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1
Water and Wastewater Engineering group
• Activities– research, including
participation in international
programs
– teaching
• Resources
infrastructure– urban runoff field station
– water and wastewater treatment
labs (in collaboration with
Trondheim municipality)
– analytical lab for water
staff– p.t. 6 faculty staff, 4 researchers, 6
research fellows
2
IVM’s Organization and staff, May 2012
ManagementDepartment Head: Geir Walsø
SupportAdministrative: I Strand, H. Sandvik, H. Livden, V VenkateshWorkshop: A. Grostad, G. TesakerAnalytical lab: G. Thorvaldsen, T. HårbergIT services: B. Ulfsnes
Groups
Hydraulic Engn. Leader: N. Ruther
Water & Wastewater Engn.Leader: S. Sægrov
Solid Waste & Industrial Ecol.Leader: H. Brattebø
Research Fields
Hydrology
Prof. K. Alfredsen
W&WW Systems
Prof S. Sægrov Assoc.Prof. S.T. ThorolfssonAssoc. Prof. T. MuthannaAdjunct prof . R. UgarelliPhD cand. A. SofiniPhD cand. K. PausPhD cand. H. Reksten
+ new PhD cand on Asset management from autumn 2012
W&WW Treatment
Prof. T.O. LeiknesProf. S. W. ØsterhusAssoc. Prof. C. HallèPost-doc T. MeynPost-doc P.A. WoldResearcher I. IvanovicPhD cand. G. RaspatiPhD cand. A BuranPhD cand. V. BjerkelundPhD cand. D. Pallischeck
Prof. H. BrattebøPost-doc G. Venkatesh
3
Participation in international research networks
• WSSTPBoard member 2007-2009
Leader for Norwegian branch
• ACQUEAU (WSSTP/EUREKA)
Norwegian representative (on behalf of Norwegian
Research Council)
• JPI Water challenges for a changing world
Working with Norw. Res. Council
Member in the scientific committee of JPI
• ARC (Aqua Research Coalition)Formalised research collaboration with forefront research
laboratories (CetAqua, Spain, IWW, Gemany, KWR,
Netherlands, LNEC, Portugal, SINTEF, Norway)
4
Participation in EU program research
• CARE-W, CARE-S (2001-2005)
Rehabilitation of water and wastewater
• SAFE WATER (2001-2005)
International exchange of young researchers, NTNU/SINTEF host
• CITYNET (2002-2006)
Network of 5 R&D projects within EU 5th
Framework program
• TECHNEAU (2006-2010)
Drinking water from source to tap, larges drinking water research program in Europe ever
• EUROMBRA (2005-2009)
Membrane technologies for wastewater treatment
• PREPARED (2010-2013)
Adaptation of water and wastewater systems to impact of climate change (participate via SINTEF)
• TRUST (2011-2014)
Sustainability of urban water systems, use of metabolism model
Proactive maintenance
Pipe burst prediction
Level of service
Flood control
Bold = co-ordinator or board member
5
Key Water Treatment Research
• Humic substance removal
– Coagulation/membrane filtration
– Ozonation/biofiltration
• Advanced wastewater treatment
– MBBR (large international success!)
– Membrane bioreactor processes
– Nutrient removal
– Membrane biofouling
– Wastewater re-use and recycling
• Particle removal
– Coagulation/separation
– Pre-treatment strategies
– Membrane filtration
• Hygiene
– Virus removal
– Disinfection (UV, Ozonation,
Membrane filtration)
• Recycling in aquaculture systems
Humics - NOM BF-MBR
Membranes
6
Norwegian surface water
Ceramic microfiltration membrane
Filtration pilot plant
• Surface water treatment, background in Nordic countries:
– Surface water is common drinking water source
– Many small plants in remote locations
– Soft waters with low turbidity and alkalinity, but high
colour
• Objectives
– Colour and organic matter removal
– Reduction of membrane fouling
– Evaluation of pathogen removal and evaluation as
“hygienic barrier”
Coagulation/flocculation coupled with ceramic
microfiltration for removal of humic substances
Our lab infrastructure:
Drinking water treatment
7
Our lab infrastructure: CLSM room Provides a three dimensional reconstruction of the undisturbed sample.Widely-used in biological science disciplines, from cell biology and genetics to microbiology and developmental biology.
Membrane fouling study
8
Our lab infrastructure: Wastewater treatment HyVAB project
Development of vertical anaerobic-aerobic (biofilm based) bioreactor for wastewater treatment
10
Our lab infrastructure: Sealab (fish farming)
..member of Gemini centre for fry and plankton technology
11
Urban water networks research topics
• Planning the upgrading of
water and wastewater
networks
• Water quality changes in
water distribution
networks
• Measuring and modelling
storm water runoff
• Storm water quality
management
• Impact of climate change
12
Snow covered area Snow water equivalent
Urban runoff field station
• Established in 1986 for studies on urban drainage in cold climate
• Continuous recording of climate, snowmelt, storm, and waste water discharge with two minute temporal resolution
• Field observations of snow water equivalent and snow covered area
• Field observations of “rain bed” for retention/detention and cleaning of storm water
• Used in research and for educational purposes
13
Teaching program (approx no of students 2011/2012)
• 2 semester
• 4 semester
• 5 semester
• 6 semester
• 7 semester
• 8 semester
• 9 semester
• 10 semester
• Water and environment engineering –
general course (190)
• Hydrodynamics (190)
• Hydrology (60)
• Water/wastewater eng. basic course (30)
• Water chemistry (20)
• Urban water systems (20)
• Water treatment processes (20)
• Interdiciplininary project work (30)
• Water and wastewater specialization (20)
• Storm water and pipe technology, (course
for industry, 25)
• Project work (15)
• Master thesis (15)
Master courses taught in English (in red colour)
14
PhD courses• VM 8200 Water treatment
• VM 8201 Sludge management
• VM 8202 Storm water management
• VM 8203 Water chemistry
• VM 8205 Asset management (water and wastewater networks)
• VM 8206 Topics in Water and wastewater
• KP 8107 Membrane separations in liquid systems
Continuing education courses• VM 6000 Pipe technology (storm water technology to be
incorporated from 2011)
• VM 6010 Water treatment in aquaculture