Future Trends in Process
System Engineering
Prof. Sirkka-Liisa Jämsä-Jounela
Espoo, 14.04.2014
Personnel
Prof. Sirkka-Liisa Jämsä-Jounela
PhD in control engineering (Helsinki University of Technology, University of Utah)
MSc in process engineering (Oulu university)
MBA studies
Industrial experience: Tieto, OVAKO, Rautaruukki, Kemira,Outotec
Post-doc researchers
Dr. Alexey Zakharov
PhD in system analysis (Moscow University, Russia)
MSc in applied mathematics (Moscow University, Russia)
Dr. Tushar Jain
PhD in control engineering (University of Lorraine, France)
M.Tech in system modeling and control (IIT Roorkee, India)
Dr. Miao Yu
PhD in control engineering (Zhejiang University, China)
MSc in control engineering (Zhejiang University, China)
MSc thesis students
Aleksi Eskelinen
Palash Sarkar
Lanre Balogun
PhD students
Jukka Kortela
MSc in control engineering (Oulu University)
Octavio Pozo Garcia
MSc in PSE (Aalto University)
Alexandre Boriouchkine
MSc in PSE (Aalto University)
Rinat Landman
MSc in PSE (Aalto University)
Contents
• What is Process system Engineering ?
• Global trends and driving technologies in process
system engineering development
• Factory in future
• Current research in PSE in Aalto
• Future trends in PSE in teaching and research
• PSE global network in teaching and research
Process systems engineering
Ø Process systems engineering is the application of systematic
computer-based methods to process engineering
Ø Several accomplishments in PSE:
ü Process design: synthesis of energy recovery networks, synthesis of
distillation systems, synthesis of reactor networks, hierarchical
decomposition flowsheets
ü Process control: model predictive control, robust control, nonlinear
control, process monitoring
ü Process operations: scheduling process networks, multiperiod
planning, data reconciliation, real-time optimization, fault diagnosis
The aim of PSE is to design and
operate information &
knowledge flow of chemical
engineering in local and global
network
Management
Services
Virtual Factory in
cloud computing
environment
Suppliers
Customers
& End user
Contents
• What is Process system Engineering ?
• Global trends and driving technologies in process
system engineering development
• Factory in future
• Current research in PSE in Aalto
• Future trends in PSE in teaching and research
• PSE global network in teaching and research
EU FP6 NECST
Networked control systems tolerant to faults
Novel mathematical
methods for control
of networks and
control over networks
New research area:
networked control
First industrial
implementation of
fault tolerant model
predictive control
EU FP7 PAPYRUS
Plug and Play monitoring and control architecture for
optimization of large scale production processes
Plant Asset Management
Algorithms to detect thickness
sensor fouling, leakages,
Fault Tolerant Control
blockages & valve
stiction inPrognosis
KPIs computation
the drying section
Global development and economical trends
International competition and global business environment
Therapy
Adapted/distributed
corrective actions
Production planning and
control
Plant
Diagnosis-FDD
Real-time optimization
Unit Processes
Root cause
analysis
-Data-based methods
Advanced process control
Field components
-Model-based methods
Innovation Announcements
and Patents
Basic control
Process Control and Optimization
Diagnosis
Novel mathematical theory for
distributed fault tolerant MPC
for large scale systems driven by
KPIs
EU FP7 STOICISM
Sustainable Technologies for Calcined Industrial Minerals in Europe
MINE
Dynamic model for the calciner
Enhanced MPC Control Strategy
Technology lift-up of the
whole production chain from
mine to the specialized
product
09/09/2015
10
TEKES DYNERGIA
Flexible energy production in bio-economy
BioGrate boilers and added value products
Dynamic simulator and faulttolerant MPC
Innovation Announcements
Control of flexible energy
system
Contents
• What is Process system Engineering ?
• Global trends and driving technologies in process
system engineering development
• Factory in future
• Current research in PSE in Aalto
• Future trends in PSE in teaching and research
• PSE global network in teaching and research
Optimization Methods for Supply Chain
Management of Renewable Fuels
Global PSE Network
NTNU
DTU
CTH
Moscow
State
University
KTH
NPCG
TUC
Aachen
ÅA
Imperial
College of
London
Europe
TU Hamburg
Aalto University
(PSE)
Machester
MIT
Zhejiang
University
Asia
National
University of
Singapore
TU Darmstadt
RPI
ECUST
IIT Delhi
Vanderbilt
University
USA
University of
California
Texas A&M
Texas
University
University of
Michigan
THANK YOU!!