Jamal Chaouki, the head of PEARL, won the R. S. Jane memorial award 2018. He received this award during the 68th chemical engineering conference in Toronto for his exceptional achievements to the field of chemical engineering and industrial chemistry. During this conference, he presented a plenary lecture on “The development of industrial processes in context of sustainability”, in which the usage of clean heating energy, mainly microwaves, in new industrial processes was discussed.
He is a full professor at Ecole Polytechnique of Montreal since 1995. Since then he has been supervising more than 40 post-doc fellowships, more than 40 PhD students, and more than 50 master students. Having published more than 450 scientific articles, 250 journal papers, and 13 books, he is a world- renowned consultant for industrial scale-up of chemical engineering processes.
Currently, he is Principal chair holder of Total Group in hydrodynamic modeling of multiphase processes at extreme conditions.
Congratulations to Professor Jamal Chaouki on his winning of this prestigious award!
The Plan Magazine, the engineering journal of Quebec, in their last issue September-October 2018 has been dedicated to Pyrowave company, which was received the 2018 Genius Innovation Award from the Ordre des ingénieurs du Québec (OIQ). This company was co-founded by Jamal Chaouki, Jucelyn Ducet, and Jean-Philippe Laviolette, head and alumni of PEARL.
Pyrowave was awarded the OIQ’s 2018 Genius Innovation Award for its cost effective waste-to-feedstock technology which depolymerize the household plastic waste into its constituent monomers which then can be re-used for another cycle of polymerization. Chaouki, Doucet and Laviolette accepted this award during the 2018 Excellence in Engineering Evening of the Ordre des ingénieurs du Québec, held on May 30, 2018 in Montreal.
Pilot plant reactors offer very important advantages in testing operating conditions such as temperature, pressure, residence time, catalyst to feed ratio, instrumentation and so on. However, such units are very costly when used, for example, for catalyst and feedstock screening tests where many tests are required to find out the effect of new formulations on product yield under different operating conditions. Micro-reactors are, on the other hand, ideal equipment for such purposes as with such systems running an operation is not expensive, performing a test does not take significant time, switching from an operating condition to one another is rather quick and above all, mass of required catalyst and feedstock is small i.e. in the order of grams. Therefore, considerable time and cost are saved through running tests in the small-scale reactors.
PEARL members Dr. Said Samih, Dr. Mohammad Latifi, Dr. Sherif Farag and Prof. Jamal Chaouki reviewed some state-of-the-art micro-reactors that they have developed and commissioned at PEARL in the Journal of Chemical Engineering and Processing- Process Intensification.
Dr. Cornelia Chilan from the Physics-Engineering Department and Pearl members Maryam Abdollahi Neisiani, Dr. Mohammad Latifi, Prof. Jamal Chaouki developed a new approach for analyzing rare earth elements (REE) in high content mineral matrices by Neutron Activation Analysis (NAA).
REE k0 and Q0 values, spectral interferences and nuclear interferences were experimentally evaluated and improved with Alfa Aesar Specpure Plasma Standard 1000 mg kg-1 mono-rare earth solutions. The new iterative gamma-ray self-attenuation and neutron self-shielding methods were investigated with powder standards prepared from 100 mg of 99.9% Alfa Aesar mono rare earth oxide diluted with silica oxide. The overall performance of the new k0-NAA method for REEs was validated using a certified reference material (CRM) from Canadian Certified Reference Materials Project (REE-2). The REE concentration was determined with an uncertainty below 7% (at 95% confidence level) and proved good consistency with the CRM certified concentrations.
Check it out in The International Journal of Pure and Applied Analytical Chemistry (Talanta)
Professor Jamal Chaouki, the head of PEARL, won the Jane Memorial Award 2018 due to his exceptional achievements to the field of chemical engineering and industrial chemistry. This is the CSChE’s highest award, sponsored by the Canadian Society for Chemical Engineering.
He is full professor from 1995 at Ecole Polytechnique of Montréal. He has supervised more than 80 Ph.D. and Master Students and more than 40 post-docs. The main areas of his current research are process extrapolation, developing processes from waste and biomass to heat & power, fuels and chemicals. He has co-authored 6 books, published more than 400 reviewed articles in refereed journals and reviewed proceedings, more than 450 other scientific articles, and more than 17 patents.
Congratulations to Professor Jamal Chaouki on receiving the 2018 R. S. Jane Memorial Award!
The next Fluidization Conference, Fluidization XVI, will be held in China on May 26-31 2019. This conference aims to gather students, professors, and world-renowned experts in the field from both academia and industry. Following the successful 2016 conference, the top selected abstracts will be invited to submit a full paper in Powder Technology Journal as a special issue of this conference, which is expected to be published by the end of 2019.
In this conference, Professor Jamal Chaouki, the head of PEARL, has been invited to give a plenary speech. In his talk, he will be presenting the most recent research findings in the filed from PEARL.
Students and researchers can submit their abstracts until October 31, 2018, in different areas such as fundamentals of fluidization, modeling and simulation, fluidized bed applications, and fluidization in nature.
Said Samih and Jamal Chaouki have recently published a research article in the Canadian Journal of Chemical Engineering. The developed Fluidized Bed Thermogravimetric Analyzer (FB-TGA) in PEARL group was employed to investigate the pyrolysis and gasification of coal. Syngas (a mixture of CO and H2) was produced from such a complex feedstock, and novel kinetic parameters were predicted. Five grams of coal was gasified without observing a diffusion control step. In contrary to the conventional TGAs, the thermocouple of the FB-TGA measured the direct temperature of the reaction in this work, and consequently, the temperature gradient was eliminated. This unique technique allows the development of novel kinetic parameters from the FB-TGA for both pyrolysis and gasification reactions.
This article is accessible from here.
Link of the article : https://onlinelibrary.wiley.com/doi/full/10.1002/cjce.23198
Christine Beaulieu, a PhD candidate from PEARL, has won the first prize of 3-minute elevator pitch competition which happened during the Canadian Chemical Engineering Conference 2017 in Edmonton, AB.
Her work is about effect of segregation on heat transfer of granular materials in industrial mixers. In this two-round competition, she explained how we face segregation in our daily lives and how this phenomenon can affect the heat transfer efficiency in industrial mixing processes.
After the first round, ten students were qualified as finalists by the committee. The event was held from 24 to 26 October 2017 in Shaw conference centre in Edmonton.
Mohamed Khalil, PhD Candidate – Chemical Engineering Department, École Polytechnique de Montréal, working under the supervision of Prof. Jamal Chaouki and Prof. Jean-Philippe Harvey, won the 1st place in Polytechnique Montréal’ Ma thèse en 180 secondes / Three Minute Thesis competition (Francophone) and the 2nd place (Anglophone). He’ll represent Polytechnique at the provincial finals organized by the ACFAS – Association francophone pour le savoir, that will be held on May 4, 2017 at McGill University.
Jaber Shabanian, Pierre Sauriol, Navid Mostoufi, and Jamal Chaouki has recently published a research article in the Powder Technology. The performance of different approaches for the early detection of defluidization in a high temperature bubbling gas-solid fluidized bed and their robustness with respect to the changes in superficial gas velocity, operating temperature, and bed inventory were compared in this study. The results showed that the novel approach proposed by Shabanian et al. 2015 (Procedia Eng. 102 (2015) 1006-1015), which employs the idea of simultaneous monitoring of temperature and in-bed differential pressure signals, with the detection thresholds introduced by Shabanian et al. 2017 (Chem. Eng. J. 133 (2017) 144-156) provides the best performance.
Click to read the article
Abstract of the article is provided below:
Identifying the onset of an agglomeration phenomenon at an early stage in processes utilizing gas-solid fluidized beds that operate under the influence of cohesive interparticle forces affords enough time to apply counteractive strategies and avoid a disastrous agglomeration of particles potentially leading to complete bed defluidization. In this paper, we compare the performance of different leading approaches proposed in the open literature for the advanced detection of defluidization. The approaches include the single-signal-monitoring of evolutions of total bed pressure drop, standard deviation of pressure signals, or -value from the attractor comparison analysis as well as the simultaneous-monitoring of temperature and in-bed differential pressure signals during the process. The results show that the simultaneous-monitoring of temperature and in-bed differential pressure signals provided the best prediction of the onset of agglomeration while it demonstrated the least sensitivity to the changes in gas velocity, operating temperature, and bed inventory.