Polytechnique > I3P > Research Fields
Research FIELDS
Progress Integration tools
Critical analysis of emerging process technologies for the Forest Biorefinery (FBR)
Cohen, Jérémie
M.Sc.A.
Student
Paul Stuart
Paul Stuart
Biomass Supply Chain Modeling for Optimization of Delivery Logistics to a Forest Biorefinery.
Melendez, Jose
Ph.D
Student
Paul Stuart &
Paul Stuart &
A low supply/high demand scenario for biomass feedstocks has created increased competition for biomass feedstocks which typically have been used by the secondary forest industry (pulp & paper among others), and will be used by a forest biorefinery. Identification and securement of new and innovative feedstocks on a long term basis needs to be addressed if a biorefinery is to be successful; and to accomplish this, companies must be able to "out-bid" their competitors for biomass supply. This project uses supply chain modeling and optimization techniques in order to establish the best biomass procurement strategies, which will allow to "win the auction" for biomass.
Biodrying Process Uncertainty-Impact on Economic Viability
Tchoryk, Carl
M.Sc.A.
Student
Paul Stuart &
Paul Stuart &
Application of the Probability Density Function Theory to the Economic Paradigms governing Pulp and Paper Processes
Pigeon, Bertrand
M.Sc.A.
(P2005)
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
The use of statistical analysis can help in determining the cost of the variability associated with the control strategy
Modélisation du fourneau à décuivrage continu à l'aide d'une interface avec les logiciels FACTSAGE et METSIM /
Péloquin, Andréane
M.Sc.A.
(P2006)
Christopher Bale & Paul Stuart
Christopher Bale & Paul Stuart
Creating a link between the software program FACT and a sequential process simulator called Metsim
Paper Machine Break Analysis and Dynamic Simulation
Akrour, Fatiha
M.Sc.A.
(P2005)
Paul Stuart & Michel Perrier
Paul Stuart & Michel Perrier
Characterize the different types of breaks and identify those that are caused by instability in the headbox
Business Modeling
Process and Business Data Reconciliation in the Pulp & Paper Industry
Korbel, Milan
Ph.D
Student
Paul Stuart &
Paul Stuart &
Product biorefinery product and process design using multi-criteria decision making techniques
Janssen, Matty
Post-Doctoral Fellow
Student
Paul Stuart, Professor
Paul Stuart, Professor
This project seeks to implement the forest biorefinery concept at pulp and paper mills taking into consideration both process and product design.
Supply Chain Analysis of the Biorefinery Integrating the Forestry, Petrochemical and Energy Industries
Dansereau, Louis Patrick
Ph.D
Student
Paul Stuart
Paul Stuart
Methodology for Evaluating Strategic, Tactical and Operational Supply Chain Policies for the Forest Biorefinery
Mansoornejad, Behrang
Ph.D
Student
Paul Stuart &
Paul Stuart &
Continual environmental improvement from a life cycle perspective at pulp and paper mills.
Gaudreault, Caroline
Ph.D
(P2008)
Paul Stuart & Réjean Samson
Paul Stuart & Réjean Samson
Methodology allowing for the pertinent formulation of the decision-making problem aiming at continual environmental improvement
Life Cycle Assessment (LCA) used as a complementary tool in conventional Environmental Impact Studies (EIS)
Cornejo Rojas, Fernando
M.Sc.A.
(P2004)
Paul Stuart & Réjean Samson
Paul Stuart & Réjean Samson
This project aims to evaluate the implementation of de-inked pulp production and cogeneration by studying the economic and environmental implications of these project modifications
Process-based modeling and analysis methods for supply chain management in the pulp and paper industry.
Laflamme - Mayer, Martin
Ph.D
(P2008)
Paul stuart
Paul stuart
Define and analyse pulp and paper supply chain processes in order to improve supply chian analysis methods
Retrofit design methodology based on process and product modeling.
Janssen, Matty
Ph.D
(P2007)
Paul Stuart, Professor
Paul Stuart, Professor
This project seeks to develop a new methodology for retrofit process design.
Capital Effectiveness Analysis
Product biorefinery product and process design using multi-criteria decision making techniques
Janssen, Matty
Post-Doctoral Fellow
Student
Paul Stuart, Professor
Paul Stuart, Professor
This project seeks to implement the forest biorefinery concept at pulp and paper mills taking into consideration both process and product design.
Process-based modeling and analysis methods for supply chain management in the pulp and paper industry.
Laflamme - Mayer, Martin
Ph.D
(P2008)
Paul stuart
Paul stuart
Define and analyse pulp and paper supply chain processes in order to improve supply chian analysis methods
Retrofit design methodology based on process and product modeling.
Janssen, Matty
Ph.D
(P2007)
Paul Stuart, Professor
Paul Stuart, Professor
This project seeks to develop a new methodology for retrofit process design.
Data Driven Process Modeling
Application of the Probability Density Function Theory to the Economic Paradigms governing Pulp and Paper Processes
Pigeon, Bertrand
Ph.D
Student
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
The utilisation of statistical tools can help to determine the cost associated to the variability linked to the control strategy. The theorical aspects of the project are the development of algorithms that can calculate propagation of variability and uncertainties in a process. As for the practical aspects of the project, they consist of the multivariate analysis of a papermachine to link the breaks at the customer level to the operation conditions.
Methodology for identifying promising retrofit integrated forest biorefinery strategies – design decision making under uncertainty
Hytönen, Eemeli
Ph.D
Student
Paul Stuart &
Paul Stuart &
Process and Business Data Reconciliation in the Pulp & Paper Industry
Korbel, Milan
Ph.D
Student
Paul Stuart &
Paul Stuart &
Inferential Relationships in Thermomechanical Pulp Refining, Explored Using Multivariate Analysis
Harrison, Robert
Ph.D
(P2007)
Paul Stuart, professeur
Paul Stuart, professeur
The main objective of this research is to examine what differences there are in multivariate analysis (MVA) results.
Heat & Mass Exchance Network Analysis
Energy Systems Design of Kraft Pulp Mills
Bonhivers, Jean-Christophe
Ph.D
Student
Paul Stuart &
Paul Stuart &
Methodology for water and energy analysis based on modified thermal pinch techniques.
Lafourcade, Sébastien
Ph.D
(P2006)
Paul Stuart
Paul Stuart
Develop a methodology for water and energy analysis, based on modified thermal pinch analysis
Optimizing white water networks in pulp and paper mills
Elaborate an optimal strategy of water distribution in a deinking plant
Integrated Process Design & Control
Application of the Probability Density Function Theory to the Economic Paradigms governing Pulp and Paper Processes
Pigeon, Bertrand
Ph.D
Student
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
The utilisation of statistical tools can help to determine the cost associated to the variability linked to the control strategy. The theorical aspects of the project are the development of algorithms that can calculate propagation of variability and uncertainties in a process. As for the practical aspects of the project, they consist of the multivariate analysis of a papermachine to link the breaks at the customer level to the operation conditions.
Optimisation Algorithms for Design & Controllability - Brownstock Washing
Abdelmoula, Mehdi
M.Sc.A.
(P2003)
Gilles Savard
Gilles Savard
Modeling and optimisation of a Kraft pulp washer's behavior
Optimisation of Broke Recirculation In a Newsprint Mill
Dabros, Michal
M.Sc.A.
(P2002)
Michel Perrier
Michel Perrier
Evaluating the potential of an RTO scheme aimed at improving the broke and white-water management strategies for a newsprint mill
Optimization and Plantwide Control of Kraft Pulp Mills
Vanbrugghe, Charles
M.Sc.A.
(P2004)
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
To come.
Plantwide Controllability Analysis of TMP-Newsprint Process.
Lama, Ilich
Ph.D
(P2006)
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
Our PhD research covers topics such as data pre-treatment, steady state detection, refiner modeling, optimization and controllability of TMP refiners.
Optimisation Algorithms for Conception and Controllability
Archambault, Benoît
M.Sc.A.
(P2003)
Brigitte Jaumard
&Michel Perrier
Optimization of a pulp and paper process using controllability criteria
Using Life Cycle Analysis (LCA) to evaluate the environmental characteristics of the forest biorefinery
Ranjbar, Mahasta
M.Sc.A.
(P2010)
Paul Stuart & Rejean Samson
Paul Stuart & Rejean Samson
Life Cycle Analysis
Continual environmental improvement from a life cycle perspective at pulp and paper mills.
Gaudreault, Caroline
Ph.D
(P2008)
Paul Stuart & Réjean Samson
Paul Stuart & Réjean Samson
Methodology allowing for the pertinent formulation of the decision-making problem aiming at continual environmental improvement
Life Cycle Assessment (LCA) of Newsprint Production at an Integrated Mill.
Salazar, Erica
M.Sc.A.
(P2004)
Paul Stuart & Réjean Samson
Paul Stuart & Réjean Samson
Build a baseline life cycle model for newsprint production at an integrated mill, and to identify overall opportunities for environmental improvement.
Life Cycle Assessment (LCA) used as a complementary tool in conventional Environmental Impact Studies (EIS)
Cornejo Rojas, Fernando
M.Sc.A.
(P2004)
Paul Stuart & Réjean Samson
Paul Stuart & Réjean Samson
This project aims to evaluate the implementation of de-inked pulp production and cogeneration by studying the economic and environmental implications of these project modifications
Using Life Cycle Analysis (LCA) to evaluate the environmental characteristics of the forest biorefinery
Ranjbar, Mahasta
M.Sc.A.
(P2010)
Paul Stuart & Rejean Samson
Paul Stuart & Rejean Samson
On-line Data Collection/Analysis
Process and Business Data Reconciliation in the Pulp & Paper Industry
Korbel, Milan
Ph.D
Student
Paul Stuart &
Paul Stuart &
Data Reconciliation of Pulp And Paper Mill Process Data
Jiang, Taiwen
Research Associate
(P2004)
Paul Stuart, professeur
Paul Stuart, professeur
To build a comprehensive approach for data quality improvement, integrating data processing and reconciliation techniques.
On-line Data Reconciliation
Bellec, Steve
M.Sc.A.
(P2004)
Paul Stuart, professeur
& Taiwen Jiang, associé de recherche
Paul Stuart, professeur
& Taiwen Jiang, associé de recherche
Using Life Cycle Analysis (LCA) to evaluate the environmental characteristics of the forest biorefinery
Ranjbar, Mahasta
M.Sc.A.
(P2010)
Paul Stuart & Rejean Samson
Paul Stuart & Rejean Samson
Process Data
Energy Systems Design of Kraft Pulp Mills
Bonhivers, Jean-Christophe
Ph.D
Student
Paul Stuart &
Paul Stuart &
Process and Business Data Reconciliation in the Pulp & Paper Industry
Korbel, Milan
Ph.D
Student
Paul Stuart &
Paul Stuart &
Product biorefinery product and process design using multi-criteria decision making techniques
Janssen, Matty
Post-Doctoral Fellow
Student
Paul Stuart, Professor
Paul Stuart, Professor
This project seeks to implement the forest biorefinery concept at pulp and paper mills taking into consideration both process and product design.
Design and integration of lignin precipitation and transformation technologies at a chemical pulp mill
Ghezzaz, Hakim
Ph.D
Student
Paul STUART &
Paul STUART &
Data Reconciliation of Pulp And Paper Mill Process Data
Jiang, Taiwen
Research Associate
(P2004)
Paul Stuart, professeur
Paul Stuart, professeur
To build a comprehensive approach for data quality improvement, integrating data processing and reconciliation techniques.
Dynamic Simulation of a Fine Paper Machine and Novel Methodology for Dynamic Operability Assessment.
Via, Dante
M.Sc.A.
(P2004)
Paul Stuart, professeur
& Michel Perrier, professeur
Paul Stuart, professeur
& Michel Perrier, professeur
Development, application and analysis
Inferential Relationships in Thermomechanical Pulp Refining, Explored Using Multivariate Analysis
Harrison, Robert
Ph.D
(P2007)
Paul Stuart, professeur
Paul Stuart, professeur
The main objective of this research is to examine what differences there are in multivariate analysis (MVA) results.
On-line Data Reconciliation
Bellec, Steve
M.Sc.A.
(P2004)
Paul Stuart, professeur
& Taiwen Jiang, associé de recherche
Paul Stuart, professeur
& Taiwen Jiang, associé de recherche
Retrofit design methodology based on process and product modeling.
Janssen, Matty
Ph.D
(P2007)
Paul Stuart, Professor
Paul Stuart, Professor
This project seeks to develop a new methodology for retrofit process design.
Using Life Cycle Analysis (LCA) to evaluate the environmental characteristics of the forest biorefinery
Ranjbar, Mahasta
M.Sc.A.
(P2010)
Paul Stuart & Rejean Samson
Paul Stuart & Rejean Samson
Process Models
Methodology for identifying promising retrofit integrated forest biorefinery strategies – design decision making under uncertainty
Hytönen, Eemeli
Ph.D
Student
Paul Stuart &
Paul Stuart &
Energy Systems Design of Kraft Pulp Mills
Bonhivers, Jean-Christophe
Ph.D
Student
Paul Stuart &
Paul Stuart &
Process and Business Data Reconciliation in the Pulp & Paper Industry
Korbel, Milan
Ph.D
Student
Paul Stuart &
Paul Stuart &
Design and integration of lignin precipitation and transformation technologies at a chemical pulp mill
Ghezzaz, Hakim
Ph.D
Student
Paul STUART &
Paul STUART &
Optimisation Algorithms for Design & Controllability - Brownstock Washing
Abdelmoula, Mehdi
M.Sc.A.
(P2003)
Gilles Savard
Gilles Savard
Modeling and optimisation of a Kraft pulp washer's behavior
Optimization and Plantwide Control of Kraft Pulp Mills
Vanbrugghe, Charles
M.Sc.A.
(P2004)
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
To come.
Polyethylene Oxide Efficiency as a Paper Machine Wet End Retention Agent With Process Closure
Bednar, Frantisek
Post-Doctoral Fellow
(P2003)
Jean Paris & T.G.M. van de Ven
Jean Paris & T.G.M. van de Ven
The objective of this work is measurement and control of PEO efficiency for optimum filler and fines retention on a paper machine
Optimisation Algorithms for Conception and Controllability
Archambault, Benoît
M.Sc.A.
(P2003)
Brigitte Jaumard
&Michel Perrier
Optimization of a pulp and paper process using controllability criteria
Resistance on the fibrous mat on a paper machine
Process Simulation
Application of the Probability Density Function Theory to the Economic Paradigms governing Pulp and Paper Processes
Pigeon, Bertrand
Ph.D
Student
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
The utilisation of statistical tools can help to determine the cost associated to the variability linked to the control strategy. The theorical aspects of the project are the development of algorithms that can calculate propagation of variability and uncertainties in a process. As for the practical aspects of the project, they consist of the multivariate analysis of a papermachine to link the breaks at the customer level to the operation conditions.
Methodology for identifying promising retrofit integrated forest biorefinery strategies – design decision making under uncertainty
Hytönen, Eemeli
Ph.D
Student
Paul Stuart &
Paul Stuart &
Energy Systems Design of Kraft Pulp Mills
Bonhivers, Jean-Christophe
Ph.D
Student
Paul Stuart &
Paul Stuart &
Process and Business Data Reconciliation in the Pulp & Paper Industry
Korbel, Milan
Ph.D
Student
Paul Stuart &
Paul Stuart &
Process Design, Simulation ,and Techno-economic in Biorefinery
Keshktkar, Mohammad
Ph.D
Student
Paul Stuart &
Paul Stuart &
Product biorefinery product and process design using multi-criteria decision making techniques
Janssen, Matty
Post-Doctoral Fellow
Student
Paul Stuart, Professor
Paul Stuart, Professor
This project seeks to implement the forest biorefinery concept at pulp and paper mills taking into consideration both process and product design.
Design and integration of lignin precipitation and transformation technologies at a chemical pulp mill
Ghezzaz, Hakim
Ph.D
Student
Paul STUART &
Paul STUART &
Dynamic Simulation of a Fine Paper Machine and Novel Methodology for Dynamic Operability Assessment.
Via, Dante
M.Sc.A.
(P2004)
Paul Stuart, professeur
& Michel Perrier, professeur
Paul Stuart, professeur
& Michel Perrier, professeur
Development, application and analysis
Life Cycle Assessment (LCA) used as a complementary tool in conventional Environmental Impact Studies (EIS)
Cornejo Rojas, Fernando
M.Sc.A.
(P2004)
Paul Stuart & Réjean Samson
Paul Stuart & Réjean Samson
This project aims to evaluate the implementation of de-inked pulp production and cogeneration by studying the economic and environmental implications of these project modifications
Methodology for water and energy analysis based on modified thermal pinch techniques.
Lafourcade, Sébastien
Ph.D
(P2006)
Paul Stuart
Paul Stuart
Develop a methodology for water and energy analysis, based on modified thermal pinch analysis
Optimisation of Broke Recirculation In a Newsprint Mill
Dabros, Michal
M.Sc.A.
(P2002)
Michel Perrier
Michel Perrier
Evaluating the potential of an RTO scheme aimed at improving the broke and white-water management strategies for a newsprint mill
Optimization and Plantwide Control of Kraft Pulp Mills
Vanbrugghe, Charles
M.Sc.A.
(P2004)
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
To come.
Plantwide Controllability Analysis of TMP-Newsprint Process.
Lama, Ilich
Ph.D
(P2006)
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
Our PhD research covers topics such as data pre-treatment, steady state detection, refiner modeling, optimization and controllability of TMP refiners.
Retrofit design methodology based on process and product modeling.
Janssen, Matty
Ph.D
(P2007)
Paul Stuart, Professor
Paul Stuart, Professor
This project seeks to develop a new methodology for retrofit process design.
Elaborate an optimal strategy of water distribution in a deinking plant
Validation
Methodology for identifying promising retrofit integrated forest biorefinery strategies – design decision making under uncertainty
Hytönen, Eemeli
Ph.D
Student
Paul Stuart &
Paul Stuart &
Data Reconciliation of Pulp And Paper Mill Process Data
Jiang, Taiwen
Research Associate
(P2004)
Paul Stuart, professeur
Paul Stuart, professeur
To build a comprehensive approach for data quality improvement, integrating data processing and reconciliation techniques.
Dynamic Simulation of a Fine Paper Machine and Novel Methodology for Dynamic Operability Assessment.
Via, Dante
M.Sc.A.
(P2004)
Paul Stuart, professeur
& Michel Perrier, professeur
Paul Stuart, professeur
& Michel Perrier, professeur
Development, application and analysis
Inferential Relationships in Thermomechanical Pulp Refining, Explored Using Multivariate Analysis
Harrison, Robert
Ph.D
(P2007)
Paul Stuart, professeur
Paul Stuart, professeur
The main objective of this research is to examine what differences there are in multivariate analysis (MVA) results.
Methodology for water and energy analysis based on modified thermal pinch techniques.
Lafourcade, Sébastien
Ph.D
(P2006)
Paul Stuart
Paul Stuart
Develop a methodology for water and energy analysis, based on modified thermal pinch analysis
Plantwide Controllability Analysis of TMP-Newsprint Process.
Lama, Ilich
Ph.D
(P2006)
Michel Perrier & Paul Stuart
Michel Perrier & Paul Stuart
Our PhD research covers topics such as data pre-treatment, steady state detection, refiner modeling, optimization and controllability of TMP refiners.
On-line Data Reconciliation
Bellec, Steve
M.Sc.A.
(P2004)
Paul Stuart, professeur
& Taiwen Jiang, associé de recherche
Paul Stuart, professeur
& Taiwen Jiang, associé de recherche
SearchPhone
(514) 340-4711
Fax
(514) 340-5150
Office
AA-6507,
André-Aisenstadt Building
