separator.
Resp. Research: Dr. A. Pintar.
Instituto de Catálisis y Petroleoquímica, CSIC.
Spain.
MICROACTIVITY-Reference nº 24 High pressure unit for catalytic reformed.
Resp. Research: Dra. L. Daza.
Enea-Cassacia.
Italy.
MICROACTIVITY-Reference nº 23.
Resp. Research: Ing. Caló / Ing. Galli.
Instituto Nacional de Carbón, CSIC.
Spain.
MICROACTIVITY-Reference nº 22 High pressure unit high temperature (1000ºC) reactor.
Resp. Research: Dr. José Pis.
Universidad de Navarra.
Spain.
MICROACTIVITY-Reference nº 21. Computerized catalytic reactor.
Resp. Research: Dr. Antonio Gil
Institute of Polish Academy Science.
Poland.
MICROACTIVITY-Reference nº 19. Computerized catalytic reactor.
Resp. Research: Dr. Leszek Gora.
Instituto de Fermentaciones Industriales, CSIC.
Spain.
Simulated Mobile Beds for separation of compounds by mean of supercritical fluid. (PP0621).
Resp. Research: Dra. Marta Herraiz.
Universidad del País Vasco.
Spain.
Thermal pyrolysis-reformating pilot plant. (PP0618).
Resp. Research: Dr. Martín Olazar.
PETRESA.
Spain.
High pressure heated reactor. (PP0615).
Resp. Research: Sr. Angel Fernández.
Universidad de Barcelona.
Spain.
Electronic unit for gases feeding and temperature control. (PP0614).
Resp. Research: Dr. Narcis Homs.
Universidad Carlos III de Madrid.
Spain.
Bench-Scale pilot plant NH3(g)/LiNO3 solutions testing in absorbers. (PP0613).
Resp. Research: Dr. Antonio Lecuona.
REPSOL-YPF.
Spain.
Pilot plants for polymerization in continuous mode by Mitsui process. (PP0612).
Resp. Research: Dra. E. Sánchez / Dr. C. Martín.
Universidad de Zaragoza.
Spain.
Pilot plant reactor of fixed and fluidized bed reactor for generation of carbon fiber. (PP0611).
Resp. Research: Dr. A. Monzón.
E-Cultura.
Spain.
Mercury Museum. (PP0610).
Resp. Research: Dr. Lorenzo Vallés Mila.
Instituto de Catálisis y Petroleoquímica, CSIC.
Spain.
High pressure Robinson Mahoney reactor with separation of condensed to different temperatures. (PP0607)
Resp. Research: Dr. J L García Fierro.
Universidad La Laguna.
Spain.
High pressure pilot plant for biodiesel production. (PP0606).
Resp. Research: Dra. E. Borges.
Universidad Castilla la Mancha.
Spain.
Computerized pilot plant for gasification at high pressure with 3 reactors. (PP0605).
Resp. Research: Dr. J. Valverde.
Universidad de Zaragoza.
Spain.
Olefines peroxide oxidation with oxygen. (PP0602)
Resp. Research: Dr. Miguel Menéndez.
Instituto de Catálisis y Petroleoquímica, CSIC.
Spain.
High pressure pilot plant with autoclave for biodiesel production.
Resp. Research: Dr. M. López.
Instituto de Catálisis y Petroleoquímica, CSIC.
Spain.
Catalytic reactor pilot plant.
Resp. Research: Dr. J M Campos.
Bioprocess Technology.
Spain.
Atomatized control system for production of animals vaccines for SYVA LABORATORIES. (BR0610).
Resp. Research: D. Jesús de la Fuente.
Bioprocess Technology.
Spain.
Automatized control system for bioreactor and biotechnology processes. (BR0604).
Resp. Research: D. Jesús de la Fuente.