WELCOME TO AALBORG UNIVERSITY ESBJERG T U E S D AY T H E 6 TH O F M AY

Transkript

1 WELCOME TO AALBORG UNIVERSITY ESBJERG DANISH SUBSEA NETWORK MEETING AT AAU-ESBJERG T U E S D AY T H E 6 TH O F M AY

2 Aalborg University (AAU) 100km AAU-Cph SBi AAU-Esbjerg

3 Aalborg University Esbjerg (AAU-Esbjerg) : D e f ø r s t e i n i t i a t i v e r t i l a t e t a b l e r e i n g e n i ø r u d d a n n e l s e r i E s b j e r g v e d a r k i t e k t K n u d T h o m s e n o g c i v i l i n g e n i ø r A a g e H e n n i n g s e n : E s b j e r g B y g n i n g s t e k n i k u m s t a r t e d e 2. n o v e m b e r i F D B s n e d l a g t e l o k a l e r i Te g l v æ r k s g a d e m e d 2 0 s t u d e r e n d e R e k t o r J o h a n n e s M o r t e n s e n : E s b j e r g Te k n i k u m f u s i o n e r e d e m e d A a l b o r g U n i v e r s i t e t m e d n a v n e t A a l b o r g U n i v e r s i t e t E s b j e r g, I n s t i t u t f o r K e m i o g A n v e n d t I n g e n i ø r v i d e n s k a b : F ø r s t e P h. D. s t u d e r e n d e f æ r d i g : A A U E s b j e r g C a m p u s e t a b l e r e s m e d n a v n e t A A U - E s b j e r g : F o r s k n i n g s m i l j ø e r n e p å A A U E s b j e r g C a m p u s o r g a n i s e r e s u n d e r : I n s t i t u t f o r E l e k t r o n i s k e S y s t e m e r I n s t i t u t f o r A r k i t e k t u r, D e s i g n o g M e d i e t e k n o l o g i I n s t i t u t f o r B y g g e r i o g A n l æ g I n s t i t u t f o r K e m i, M i l j ø o g B i o t e k n o l o g i I n s t i t u t f o r U d d a n n e l s e, L æ r i n g o g F i l o s o f i I n s t i t u t f o r E n e r g i t e k n i k : E n e r g i i n g e n i ø r u d d a n n e l s e n e t a b l e r e s : O v e r 2 5 m i l l i o n e r D k r i s t ø t t e t i l F o r s k n i n g i t i l k n y t n i n g t i l A A U - E s b j e r g : F l e r e H ø j t e k n o l o g i f o n d s p r o j e k t e r t i l f o r s k n i n g s m i l j ø e r n e p å A A U - E s b j e r g : N y b y g n i n g o g r e n o v e r i n g a f C a m p u s A A U - E s b j e r g

4 Aalborg University (AAU) Around students in 2012 Humaniora Samfundsvidenskab Sundhedsvidenskab Teknik og Naturvidenskab students enrolled in 2013 a 15% increase compared to 2012 (4162) 3479 employees in 2012 out of which 246 are Professors, 562 are Associate Prof. and 505 Ph.D. students AAU-Esbjerg 4

5 Aalborg University (AAU) - Organization Rector Dean Schools Departments School of Engineering and Science (SES) School of Information and Communication Technology (SICT) First Study Year (FS) Research Studyboard for Chemistry, Environment and Biotechnology Studyboard for Civil Engineering Studyboard for Energy Studyboard for Electronics and IT Studyboard for Mediatechnology AAU-Esbjerg 5

6 Campus AAU-Esbjerg Numbers: approx. 620 students, approx. 37 employees related to Campus functions. Approx. 48 VIP and TAP related to 6 research departments represented in Esbjerg, i.e.: Department of Electronic Systems Department of Architecture, Design and Mediatechnology Department of Civil Engineering Department of Biotechnology, Chemistry and Environmental Engineering Department of Learning and Philosophy Department of Energy Technology

7 STUDY PROGRAMS IN ESBJERG T H E A A L B O R G - M O D E L AAU-Esbjerg 7

8 AAU-Esbjerg - future

9 AAU-Esbjerg - future

10 AAU-Esbjerg - future

11 AAU-Esbjerg - future

12 Uddannelser udbudt på AAU-Esbjerg Campus AAU- Esbjerg Adgangskursus Medialogi Ingeniør Maskinkonstruktion Bygge- og Anlægskonstruktion Kemi og bioteknologi Elektronik og data Energi Olie og Gas RISK Vindmølleteknologi Offshore energisystemer Proces og forbrændingsteknik AAU-Esbjerg 12

13 Coordinators and supervisors on selected study programs Campus AAU-Esbjerg Medialogy Mechanical Engineering Civil Engineering Chemistry and biotechnology Electronics and software Energy Coordinator: Eva Petersson Brooks Coordinator: Anders Kristensen Coordinator: Jens Hagelskjær Coordinator: Jens Muff Coordinator: Akbar Hussain Coordinator: Matthias Mandø Supervisors to be announced Supervisors to be announced Supervisors to be announced Supervisors to be announced Supervisors to be announced Supervisors to be announced AAU-Esbjerg 13

14 Work method The Aalborg Model Project Organized Problem Based Learning (POPBL) everybody can/do it The project work is done in project teams BUT at Aalborg University the Project work stretches over a semester, i.e. 5 months. It - Provide better opportunities for elaboration/immersion Provide a better scope Require project management (schedules, ressource planes, milestones ) Require teamwork/cooperation and communication AAU-Esbjerg 14

15 RESEARCH IN ESBJERG T H E O R G A N I Z AT I O N AAU-Esbjerg 15

16 TEKNAT ER KENDT FOR Progressive uddannelser, der går tæt på virkeligheden Danmarks største IKT universitet TEKNAT 1/3 2013: Studerende: heraf Udenl Stud.: Problembaseret læringsform, der er efterspurgt i samfundet Tæt samarbejde med virksomheder og organisationer Forskning på internationalt niveau TEKNAT OMSÆTNING 2012: 1,5 Mia DKR TEKNAT 2012: Ph.D. stud: 634 Ph.D. grader 122

17 EKSEMPLER PÅ AAU S STØRRE FORSKNINGSCENTRE INDEN FOR ENERGI I samarbejde med: Intelligent Efficient Power Electronics DEAP grøn produktion I samarbejde med: Dansk Forskningskorsortium for Vindenergi Partner sammen med: I samarbejde med: 4DH 4th generation district heating

18 Campus AAU-Esbjerg A university is a diverse and dynamic place! Main objectives: Deliver research of excellence Deliver research based education Create value in society The research is conducted in departments and/or in research centers. The results are presented at conferences, published in international journals! Campus aims to facilitate a diverse and inspiring environment for learning and research activities / AAU-Esbjerg 18

19 Department of Energy Technology -programmes / AAU-Esbjerg 19

20 Energy Technology COMMUNICATION PRIMARY FUEL 3 WIND TURBINE Energy Storages SOLAR CELLS REFRIGERATOR TELEVISION DC AC SOLAR ENERGY TRANSFORMER LIGHT HEAT LOADS Energy Storages POWER STATION CHP TRANSFORMER FACTS/CUPS COMPEN - SATOR MOTOR ROBOTICS PUMP INDUSTRY TRANSPORT TRANSPORT FUEL CELLS [ FUEL DC AC ac POWER SUPPLY ~ = dc COMBUSTION ENGINE Keywords: Energy production Energy distribution Energy consumption Energy control 20

21 Organisation Department of Energy Technology Electric Power Systems Power Electronic Systems Electrical Machines Fluid Power and Mechatronic Systems Fluid Mechanics and Combustion Thermal Energy Systems Strategic Networks: EMSD CEES ECPE VE-NET DUWET WEST VPP REN-DK HUB NORTH Energy Sponsor Programme 60 VIP 80 PhD 20 Guest Researchers 10 Research Assistants 30 TAP 21 Multi-disciplinary Research Programmes Wind Power Systems Fluid Power in Wind and Wave Energy Offshore Energy Systems (Esbjerg) Photovoltaic Systems Modern Power Transmission Systems Smart Grids and Active Networks Fuel Cell and Battery Systems Automotive and Industrial Drives Efficient and Reliable Power Electronics Thermoelectrics Green Buildings Microgrids Biomass Lab. Facilities: Power Electronics Systems Drive Systems Tests Fluid Power Power Systems & RTDS Micro Grid High Voltage DSpace PV Converter & Systems Laser Systems Fuel Cell Systems Battery Test EMC Vehicles Test Lab Biomass Conversion Facilities Proto Type Facilities

22 Organisation Department of Energy Technology Power Systems Power Electronic Systems Electrical Machines Fluid Power Systems Fluid Mechanics and Combustion Thermal Energy Systems AALBORG CAMPUS ESBJERG CAMPUS Strategic Networks: EMSD CEES ECPE VE-NET DUWET WEST VPP REN-DK HUB NORTH ENERGY SPONSOR PROG. Multi-disciplinary Research Programmes Lab. Facilities: Power Electronics Systems Drive Systems Tests Fluid Power Power systems & RTDS High Voltage DSpace Laser Systems Fuel Cell Systems Proto Type Facilities Biomass conversion facilities Cooperation & Innovation Environment Research Results Test Facilities Knowledge Sharing Demonstration Proof of Concept Patents Licences Spin Outs New Business Fields 22

23 Offshore Energy Systems New established research program at the department of Energy Technology. The program is led by Esbjerg campus. Focus: Modeling, optimization and control systems Offshore oil & gas production (monitoring and control) Offshore wind turbines and wind farm (management, optimization, monitoring and modeling) Automation of offshore systems Underwater robotics Staff members: 5 VIPs and 2 PhDs at AAU-ET, Esbjerg Program Leaders: Zhenyu Yang, Mohsen Soltani Web: 23

24 Department of Civil Engineering /

25 Research Groups Organisation - research Department of Civil Engineering Division of Architectural Engineering Division of Food+Design Division of Structures, Materials and Geotechnics Division of Water & Soil Building Informatics Center for Food Science, Design and Experience Innovative Structures Structural Dynamics, Reliability and Risk Analysis Indoor Environmental Engineering Offshore Foundations Marine Structures RISK Water, Environment and Landscape

26 Research groups: Division of Structures, Materials and Geotechnics Innovative Structures Offshore Foundations RISK Danish Centre for Risk and Safety Management. Cooperation with SDU (University of Southern Denmark). Head of division Lars Damkilde The subject area of the division includes both theoretical and mechanical modelling as well as experimental characterisation of structures and structural materials. Keywords offshore structures, windmills, bridges, stability of structures, fracture mechanics

27 Division of Water & Soil Research groups: Structural Dynamics, Reliability and Risk Analysis Marine Structures Water, Environment and Landscape Head of division Morten Lauge Pedersen Our research focuses on several areas such as uncertainty modelling, reliability assessment and risk analysis of buildings, bridges, offshore structures, marine structures, windmills and wave energy plants. Keywords hydraulics, physical geography, wave energy, rain- and wastewater outflow, windmills

28 Department of Biotechnology, Chemistry and Environmental Engineering

29 29 Section of Chemical Engineering, Esbjerg Research Chemical technology related to: Environmental sciences 1) Treatment of drinking water, process water and soil remediation, (Jens Muff, Erik G. Søgaard, Henrik Tækker Madsen, Krzysztof Kowalski, Katarzyna R. Arturi, Anita Osei Tutu) 2) Process geothermal energy production (Erik G. Søgaard, Katarzyna R. Arturi)

30 30 Research continued Material Science: 3) Ceramic processes, nano particle production, photocatalysis, dye sentizised solar cells (Morten Enggrob Simonsen, Erik G. Søgaard). 4) Processes in near and super critical media including bio oil production and valuable chemicals production (Erik G. Søgaard, Rudi P. Nielsen, Ph.D. NN) 5) Polymer technology and characterization (Rudi P. Nielsen, Morten E. Simonsen, Sergey V. Kucheryavskiy)

31 Oil and Gas Technology a) Reservoir Characterization (Muhammad Adeel Nasser Sohal) b) Enhanced Oil & Gas Recovery, Methods & Concepts: Enhanced oil recovery (EOR) based on CO 2 injektion with polymers, foams and nano particles (Morten Enggrob Simonsen / Erik Søgaard / R.P. Nielsen) Smart water flooding (Adeel Sohal / Skule Strand) Application of chemicals to minimize the amounts of produced water through relative permeabilitets-modifiers (RPM) (Adeel Sohal) c) Drilling, Production Technology, Design & Concepts: Drilling mud and chemicals for variation of the properties of drilling mud. (Erik G. Søgaard, Kyrian C. Okorama )

32 32 Oil and Gas Technology continued d) Production facilities, Material Research & Design Separation of gas, oil, water and particles (Rudi P. Nielsen, Erik G. Søgaard, ). Application of chemicals in oil and gas production, H2S scavinging (Henrik T. Madsen, Robert Adu, Erik G. Søgaard, Ph.D NN??) Down stream processes (associate professor NN, in assessment)