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Velkommen til
presentasjon av studieretning
Energi-, prosess- og strømningsteknikk
ved
Institutt for Energi- og prosessteknikk (EPT) 14. mars 2014
Prof. Trygve M. Eikevik e-mail: [email protected]
hjemmeside: http://folk.ntnu.no/tme
www.ntnu.no 2
Vindtunnel lab.
Termisk energi lav.
Vannkraftlaboratoriet
Institutt for Energi og prosessteknikk
www.ntnu.no 3
FAKTA • 160 ansatte (30 vitenskapelig ansatte) innen 5 faggrupper
– Termisk energi – Industriell prosessteknikk – Energiforsyning og klimatisering av bygninger – Strømningsteknikk – Industriell økologi
• 85 PhD-studenter • 70-115 MSc-studenter (115 i 2012)
LABORATORIER • 6000 m2 laboratorieareal i 3 bygninger • 20 ansatte i laboratorie/verksted
Institutt for Energi og prosessteknikk
Solar energy
Water power
Heat pump
Power production with CO2 capture
Ocean energy
Oil and gas transport Multiphase flow & LNG
CO2
H2
Bio refinery
Wind power
Storage in geo- logical layers
Oil Gas
Energy efficiency in buildings and industry
Refinery
Food Processing
Storage in oil/gas fields with increased oil recovery
“Energy efficiency offers the biggest scope for cutting emissions
End-use efficiency is the largest contributor to CO2 emissions abatement in 2030, accounting for more than half of total savings in the 450 Scenario, compared with the Reference Scenario.”
Ref: IEA WEO 2009
www.ntnu.no 6
Thermal Energy Group
Combustion Combustion, including processes and equipment Bio-energy Waste combustion Air pollution and gas cleaning
Turbo machinery and power generation Thermal turbo machinery, including gas turbines,
multiphase- and NG compressors Thermal power cycles including. CO2 capture High-temperature fuel cells
LCA and industrial ecology LCA – Life Cycle Analysis Value Chain Analysis Energy and Environment in developing countries Systems engineering
Multiphase pumps
NG power plant with CO2 capture
Combustion
Kontakt: Prof. Olav Bolland, [email protected]
www.ntnu.no 7
Industrial Process Technology Group Heating and cooling technology
Systems and components Energy analysis Process integration Heat pumping systems Power from low temperature surplus
heat
NG and Multiphase transport Multiphase transport NG processing Low temperature processes
Food engineering Cooling, freezing, thawing and tempering
of food Dewatering and drying Fluidized systems
Refrigeration and heating in cars
Offshore LNG
Cooling/freezing/dewatering
Components to industrial heating and cooling systems
Multiphase oil and gas pipes
Kontakt: Prof. Trygve M. Eikevik, [email protected]
www.ntnu.no 8
Energy and Indoor Environment Group
50 kW CO2 hot water heat pump, prototype
AluAqua-project. New concept for floor heating
Indoor environment in schools
Luftgardin over
bardisken
Tilluft i rensone bak bardisken
Avtrekk ute ipublikumsområdet
Fire safety and ventialtion in rock halls
Ventilation in restaurants and bars
Energy use and supply heating systems energy use and planning district heating
Building automation
system simulations facility management O&M
Indoor environment
building climatization sanitation and residential hygiene applied heat pump engineering
Ventilation engineering
HVAC systems industrial ventilation fire safety
Kontakt: Prof. Hans M. Mathisen, [email protected]
www.ntnu.no 9
Fluid Engineering Group Fluid power and pneumatics
Turbine and pump design
System analysis Cavitations
Hydraulic fluid machines Components Control
Power-assisted mechanisms
Fluid flow engineering
Turbulence physics
Numeric fluid flow calculations
Fluid flow in micro media
Multiphase flow
Aero and hydro dynamics
Numerical computations of flow fields
Francis turbine
Pelton turbine
Aero dynamics Wind turbines
Kontakt: Prof. Lars Sætran, [email protected]
www.ntnu.no 10
Industrial Ecology Group
Aktuelle tema for prosjekt- og masteroppgaver: • Livssyklusanalyse av e-bike • Livssyklusanalyse av flywheel til
energilagring • Utvikling av verktøy for miljøvurdering
innen oljeboring • «Urban mining» som ny råmaterialkilde • Livssyklusanalyse av CO2 fjerning fra
atmosfæren • Gjenbruk av stålstrukturer som
miljøstrategi • Analyse av globale verdikjeder for
forbruksbasert klimapolitikk
Grunnleggende emner • TEP4223 Livssyklusanalyse • TEP4220 Energi og miljøkonsekvensanalyse • TEP4285 Materialstrømsanalyse.
Kontakt: Prof. Edgar Hertwig, [email protected]
www.ntnu.no
STUDIEPROGRAM I PRODUKTUTVIKLING OG PRODUKSJON Studieretning: Energi-, prosess- og strømningsteknikk – 2. - 5. årskurs 2014/2015
Sem 7,5 Sp 7,5 Sp 7,5 Sp 7,5 Sp 10
V16 MASTEROPPGAVE (20 uker)
9 H15
KOMPLEMENTÆRT EMNE (se 7. semester)
TEP4520/TEP4525 INDUSTRIELL PROSESSTEKNIKK (Prof. Eikevik) TEP4510/TEP4515 TERMISK ENERGI (Prof. Bolland) TEP4530/TEP4535 ENERGIFORSYNING OG KLIMAT AV BYGNINGER (Prof. Mathisen) TEP4540/TEP4545 STRØMNINGSTEKNIKK (Prof. Sætran)
8 V15
EKSP I TEAM TV PROSJ
ING – annen studieretning/studieprogram
TEP4112 TURBULENT STRØMNING A TEP4160 AERODYNAMIKK A TEP4170 VARME/FORBRENNING A TEP4195 TURBOMASKINER A TEP4245 KLIMATEKNIKK A TEP4255 VARMEPUMP PROS/SYST A
TEP4200 KONSTR HYDRAUL STRM TEP4205 IND HYDRAULIKK (ikke i 2012/2013) TEP4220 ENERGI/MILJØKONSEKV TEP4250 FLERFASETEKNIKK TEP4260 VARMEPUMP BYGN KLIMA TEP4265 PROSESS AV BIOMAT TMR4280 FORBRENNINGSMOTORER TPK4110 KVALITETSLEDELSE TVM4145 VANNRENSEPROSESSER ANNET VALG
7 H14
TEP4156 VISKØSE STRØMNINGER A TEP4185 NATURGASSEKNOLOGI A TEP4212 GASSRENS/UTSL KONTR A TEP4235 ENERGIBRUK I BYGNINGER A Minst To av A emnene skal velges
Komplementært emne FI5205 CORP RESPONS ETHICS FRA0502 FRANSK II MFEL3010 MEDISIN SPA0502 SPANSK II SPRÅK4501 SCIENTIFIC COM TEPXXXX INDUSTRIELL ØKOLOGI TIØ4215 KONTR RETT FORHANDL TIØ4295 BEDRIFTSØKONOMI TMM4220 INNOVASJON TMM4225 ING SAMHANDLING TPD4142 DESIGN THINKING TYSK0502 TYSK II
TEP4156 VISKØSE STRØMNINGER A TEP4185 NATURGASSEKNOLOGI A TEP4212 GASSRENS/UTSL KONTR A TEP4235 ENERGIBRUK I BYGNINGER A Minst To av A emnene skal velges
TEP4165 NUM VARME/STRØMN TEK A TEP4175 ENERGI VIND/HAVSTRØM TEP4180 EKSP MET PROSESSTEKN A TEP4222 KRYSSL HANDEL MILJØ TEP4223 LIVSSYKLUSANALYSE TEP4240 SYSTEMSIMULERING A TEP4270 BIOENERGI TPK4120 IND SIKKERHET/PÅLIT ANNET VALG
6 V14
TTK4105 REGULERINGSTEKNIKK
TEP4125 TERMODYNAMIKK 2 A TKT4140 NUM BEREGN M/DATALAB A
TEP4130 VARME/MASSETRANSPORT
PUP 6 Dynamikk (2014) Miljøfag (2015)
5 H13
TMA4130 MATEMATIKK 4N
TIØ4258 TEKNOLOGILEDELSE
TEP4135 STRØMNINGSLÆRE 1
TPK4100 PRODUKSJONSLEDELSE
4 V13
TMA4245 STATISTIKK
TEP4100 FLUIDMEKANIKK
TMM4100 MATERIALTEKNIKK
TMM4121 PRODUKTUTVIKLING
3 H12
TMA4110 MATEMATIKK 3
TKT4122 MEKANIKK 2
TFY4104 FYSIKK
TEP4120 TERMODYNAMIKK 1
2 V13
TMA4105 MATEMATIKK 2
TKT4116 MEKANIKK 1
TMT4106 KJEMI
TPK4190 PRODUKSJONSTEKNOLOGI
1 H12
TMA4100 MATEMATIKK 1
TDT4105 INFORMASJONTEKN GK
EXPH0004 FILOSOFI VITEN TEORI (fra høst 2013)
TMM4115 PRODUKTMODELLERING
www.ntnu.no
New Double Degree Master Program in ”Sustainable Energy”
– one study, two degrees Study direction ”Sustainable Heat Pumping Processes and Systems”
• Research and Education Cooperation with Shanghai Jiao Tong University (SJTU) • Joint Research Center NTNU – SJTU within “Sustainable Energy, established in
2010 • Norwegian students
– follows their Master program at NTNU the 4th year (60 stp) – stay in Shanghai the 5th year ++ (90 stp) (3 semester - 18 months) – apply for the program in end of November 2013 (e-mails will come) – Require TEP4255 Heat Pumping Processes and Systems in 8th semester
• Get two degrees, one from NTNU and one from SJTU (two certificates) • Selected students from applications to enter the program (6 students in 2013,
4 from SJTU and 2 from NTNU) • The aim is 4-5 students from NTNU every year
• Two students have had their Master thesis in Shanghai spring semester (2012)
www.ntnu.no
www.ntnu.no 14
1. Combustion lab 2. Thermal energy Lab 3. Indoor environment lab 4. Refrigeration lab 5. Dewatering and food engineering lab 6. Multiphase flow lab 7. Wind tunnel lab 8. Water power lab
Laboratories
www.ntnu.no 15
Laboratory based training
www.ntnu.no 16
Laboratory based training
www.ntnu.no 17
…….. and communication
www.ntnu.no 18
Combustion Technology Lab Combustion Engineering lab Performance of fuels in boilers, furnaces and
combustors. Fundamental and practical combustion
studies Large scale testing of low-NOX gas/oil burners
Laser Diagnostic lab Oriented towards the understanding of
combustion at the local scale Interaction between turbulence, species
formation, acoustics, etc.
www.ntnu.no 19
Thermal Engineering Lab Pyrolysis, gasification and com-bustion of
biomass and waste Wood stove and fireplace testing facility Fluid bed combustion Gas cleaning Heat exchangers Fuel characterization Gas diagnostics
www.ntnu.no 20
Refrigeration Engineering Lab Natural working fluids in Heat Pumping Processes and
Systems, no GWP, no ODP
Heat pump/air conditioning of cars with CO2
CO2 heat pump for domestic hot water prod.
Power from waste heat
Commercial refrigeration
Domestic heating with Propane
Heat pump systems for dryers
CO2-fluid diagnostics rig
Compact heat exchangers
Mini-LNG
Mini LNG
Air condition in cars
HP tap water heaters HP dryers CO2
www.ntnu.no 21
Dewatering and Food Engineering Lab
Modern equipment for R&D related to dewatering and food processing Heat pump dryers (natural refrigerants, CO2)
Vacuum freeze dryers
Super freeze and super shilling of food
Thawing and tempering systems
HP Fluid bed dryers combined with Micro wave or Infrared heating, Ultrasound or Mechanical vibration
Spray dryer
Sorption measurements
DSC, TC/Cp measuremnts
www.ntnu.no 22
Energy and Indoor Environment Lab
Climate room Full scale rig for testing of intake screen Sun simulator for sun collector systems District heating system Rig for testing of heat recovery Rig for filter testing
www.ntnu.no 23
Multiphase Flow Lab
Multiphase flow in sub-sea wells and pipelines Oil-water-gas flow Unstable fluid flow Pigging Gas lift
www.ntnu.no 24
Water Power Lab
Design of turbines and pumps Turbines for tide currents System analyses Cavitations Pressure pulsation Verification of numerical models
www.ntnu.no 25
Aerodynamic Lab 4 low speed wind tunnels
Test rig for pipe flow Water tunnel for particle and two-phase flow studies
Supersonic wind tunnel (M3)
Almost unlimited source of probes for velocity measurements
Suit for ski-jumpers Wind turbines Off-shore platforms
www.ntnu.no 26
World Class Laboratories
