Kirkenes, Terje Nordvåg, Adm. Dir.

Transkript

1 Kirkenes, Terje Nordvåg, Adm. Dir.

2 Utvikling/Funding Norut Narvik Finansiering av virksomheten 0,7 0,6 0,5 0,4 0,3 0,2 0, Grunnbevilgning Forskningsråd Offentlig forvaltning Næringsliv Utlandet 35,0 30,0 25,0 20,0 15,0 10,0 Omsetn. (mill kr.) Antall ansatte Årsverk Ansatte Årsverk Omsetn ,0 0,

3 Norut Narvik Ltd. a North - NORWEGIAN technical - industrial research institute with a Maritime Prosjekter Verdiskapningsanalyser STS omlasting av hydrokarboner Helh. Kystnær Beredskap Beredskapsutstyr Absorbenter/ Oljevern Kompositt/skipsutr. Scientific Fundament comprising of: - Structural & Mechanical Engineering - Materials & Surface Technology, Electrochemistry - Material Physics & Metallurgy Technology - Process Chemistry & Environmental Technology Strategic focus areas: - Infrastructure, Civil & Construction - Renewable Energy, Bio-Energy & Solar-Energy - Maritime, Oil and Gas - Cold Climate Technology - Innovation & Product Development/Composite Materials

4

5 Relationship The key goal is to build a competence centre in Narvik The cold climate technology research centre The project will be carried out in close relationship with the project VRI Nordland Infrastructure in Cold Climate Close coordination with the ARKTEK business development network projects (3+3 projects)

6 Type of Infrastructure General Road system Maritime Energy Railroad Offshore User Partners Multiconsult Narvik, Total, Royal Dutch Shell, Hammerfest Energi, Maritimt Forum Nord, B&E Senteret LKAB, Statkraft, StatoilHydro DSC Engineering, North Energy Total/BP Innovations Reimbursement Better decision making, new materials, methods, systems and products, increased knowledge, doctorates and education, patents, new enterprises, innovative approach Main activities Infrastructure in Cold Climate Operations in Cold Climate Research Tasks RT 1: Weather protection design Implementation of Technological Research into Arctic Operations RT 2: RT 3: Ice mechanics & ice Atmospheric icing and forces sensors RT 4: Applied Arctic Technology Reimbursement Increased Scientific Activity, International Cooperation, Doctorates, Norwegian Research School, Postgraduate Education, Publications, Patents Research areas and Resources Structural Materials Petroleum Safety Environment Laboratory Facilities Host institutes and Consortium & academic partners Norut Narvik AS (NN AS) and Narvik University College (NUC), Luleå University of Technology (LtU), Norut Alta, ECN & DNV Archangelsk State Technological University (ASTU), Norwegian Polar Institute, Canadian Hydraulic Centre, Norwegian Coast Guard, NTNU, Sintef, VNIIG, Coventry Univ.

7 Research tasks in ColdTech Weather protection design and performance (RT1) Ice mechanics and ice forces on structures (RT2) Atmospheric icing and sensors (RT3) Applied Arctic technology (RT4) Implementation of technological research into arctic operations

8 Foreløpige Budsjetter - ColdTech

9 RT1 - Weather protection design and performance Investigation of wind shielding effects from windbreaks and porous panels (A) Numerical modelling and simulations of wind shielding effects from windbreaks and porous panels (A) Shielding efficiency classification of weather panels Ventilation of enclosed offshore constructions/platforms (A) : 2 x PhD candidate

10 Infrastruktur i kaldt klima Vind og snødrift rundt bygninger Konstruksjoner i ekstremt klima Frost i jord / Permafrost Veger i områder med mye snødrift

11 Petroleumsindustri i arktisk klima Vedlikehold Sikkerhet Vind, kulde og snødrift Snow accumulation Building Building exit tunnel Bygningsdesign for arktisk klima Eksponerte installasjoner

12 RT2 - Ice mechanics and ice forces on structures Study the ice conditions and the mechanical properties of ice in the Barents Sea (B) Establish a classification system for ice ridges applicable on simulations of the potential ice load on structures (B) Improve current constitutive models for level ice and ice ridges, and include effects of strain rate and temperature dependency, plasticity, creep, cracking and anisotropic behaviour Develop suitable methods for numerical simulation of static and dynamic ice-structure interaction (B) : 2 x PhD candidates (1 associated)

13 Some examples of structures in ice- infested waters JZ202 platform - Bohai Sea. (jacket platform with four legs). Norströmsgrund Lighthouse Molikpaq -Sakhalin Ice loads on foundation for offshore wind turbines

14 Global forces, failure pattern and vertical displacement Cone angle a = 45 o, friction coefficient m = 0.0 and m = 0.1 Force vs. displacement curves Calculated failure pattern Ridge shattering in front of the keel The weight of the ridge starts to affect the conical structure Failure occur at the top of the sail Followed by bending failure at the bottom of the attached ice sheet behind the ridge. Maximum horizontal and vertical forces occurred as the front of the ridge reached the top of the cone. Maximum horizontal force increased by 23% as friction increases from 0.0 to 0.1. Maximum vertical force degreased by 1%. Contours of vertical displacements

15 Iskrefter på betongdammer Hvilke verdier skal benyttes? Endring i dimensjoneringsgrunnlag Lette betongkonstruksjoner Stabilitetsproblemer Tilgjengelighet

16 RT3 - Atmospheric icing and sensors Increase and develop information about icing and ice accretion on structures Development of new robust icing sensors (C) Develop improved phenomenological models related to icing Apply phenomenological models within a numerical framework to predict ice accretion on idealised structures Improve methods to predict the risk of icing and ice accretion on maritime platforms, installations and vessels at sea and on shore (C) : 2 x PhD candidates (1 associated)

17 Ising på fartøy Simulering av atmosfærisk ising på KV Svalbard (forenklet modell) Kilde: HiN

18 Effekter av ising på vindmøller Atmosfærisk ising på vindmøller kan medfører produksjonstap og i noen tilfeller havari (kilde HiN)

19 Måling og registrering av ising Det fins i dag ingen gode sensorer for registrering og overvåkning av ising på konstruksjoner Cold Climate Technology Research Centre utvikler isingssensor i samarbeid med Norkraft Vind AS

20 RT4 - Applied arctic technology Frost in ground Degradations mechanism, analyses and innovation monitoring Intelligent low energy concrete buildings Photo Voltaic and hydro power hybrid system in arctic conditions

21 Solar Energy above the Arctic Circle 2-axis tracking system på taket til HiN Panelene følger solen 310 azimut, 50 elevasjon 8 Si-paneler Værstasjon Solar cells above the arctic circle Prosjekt Norut, HiN

22 Hva med Narvik? Spesielle betingelser Midnattsol/polarnatt Høye fjell Kaldt klima Solhøyde i Narvik under et år med horisont inntegnet. Simuleringer av fix panel/2-axis tracking under et år.

23 RT5 - Implementation of technological research Contribute to develop and study building of institutions for mediating technology research and commercial operations in the Arctic Developing models for registration and documentation of operational experiences in cold climate and the Arctic Developing and studying educational systems enhancing the value of the technology research

24 Organisation of ColdTech project Steering Committee Project management Consortium Norut Narvik AS (host) :Narvik Univ. College (co host) Det Norske Veritas, Harstad Luleå Univ. of Technology Energi Campus Nord / Norut Alta Implementation of Technological Research into Arctic Operations RT 1: Weather protection design and performance Leader Narvik Univ. College RT 2: Ice mechanics & ice forces Leader Norut Narvik AS RT 3: Atmospheric icing Leader Narvik Univ. College RT 4: Applied Arctic Technology Leader Norut Narvik AS Leader: Energy Campus North Norut Alta AS Researchers Technical personnel User partner personnel Professors Researchers Doctorates (ph D), post Doc Technical personnel User partner personnel Researchers Doctorates (ph D), post Doc Technical personnel User partner personnel Professors Researchers Doctorates (ph D), post Doc Technical personnel User partner personnel Researchers Doctorates (ph D), post Doc Technical personnel User partner personnel

25 Consortium Norut Narvik (host) Narvik University College Det Norske Veritas Luleå University of Technology Primarily RT3 Atm. Icing/Seaspr. Icing, some involvm. In RT2 - R&D work - Field tests - coord. w/marice and other DNV projects Energi Campus Nord / Norut Alta

26 Academic partners Luleå University of Technology (also a Consortium partner) Archangelsk State Technology University VNIIG in St. Petersburg Russia Canadian Hydraulic Centre in Ottawa KV Nord KV Svalbard-missions - tests in ice - icing measurement - field measurement Norwegian Polar Institute (if required) The Norwegian University of Science and Technology (NTNU)/Sintef (Based on NUC cooperation agreement for PhD)

27 Industry User partners Shell Technology Total E&P Det Norske Oljeselskap Nordkraft Vind Nordkraft Produksjon North Energy Betong & Entreprenørsenteret DSC Engineering (IKM) Hammerfest Energi Maritimt Forum Nord (Rederiforbundet) Multiconsult (avd. Narvik) Statkraft (?) LKAB (?) With the Intention to establish the ColdTech MARITIME industry cluster 2 3 industry PhD s

28 ColdTech organisation and arenas ColdTech Steering Comittee ColdTech Project Organisation ColdTech Industry Forum ColdTech Education (Master/PhD) ColdTech Conference ColdTech Industry Forum Work Shop ColdTech ARKTEK/Maritime collaboration ColdTEch VRI collaboration

29 Organization of the Cold Climate Technology Research Centre CCTRC Board Terje Nordvåg (NORUT Narvik) Arne Erik Holdø (NUC) 2-3 representative industry Managers from HiN and NORUT to meet NUC NORUT Narvik Management: Mojtaba Moatamedi Hugo Remlo Market/web: Rolf Håkon Rensaa Bjørn Ivar Antonsen Research and development: Wind and Snowdrift Atmospheric Icing Wind Chill Frost in Ground Energy / Heat transfer Per Arne Sundsbø Per Johan Nicklasson Bjørn Reidar Sørensen Terje B. Løyning Kevin Chow Muhammad Shakeel Virk Matthew Carl Homola Svein-Erik Sveen Azadeh Azimi Andrey Varfolomeev Ice Mechanics Material Technology Mechanical and structural engineering Oil spill preparedness and technology Petroleum technology (oil and gas) Energy/PV/hydpow. Infr. Hugo Remlo Bjørnar Sand Irinia Sæther Tore Pettersen Bård Arntzen Marcus Bergstrøm Øyvind Kleven Commercialization and industry: Projects: New projects: ColdTech, VRI FW 7 projects and ARKTEK projects (Samarbeid-BA næringen-neso, BiNor-MEF, Hav og vindkraft, Olje/gass VM, Beredskap, GRP/plast-nettverk)

30 Satsing CCTRC Hvorfor Knytning til Maritim Næring? ColdTech prosjektet (72 millioner NOK over 5 år med mulig forlengelse i 3 år). Oppretter The Cold Climate Technology Research Center Teknologimiljøet (HiN, NORUT, Forskningsparken med mer) Narvik Havn/Havnebyen (Norges desidert største BULK havn) Lokalisering (transport HUB, Nordområdene) Transport og logistikk HUB

31 CCTRC og Den Norske Maritime Klynge Maritimt Forum/ Rederiforbundet Forskningsparken I Narvik Norut Center for High North Logistics Cold Climate Tech. R & D Center Professorat Den Norske Internasjonale Maritime Klynge HiN Kaldt Klima Teknologi 50 % 50 % - Is-mekanikk - vineerisering - arktisk teknologi - ising/issensoring Kaldt Klima Teknologi - materialer - annet - cfd - annet - ColdTech (vinterisering, ismekanikk, ising, teknologi) - VRI (infrastruktur i kaldt klima) - Utvikling av Isings sensor - mere