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About Strategic AreaEnergy and Petroleum -

Resources and Environment

Professor Dr.ing. Arne M. Bredesen

Leader Strategic Area

Norwegian University of Science and Technology (NTNU)

Trondheim, Norway

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NTNU - SINTEF

NTNU 3.800 SINTEF 1.800 Students 20.000

Total budgets:NTNU 3,5 Bill NOKSINTEF 1,6 Bill NOK

SCI & TECH CLUSTER AND INNOVATION TEAM OF LARGE STRATEGIC IMPORTANCE TO THE NORWEGIAN SOCIETY

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6 Strategic Areas• Energy and Petroleum –

Resources and Environment

• Globalization

• Materials Technology

• Marine and Maritime Technology

• Medical Technology

• Information and Communication Technology

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Energy and PetroleumResources and EnvironmentThe Global Challenge

Technology - SocietyEnvironmental

strain

Primaryenergy

Energyservices

End-user needs

Energysystem

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Norway - an energy nation…….

3 generations of energy development: Hydro Power, Petroleum, Renewables

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Energy products of Norway 2001

1810

530

118

0

500

1000

1500

2000

2500

3000

Energy products

Ene

rgy

(TW

h) HydropowerGasOil

DomesticConsumption~ 225 TWH

Norway is presently the world’s:

3rd largest exporter of oil 3rd largest exporter of natural gas 3rd richest country in GDP per capita

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Energy Research-Education and innovation at NTNU-SINTEF

• More than 750 people work to bring forward new knowledge and solutions, much needed by society to create a cleaner and sustainable future. This family includes 270 doctor students and postdocs !– We work in the entire technology chain from source to end user- We may combine technology, society and humanities

• Our main sponsors are the Research Council of Norway (“Renergi” and Petromaks”), the framework programs of EU, and energy companies

• The new knowledge is available BOTH for industrial research to solve industrial innovation problems AND for education of candidates that may carry out innovation in industry and society.

• Thus we educate more than 250 candidates to Energy-Norway every year

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World Class Laboratories

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Contributions to improved technology

• Statoils development of Snøhvit gas field => Multiphase flow- and LNG-technology

• Rolls-Royce Gas Motors produced in Bergen (Bergen Diesel)• Statoil CO2-injection project at Sleipner field• Utilising CO2 as natural working fluid in heat pumps and refigeration

plants (Norsk Hydro – Shecco - DENSO)• Hydro MTO-process and Statoil GTL-process• Energos - advanced ”clean” combustion technology Waste => energy• ScanWafer production of solar cell silicon

To be even more available and useful to society we have joined together in a goal-oriented team work with common overall goals and strategies

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ENERGY AND PETROLEUMResources and Environment

GASTECHNOLOGY

CENTERNTNU-SINTEF

PETROLEUMCenter forImproved ResourceUtilization

SMARTBUILD

NTNU-SINTEF

Energy System Analysis

Management

BOARD

Study Programs

Energy and Society

CENTER FORRENEWABLE

ENERGYNTNU-SINTEF

Green Innovation

Hydrogen ProgramCO2-Program

IndustryInnovation

FundFor NTNU

TRANSES

Industrial Ecology

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Participation i EU 6 FrameWork Program Within Hydrogen/Fuel Cells• FURIM (Further Improvements High temperature PEM Fuel Cells)

• NATURALHY (The "natural gas road" to the hydrogen economy)

Within CO2 -management• ENCAP (Enhanced capture of CO2)• CASTOR (CO2 from capture to storage)• ULCOS (Ultra low CO2 steel making) • CO2GeoNet (Geological storage)• DYNAMIS (Production of electricity and hydrogen with handling of CO2)• CO2Remove

Within Bio Energy• NEXTGENBIOWASTE (Innovative demonstrations for the next generation of biomass

and waste combustion plants for energy recovery and renewable electricity production)

Laboratory Research Infrastructure• ENGAS Research Infrastructure

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http://www.ntnu.no/engas/

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EnGas LaboratoriesFacility Contact persons

• MFL-LAB Multiphase Flow Technology Laboratory Prof. Ole Jørgen Nydal

• REF-LAB Refrigeration Technology Laboratory Prof. Arne M. Bredesen

• COM-LAB Combustion Technology Laboratory Dr. Morten G. Grønli

• EPE-LAB Energy Process Engineering Laboratory Dr. Morten G. Grønli

• GMT-LAB Gas Motor Technology Laboratory Senior engineer Kjell Skjølsvik

• RES-LAB Reservoir Technology Laboratory Prof. Jon Kleppe

• GST-LAB Gas Storage Technology Laboratory Prof. Einar Broch

• MIN-LAB Mineral Technology Laboratory Prof. Knut Sandvik

• ABS-LAB Absorption Technology Laboratory Prof. Hallvard Svendsen

• MP-LAB Membrane Process Laboratory Dr. Rune Bredesen

• MT-LAB Membrane Technology Laboratory Prof. May-Britt Hägg

• CE-LAB Chemical Engineering Laboratory Prof. Anders Holmen

• ECT-LAB Electrochemical Technology Laboratory Dr. Børre Børresen

• SOL-LAB Solar Cell Laboratory Prof. Otto Lohne

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Poland 2006

Thematic SeminarEnergy Supply and

Mitigation of Environmental ImpactsWednesday October 18

2006

Program proposal (first version)

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Background

• Poland manage large resources of coal, and Norway manage larges resources of natural gas

• Both countries are committed to reduce greenhouse gas emissions quite substantially

• To pursue a robust strategy towards a sustainable future, indigenous energy sources are required, especially coal, natural gas and renewables

• Further more rational and efficient end use of energy is needed in the building, transportation and energy sector

• How may we together develop robust strategies for how coal, natural gas and renewable energy sources may be utilized in a coordinated development to create a cleaner society in future

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Goal of Seminar

• Prepare a common understanding of the energy outlook of the two countries, and depict global trends pertaining to the primary energy demand and technologies

• Establish a firm basis for envisaging and soliciting a joint Polish-Norwegian Venture in the field of Energy and Environment;

• Bring together governmental bodies and industrial players, as well as research and education in Poland and Norway to present ideas for discussion on how to deal with the growing challenges of the energy sector, in particular; How to secure the supply of energy in a more sustainable way?

• Present current research activities and industrial light-house projects that Poland and Norway are working on to solve these problems

• Discuss and agree upon further actions leading up to joint research and development projects to provide new knowledge and methodologies, and to bring forward new technology and solutions

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Program of Seminar (1)Plenary Strategic Morning Session

In the Strategic Session presentations will (preferably) refer to high-leveraged issues in order to attract the interest of politicians and industrial leaders covering topics like:

• The energy outlook of Poland and Norway, in particular the energy supply and coverage in a future perspective;

• Various aspects like: Energy Policy, challenges vis-à-vis the EU, clean coal technologies, the future Norwegian exports of natural gas, possible routes to a “cleaner future”: Which technologies are needed to allow the utilisation of coal and natural gas, and how can renewable sources be integrated in energy system developed. How can we handle the transition to possible new energy regimes?

• ++++

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Program of Seminar (2)Parallel Afternoon Workshop Sessions on Selected Issues

Possible topics• The use of coal and natural gas and their integration in the energy

system in Poland• The potential of biomass and other renewable energy sources in

Poland and Norway• Efficient end use of energy (building sector – industrial sector)

The program of these workshops may include:• Presentations by industry, research institutes and universities linked

with ongoing research and academic profile,• Discussion of ideas for cooperation according to the above goal of

the seminar. Possible joint actions may refer to bilateral funding sources, the EEA Financial Mechanisms or may include solutions that may be implemented in the EU framework program.

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OrganisersPolish side• SINTEF Polska• ??

Norwegian side• NTNU• SINTEF• Statoil• Hydro (?)• Enova (?)