EFK, Alm.del - 2014-15 (2. samling) - Endeligt svar på spørgsmål 134: Spm. om materiale vedrørende den videnskabelige udredning af international viden om skifergas, til miljø- og fødevareministeren

Energi-, Forsynings- og Klimaudvalget 2014-15 (2. samling)
EFK Alm.del
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From:

Tone Madsen

Sent:

10 Nov 2014 13:16:20 +0100

To:

Yvonne Korup;Bent Horn Andersen;Ian Henning Clausen;Nina Hanne Holst;Tina

Schmidt;Peter Moltesen;Karsten Borg Jensen;Lisbet Poll Hansen;Louise Baad Rasmussen

Cc:

Sanne Kjær

Subject:

Vs: Materiale til møde tirsdag kl 12.30-15 (MIM Id nr.: 1419097)

Attachments:

Tilbud på videnskabelig udredning skifergas udkast 10 november 2014.doc, CV 1

pages-aug 2014 Bjerg.docx, CV Igor Kozine pluspub.docx, cv ILF.pdf, CV Sidsel Marie Nielsen.pdf

Kære alle

Hermed materiale fra DTU mhp mødet i morgen. De har ikke skrevet så meget, men har tilsyneladende valgt at

fremlægge mundtligt i morgen.

Se dagsorden nedenfor. Vær gerne obs på at alle relevante fra NST/MST har fået indkaldelsen.

Vi ses i morgen. Mvh Tone

Tone Madsen ([email protected])

Sidsel Marie Nielsen ([email protected]), Mads H Odgaard ([email protected]),

[email protected] ([email protected])

Fra:

Ole Høyberg ([email protected])

Titel:

Materiale til møde tirsdag kl 12.30-15

Sendt

10-11-2014 13:01:56

Til:

Cc:

Kære Tone

Vedhæftet er udkast til tilbud på på videnskabelig udredning af international viden om skifergas relateret til en

dansk kontekst. Vedhæftet er desuden CV’er på 4 af de centrale forskere der vil bidrag til opgaven.

Herunder er udkast til dagsorden og et bud på ca. tider for de enkelte emner.

Udkast til dagsorden

12.30-12.45:

12.45-13.30:

13.30-14:00:

14.00-14.30

14.30-15.00

Tilbuddet fra DTU – introduktion og overblik – Sidsel Marie Nielsen

Arbejdspakke 1-3/v Sidsel Marie Nielsen, Poul L. Bjerg og Ida Lykke Fabricius

Arbejdspakke 4-7 /v Ida Lykke Fabricius og Poul L. Bjerg

Arbejdspakke 7-8/v Ida Lykke Fabricius og Igor Kozine

Opsamling og afklarende spørgsmål

Ring hvis du har spørgsmål (2826 9424)

Bedste hilsner

Ole

EFK, Alm.del - 2014-15 (2. samling) - Endeligt svar på spørgsmål 134: Spm. om materiale vedrørende den videnskabelige udredning af international viden om skifergas, til miljø- og fødevareministeren

Ole Høyberg

Specialkonsulent

Afdeling for Innovation og Sektorudvikling

Danmarks Tekniske Universitet

Anker Engelundsvej 1,

Bygning 101 A

2800 Kgs. Lyngby

[email protected]

www.dtu.dk

NOTAT (UDKAST)

Tilbud på videnskabelig udredning af international viden om skifergas

relateret til en dansk kontekst

10. november 2014

Miljøministeriet har bedt Danmarks Tekniske Universitet, DTU, udarbejde en videnskabelig udredning

af international viden om skifergas relateret til en dansk kontekst.

DTU vil som leadpartner gennemføre en videnskabelig udredning, hvori eksisterende viden om

efterforskning og indvinding af skifergas sættes i relation til specifikke forhold i Danmark, herunder

særligt den danske geologi, hvor det er relevant i forhold til efterforskning og indvinding af skifergas.

På baggrund af den fremsendte projektbeskrivelse beskrives herunder helt overordnet de

delelementer DTU anser som nødvendige for at løse opgaven. Den metode der vil anvendes vil bestå

af følgende elementer:

Gennemgang af og et overblik over eksisterende videnskabelig litteratur og internationale

udredninger med et særligt fokus på de miljømæssige effekter ved skifergasrelaterede aktiviteter

med henblik på 1) en vurdering af, hvorvidt denne viden kan anvendes i en dansk kontekst og 2) hvor

der vurderes at være behov for yderligere viden set i forhold til de særlige forhold for

skifergasrelaterede aktiviteter i Danmark.

Udredningens primære fokus er at belyse de mulige miljømæssige problemstillinger fra

efterforskning og indvinding af skifergas i Danmark. Herunder mulige påvirkninger af jord, grundvand

(drikkevand) og overfladevand, udledning til luften, spildevand, affald (herunder naturligt

forekommende uorganiske-, organiske- og radioaktive stoffer), jordskælv, transport-udfordringer,

landskabelige forhold og støj.

Udredningen vil inddrage international viden om, hvordan mulige negative miljøpåvirkninger kan

imødegås. Udredningen vil beskrive relevante afværgeforanstaltninger, herunder internationalt

anerkendte best practice-løsninger.

DTU har en lang række førende forskere inden for området der vil udføre en detaljeret og dækkende

videnskabelig udredning. Bilag 1 giver et overblik over, hvilke områder DTU anbefaler belyses og de

ressourcer DTU vil involvere i opgaveløsningen. DTU vil, i det omfang der er behov for det, inddrage

eksterne eksperter eksempelvis fra DCE, GEUS og om nødvendigt internationale eksperter.

Organisering

DTU har det overordnede ansvar for projektet. DTU nedsætter en intern styregruppe bestående af:



Koncerndirektør Niels Axel Nielsen (formand)

Institutdirektør, professor Michael H. Faber (DTU Byg)

Institutdirektør, professor Kim Dam-Johansen (DTU Kemiteknik)

Institutdirektør, professor Thomas H. Christensen (DTU Miljø)

Kontorchef Jan E. Molzen (sekretær)

Projektgruppe



Professor Poul L. Bjerg, DTU Miljø



Professor Ida L. Fabricius, DTU Byg



Seniorforsker Igor Kozine, DTU Man Eng.



Post.doc., ph.d., Sidsel Marie Nielsen, DTU Kemiteknik (faglig koordinator)



Koncerndirektør Niels Axel Nielsen (deltager efter behov)

Projektet gennemføres via følgende otte arbejdspakker (med ansvarlig i parentes). Bilag 1 uddyber

hver arbejdspakke, herunder yderligere deltagende forskere samt tidsforbrug.

Arbejdspakker

1. Samlet fremstilling af miljøimpact og afværgeforanstaltninger ved efterforskning og

indvinding af skifergas(post. doc. Sidsel Marie Nielsen, DTU Kemiteknik)

2. Frakturering - kemikalier og forurening af jord, grundvand, søer og vandløb (professor Poul L.

Bjerg, DTU Miljø)

3. Landskab og trafik (professor Ida L. Fabricius, DTU Byg)

4. Støj, vibrationer og lys (lektor Toke Rammer Nielsen, DTU Byg)

5. Radioaktive stoffer (seniorforsker Per Roos, DTU Nutech)

6. Metan og andre klimagasser (lektor Charlotte Scheutz, DTU Miljø)

7. Jordskælv (professor Ida L. Fabricius, DTU Byg)

8. Analyse af risici forbundet med efterforskning og indvinding af skifergas (seniorforsker Igor

Kozine, DTU Man Eng)

Sekretariat



Post.doc. Sidsel Marie Nielsen, DTU Kemiteknik (sekretariatsleder/faglig koordinator)



Specialkonsulent Ole Høyberg, DTU



Specialkonsulent Mads Odgaard, DTU

Følgegruppe

Der nedsættes en følgegruppe jf. opdraget fra Miljøministeriet.

Den videre proces

På mødet tirsdag d. 11. november vil fire ledende forskere fra DTU på området deltage, med henblik

på en teknisk gennemgang af de opstillede delelementer i de enkelte arbejdspakker som

miljøministeriets projektbeskrivelse opstiller. Ud over de aspekter der er beskrevet i

projektbeskrivelsen, er det DTU’s vurdering, at der kunne være behov for også at belyse emner som

miljøpåvirkninger og risici ved den tekniske udføring af boringerne, samt rystelser og støj ved

boringer og frakturering.

DTU afsætter som ønsket ressourcer til rådgivning efter rapporten afleveres. Der er dog behov for at

definere såvel omfang som over hvor lang tid denne rådgivning kan gives inden for denne opgave.

Såfremt der ønskes rådgivning af længerevarende karakter bør der indledes en dialog om en specifik

aftale for dette.

Bilag 1

Ressource-person Emne/ekspertise

Timer

1. Samlet fremstilling af miljøimpact og afværgeforanstaltninger ved efterforskning

og indvinding af skifergas:

Post. doc. Sidsel Marie Nielsen, DTU Kemiteknik. Denne

arbejdspakke belyser de forskellige trin i et skifergas projekt og udarbejdes i tæt

dialog med de øvrige arbejdspakker, der hver især fokuserer på konkrete

miljømæssige problemstillinger

700

DTU Kemiteknik

Olie, reservoir

modellering,

mikrobiologi,

procesteknik og

projektledelse.

DTU Miljø

Lektor Steffen

Har arbejdet med

Foss Hansen

skifergas ud fra en

risikovurde-

ringssynsvinkel

2. Frakturering – kemikalier og forurening af jord, grundvand, søer og vandløb:

leder Poul L. Bjerg, DTU MILJØ (i samarbejde med BYG, GEUS og DCE)

1100

DTU Miljø

Professor Poul L.

Transport og skæbne

Bjerg

af miljøfremme-

de stoffer,

grundvandskvalitet

og frakturering

DTU Miljø

Res. Ass. YY

Review af litteratur

omkring emnet for

WP2

DTU Miljø

Professor Hans-

Drikkevandskvalitet

Jørgen

og rensning

Albrechtsen

DTU Miljø

Hans-Christian

Miljøkemi, vurdering

Holten Lützhøf

af kemiske stoffers

påvirkning af

overfladevand

DTU Miljø

Lektor Henrik

Rensning og

Andersen

håndtering af

spildevand med

fracking fluids

DTU Miljø

Lektor Peter

Håndtering og

Kjeldsen

deponering af

restprodukter fra

boreaktiviteter

Post. doc. Sidsel

Marie Nielsen

DTU Miljø

GEUS, Ekstern

Professor Anders

Baun

Institutdirektør

Thomas H.

Christensen

Flemming Larsen

Miljøkemi

Affaldshåndtering,

Allround ekspertise

Saltvand,

geokemiske

ændringer

Fracking fluids,

miljøpåvirkning af

overfladevand

Generel viden om

lerskifer-egenskaber.

Vurdere egenskaber

og spændingsforhold

for danske

skiferaflejringer med

henblik på

frakturering

Lerskiferens regiona-

le egenskaber -

samarbejde med

BYG

Ekstern, DCE

NN(afventer

afklaring)

rofessor Ida

Lykke Fabricius

DTU Byg

Post doc Morten

Kanne Sørensen

GEUS

Seniorforsker Ni-

els Schovsbo

3. Landskab og trafik:

WP leder professor Ida Lykke Fabricius, DTU BYG (i samarbejde

med MAN ENG)

300

DTU Byg

Lektor

Lotte

Konsekvenserne for

landskabet generelt

Bjerregaard

og mulighederne for

Jensen

at reducere de

visuelle påvirkninger

i både

efterforskningsfase

og producktionsfase

undersøges.

Konsekvenserne for

landskabet generelt

og mulighederne for

at reducere de visu-

elle påvirkninger i

både efterforsk-

ningsfase og produ-

cktionsfase

undersøges.

DTU Transport

Post doc. NN/

Konsekvenser af

Thomas Sick Niel- øget lastbilkørsel i

sen

området analyseres.

4. Støj, vibrationer og lys:

WP leder Toke Rammer Nielsen, DTU Byg

240

DTU Byg

Lektor

Toke

Rammer Nielsen

NN (afventer

afklaring)

DTU Ørsted

Post. Doc NN/

(Afventer afklaring)

Cheol-Ho Jeong

5. Radioaktive stoffer:

WP leder seniorforsker Per Roos, DTU NUTECH

DTU Fotonik

Effekten af støj og

kunstlys på omgivel-

serne undersøges.

(Afventer afklaring)

DTU Nutech

Seniorforsker Per

Roos

Radioaktivitet og

skifergas

6. Metan og andre klimagasser:

WP leder lektor Charlotte Scheutz, DTU Miljø

150

DTU Miljø

Lektor Charlotte

Metanudledning og

Scheutz

målemetoder, til

kvantificering af

klimaeffekter

DTU Miljø

Institutdirektør

All round ekspertise

Thomas H.

Christensen

Picarro Inc., USA

Chris W. Rella,

Metanudledning fra

Picarro Inc., Santa skifergasaktiviteter i

Clara, USA

USA

DTU Vind

Sektionsleder

Spredningsmodeller

Hans Jørgensen

for metangassers

bevægelser i at-

mosfæren

7. Jordskælv:

WP leder professor Ida Lykke Fabricius, DTU BYG (i samarbejde med

GEUS)

150

DTU Byg

rofessor Ida

Vurdere egenskaber

Lykke Fabricius

og spændingsforhold

for danske

skiferaflejringer med

henblik på

frakturering

8. Analyser af risici forbundet med efterforskning og indvinding af skifergas:

leder seniorforsker Igor Kozine, MAN ENG. Denne WP har samme samlende funktion

som WP1, her med fokus på en overordnet ramme for risikovurdering

450

DTU Man Eng

Kortlægning af risici

Seniorforsker Igor

forbundet med alle

Kozine

aktiviteter

efterforskning og

indvinding af

skifergas

DTU Man Eng

Seniorforsker

Frank Markert

Vid. Ass. Linda

Nielsen

Uheld scenarier i

drift fasen

Risiko vurdering.

Laver litteratur

studie i eksisterende

risiko analyse for

skifergas indvinding

Post. doc. Mikolaj

Owsianiak

Seniorforsker

Henrik Saxe

Professor Michael

Hauschild

Lektor Alexis

Laurent

Eksperter i

livscyklus

vurdering

DTU Miljø

Lektor Steffen

Foss Hansen

DTU Miljø

Professor Anders

Baun

DTU Byg

Institutdirektør

Michael Havbro

Faber

Erfaring med

overførsel af

risikobilleder fra

udlandet til Danmark

på fx. nanoområdet.

Arbejder med

samme emne for

skifergas

Betydelig erfaring

med overførsel af

risikobilleder fra

udlandet til Danmark

på fx. nanoområdet

Allround ekspertise

9. Sekretariatsbetjening

400

DTU Rådgivning & Netværk,

AIS

Specialkonsulent

Ole Høyberg og

specialkonsulent

Mads H. Odgaard

10. Rådgivning efter aflevering af rapporten

100

Relevante DTU institutter

Involverede

forskere efter

behov

Forskningsfaglig

rådgivning ved

henvendelser til

miljøministeriet

3600

I alt

Poul L. Bjerg, Professor, Department of Environmental Engineering

15-8-2014

CV for Poul L. Bjerg (*1961)

Positions and degrees

2002-

Professor, DTU Environment

2000-2001 Sabbatical at CSIRO, Land and Water, Perth, Australia

1996

Associate professor, Department of Environmental Science and

Engineering (IMT),Technical University of Denmark

1992

Post Doc, IMT, Technical University of Denmark

1992

PhD, IMT, Technical University of Denmark

1987

MSc in Environmental Engineering, Technical University of Denmark

Research area

The research field is risk assessment and remediation technologies for contaminated soil, groundwater and

surface water. This involves more recently use of life cycle assessment tools and focus on holistic

management of contaminated sites and water resources. Leader or participant in several research projects

under different programmes (FP6 and FP7, The Danish Agency for Science Technology and Innovation,

Strategic Environmental Research Programme 1996/Pesticides Significant experience with collaboration

projects with leading consulting companies and administrative bodies (Danish EPA, Danish Regions/former

counties).

ISI Journal publications

>90 ISI publications, books= none, patents=none; > 3200 citations, H-index=29 (Web of Science)

Distinctions and awards

2012:

Academy of Technical Sciences, Soil and groundwater foundation, Poul Harremoés Award

2011:

Ejnar og Aase Danielsens Foundation: Environmental prize

1993:

Direktør Peter Gorm Petersen’s Award for the Ph.D. thesis

Projects, selected

2014-

Project leader, GEOCON – Advancing GEOlogical, geophysical and CONtaminant monitoring

techno-logies for contaminated site investigation. The Danish Council for Strategic Research

under the Programme commision on sustainable energy and environment.

2013-

Capital Region of Denmark, Collaboration contract on risk assessment and remediation of chalk

aquifers. Project in collaboration with Mette Broholm and Philip Binning.

2012-

Project leader, Risk assessment of contaminated sites towards surface water, Technology

development projects, Danish EPA and Region of Southern Denmark.

2008-2012 Project leader, REMTEC, Innovative Remediation and assessment Technologies for

contaminated soil and groundwater. The Danish Agency for Science Technology and

Innovation under the Programme commission on sustainable energy and environment

Leadership experience and boards/committees, selected

2011-

Head of Water Resources Engineering Section at DTU Environment

2011-

Head of Research committee at DTU Environment

2009-

Member of organising committee for AQUACONSOIL

2005-2008 Member of the Editor-in-chief group “Journal of Contaminant Hydrology”

2004-2008 Chairman of Academy of Technical Sciences, Soil and Groundwater Foundation

2004-

Member of the organising committee for Groundwater Quality conference series

2001-2005 Vice head of Institute of Environment & Resources

Supervision of PhD students

Supervisor/co-supervisor of 17 completed PhDs. Ongoing 2014:



Anne Sonne (from 2013.): Risk assessment of stream water: linking mass discharge from

contaminated sites, in-stream fate and water health.



Nanna Isbak Thomsen (2010-): Quantifying contaminant discharge from real sites to groundwater

and surface water and related uncertainties.



Bentje Brauns (from 2011-): Occurrence and degradation of contaminants at the groundwater

surface water interface.

Curriculum Vitae: Igor Kozine

Name:

Igor Kozine

Date of birth:

2 May 1960

Address:

Technical University of Denmark, Department of Management Engineering, Produktionstorvet

424, 2800 Kgs Lyngby

Contacts:

tel. direct +45 45254548, e-mail:

[email protected]

Position:

Senior Researcher, Technical University of Denmark; Department of Management

Engineering; Section for Safety and Risk Management

Education:

PhD in Systems Science (22 November, 1989, Moscow Institute of Physics and Engineering

(technical university), Russia. Ph.D. thesis’ title “Decision making on shutting off steam generators for fast

breeder reactors in case of leakages”); Master in Systems Science (21 February, 1983, Moscow Institute of

Physics and Engineering).

Employment:

January 2007 until now – Senior Researcher, Technical University of Denmark, Department of

Management Engineering, Risk Research Group

July 1999 – January 2007 – Senior Scientist at Risø National Laboratory, Systems Analysis Department,

section “Risk, Reliability and Human Factors” (from 1 January 2007 Risø National Laboratory was merged

with Technical University of Denmark)

August 1998 - June 1999 – visiting senior scholar at the State University of New York at Binghamton.

Supported by the Fulbright Foundation of the USA. Did study under the title of “Risk-Related Decision

Making Based on Imprecise Statistical Reasoning”.

1996-1998 - Associate Professor at the Institute of Nuclear Power Engineering, Obninsk, Russia

1994-1996 - guest researcher at Risø National Laboratory, Denmark

1989-1994 - Scientist - Associate Professor - Senior Scientist, Institute of Nuclear Power Engineering,

Obninsk, Russia

1985-1989 – Ph.D. student, Moscow Institute of Physics and Engineering, Russia

1983-1985 - trainee scientist, Institute of Nuclear Power Engineering, Obninsk, Russia

Awards/Academic achievements:



Award of the J. William Fulbright Foreign Scholarship Board and the United States Information Agency

in the recognition of I. Kozine’s participation in the Fulbright Research Program, 1999

NATO award as Host Institute Project Director, CBP.NR.NREV 982410 (hosting Prof. V. Krymsky)

Member of the editorial board of the International Journal of General Systems

Member of the editorial board of the International Journal of Risk, Decision and Policy (journal is not

published any longer)



Representative of the Danish authorities at the Technical Working of the European Commission on

Risk/Hazard Assessment Data.

Member of the Society for Imprecise Probability: Theories and Applications

Diploma of Docent (29 January, 1992) in recognition of achievements in educating students at

university

Project management experience

(last five years):



Task leader in the EU SAFERELNET project (Safety and Reliability of Industrial Products, Systems and

Structures. Thematic Network. Ended in 2006)

Project coordinator of the Danish research contribution to OECD Halden Reactor Project since 2008

until now.

Work package leader of the project financed by DSB (Danish train operator) on risk analysis of high

speed trains IC4, 2012.

Project coordinator of DTUs contribution to the Safe manning project financed by the Danish Maritime

Fund. The project was completed in 2010.

Scientific focus areas:

risk and reliability analysis, simulation of human performance, uncertainty analysis

International relations:

large international network in the risk, reliability and uncertainty modelling

domain. Large network in Russia, the USA and Europe, including Nordic countries.

Supervisor functions:

2 PhD students.

Publications:

15 peer reviewed journal articles, 2 book chapters, 32 papers in referred proceedings, 3

popular publications.

List of publications

Igor Kozine

H-index: 5 (Scopus, excluding self-citations)

Staring from 2005

2013-11-02

Peer-reviewed publications

Peer-reviewed journal articles

1. L. Utkin and I. Kozine, 2010.

On new cautious structural reliability models in the framework of

imprecise probabilities.

Structural Safety.

vol: 32, pages: 411-416, Elsevier BV*

2. I. Kozine and V. Krymsky, 2009. Bounded Densities and Their Derivatives : Extension to

Other Domains.

Journal of Statistical Theory and Practice,

vol: 3, issue: 1, pages: 25-38,

Grace Scientific Publishing.*

3. I. Kozine and V. Krymsky, 2009. Computing interval-valued statistical characteristics: What is

the stumbling block for reliability applications?

Intern. Journal of General Systems,

vol: 38,

issue: 5, pages: 547-565, Taylor & Francis Ltd.*

4. I. Kozine, 2007. Simulation of human performance in time-pressured scenarios. Proc. IMechE

Part O: J.

Risk and Reliability,

vol: 221, pages: 141-151

5. I. Kozine and L. Utkin, 2005. Constructing imprecise probability distributions.

Int. J. General

Syst.

35, 1-8*

6. I. Kozine and L. Utkin, 2005. Computing System Reliability Given Interval-Valued

Characteristics of the Components.

Reliable Computing,

11: 19–34*

Peer-reviewed book chapters

1. K. Lauridsen, E. Hollo and I. Kozine, 2010. Application of safety and reliability approaches in

the power sector: Inside-sectoral overview. Part of: Safety and Reliability of Industrial

Products, Systems and Structures (ISBN: 978-0-415-66392-2) , pages: 417-431pages: 459,

Taylor & Francis, London

2. I. Kozine and V. Krymsky, 2009. Bounded Densities and Their Derivatives: Extension to

Other Domains. Part of: Imprecision in Statistical Theory and Practice (ISBN: 978-0-9823998-

0-4), pages: 29-42, Grace Scientific Publishing, Greensboro, NC, USA

3. I. Kozine , 2008. Uncertainty modeling with imprecise statistical reasoning and the

precautionary principle in decision making. Part of: Real-Time and Deliberative Decision

Making (ISBN: 978-1-4020-9024-0) , pages: 225-238, 2008, Springer Verlag*

4. I. Kozine, 2006. On imprecise statistical reasoning. In: The way through science and

philosophy: Essays in honour of Stig Andur Pedersen. Andersen, H.B.; Christiansen, F.V.;

Jørgensen, K.F.; Hendricks, V.F. (eds.), (College Publishers, London, 2006) (Tributes Series,

4) p. 301-316*

Peer-reviewed conference articles

1. I. Kozine, 2010. Discrete event simulation versus conventional system reliability analysis

approaches . ESREL’2010. Conference paper publ. in proceedings: Reliability, Risk and

Safety, Back to the Future (ISBN: 978-0-415-60427-7) , pp. 778-784, Taylor & Francis,

London

2. L. Utkin and I. Kozine, 2010.

On new cautious structural reliability models in the framework of

imprecise probabilities.

The 10th International Conference on Structural Safety and Reliability

(ICOSSAR'09) - 10, 2009, Osaka, Japan (Invited conference contribution). (ISBN: 978-0-415-

47557-0) , pages: 1261-1267, Taylor & Francis, London

3. I. Kozine, 2009. Discrete event simulation as a versatile analysis tool for safety-critical

systems. From the everyday to the extraordinary, SRA-Europe Conference (ISBN: ) , pages: 1-

78pages: 78, 2009, Universitetstryckeriet, Karlstad

4. I. Kozine, F. Market, A. Alapetite, 2009. “Discrete event simulation in support to hydrogen

supply reliability”. In the proceedings of ICHS’2009, 3

International Conference on

Hydrogen Safety, Ajaccio, France

5. I. Kozine, 2007. Updating probability intervals with the beta-Bernoulli model . NATO

advanced research workshop on computational models of risks to infrastructure, 2006,

Primosten. Part of: Computational models of risks to infrastructure (ISBN: 978-1-58603-766-6)

, pages: 181-187, IOS Press, Amsterdam

6. I. Kozine, 2007. Simulation of human multitask performance. NATO advanced research

workshop on computational models of risks to infrastructure, 2006, Primosten. Part of:

Computational models of risks to infrastructure (ISBN: 978-1-58603-766-6) , pages: 89-97,

IOS Press, Amsterdam

7. I. Kozine and V. Krymsky, 2007. Enhancement of natural extension. International symposium

on imprecise probability: Theories and applications (ISIPTA '07), 2007, Prague (CZ). Part of:

Proceedings (ISBN: 978-80-86742-20-5) , pages: 253-262, 2007, Action M Agency, Prague

8. I. Kozine , 2006. Simulation of human performance in a discrete event environment. In: Safety

and reliability for managing risk. Proceedings. Vol. 1. European safety and reliability

conference (ESREL 2006), Estoril (PT),. Soares, C.G.; Zio, E. (eds.), (Taylor and Francis,

London) p. 355-362

Other publications

1. I. Kozine, 2007. Book review: Joseph Y. Halpern, Reasoning about uncertainty.

Studia Logica

, 431-432

CV Ida Lykke Fabricius,

DTU Byg, Brovej bygning 118, 2800 Kgs Lyngby

Private address: Bjørnsonsvej 11, 2500 Valby

Education.

Copenhagen University: M.Sc. Geology 1981.

Technical University of Denmark: Ph.D. Technical Geology 1988.

Technical University of Denmark: dr. techn. Technical Geology 2009.

Employment.

Mærsk Oil and Gas AS 1981-1985, Development geologist.

Technical University of Denmark, from 1985, associate professor from 1989, professor MSO from

2011.

Leaves of absence.

Maternity leaves:

May-August 1977

February-July 1981

September-November 1983

Rewards.

Copenhagen University gold medal 1981.

Direktør Gorm-Petersens Mindelegat 1989.

Management experience.

Head of department, Department of Geology and Geotechnical Engineering, DTU 1989-1992.

Coordinator for Hydrocarbon and Mineral Resoources researh group, E&R DTU 2001-2008.

Coordinator of Geophysics Research Group, DTU Environment 2008-2010.

Head of Geotechnics and Geology Section, DTU Byg from 2012.

Project management .

HeHo Heat storage in Hot Aquifers. DSF Grant 10-093934. 01.03.2011 – 31.12.2015. (project

manager).

Smart water

– Advanced waterflooding of Danish oil and gas reservoirs, EUDP j.no.64011-0009

Mærsk Oil, DONG Energy 01.07.2011 – 31.12.2015 (project coordinator).

Supervision.

15 completed and 4 current PhD. projects, 75 completed and 2 current master projects.

Focus of Research.

Reservoir engineering: Geothermics, Petroleum, CO

storage.

Petrophsics and diagenesis of sedimentary rocks

Rock physics and rock mechanics

International relations.

Research.

Coauthoring papers with researchers from:

Chalmers University of Technology, Colorado School of Mines, Curtin University, Ohio State

University, Stanford University, Technical University of Tallinn, Texas A&M University,

Fabricius

University of Maine, University of Miami, Vilnius University, Alfred Wegener Institute for Polar

and Marine Research, Danish Geotechnical Institute, Geological Survey of Denmark and

Greenland, Scripps Institution of Oceanography, Denerco Oil, DONGEnergy, Hess Corporation,

Mærsk Oil and Gas AS, Ødegaard A/S, Vattenfall.

Participation in Ocean Drilling Program (ODP Leg 130 1990 and Leg 165 1995-96).

Ph.D. committees outside DTU.

Peter Lock (Imperial Collelege) 2001

Arnout Colpaert, (Tromsø ) 2/3 2007

Reidar Korsnes (Stavanger) 23/3 2007

Thushan Chandrasiri Ekneligoda (KTH, Stockholm) 7/12 2007

Delphine Croize (Oslo) 30/9 2010

Charlotte Faust Andersen (Bergen) 4/2 2011

Morten Kolstø (NTNU) 7/3 2013

Reviewer for:

Computers and Geoscience, Geology,

Geophysical Prospecting,

Geophysics, Marine

and Petroleum geology,

Petroleum Geoscience,

Journal of Petroleum Science and

Engineering Journal of Sedimentary Research

Rosa, The Open Geology Journal,

Tectonophysics

NSF OCEAN DRILLING PROGRAM, USA,

Petromax, Norway, QatarNRF

Council for Earth and Life Sciences, NL

Guest researcher and invited presentations abroad.

University of Stavanger: “Burial Diagenesis of Ontong Java Plateau chalk”, 24/4 1997.

Stanford University, Guest (15/6 -17/8 2000).

Stanford University: “Calk Properties” 16/8 2000.

CSIC, Barcelona: “Diagenesis of chalk sediments from Ontong Java Plateau” 28/1 2004.

University of Miami (25/10 2006-25/1 2007, sponsored by FTP)

University of Miami.: “Sonic att. in carbonates: A perspective for permeability prediction?” 15/10

2007.

Stanford University, Guest (21/10-4/11 2007, sponsored by Stanford University)

University of Stavanger: “A discussion of water weakening” 10/4 2008.

University of Miami.: “Water weakening of elastic moduli of carbonates related to texture and

permeability” 6/10 2008.

NTNU: “Velocity of elastic waves in carbonate rocks. High frequency versus low frequency” 20/4

2009.

Mærsk Olie og Gas AS, Houston: “Chalk, Composition, diagenesis and physical properties” 29/10

2009.

University of Houston: “Permeability Prediction in Chalks” 2/11 2009.

Colorado School of Mines: “Chalk” 4/11 2009.

ICCR Technical Programme Melia Tryp Belver Hotel Las Palmas, Mallorca 7-8th December,

2011. 9:30: SAB Paper: Ida Fabricius (Technical University Denmark): Permeability prediction

from velocity of elastic waves

ICCR 2/7 2012: “Biot’s coefficient: a basic parameter for sedimentary rocks”. University of

Edinburgh.

106rd Monthly Meeting of SPWLA Brazil Chapter “Petrophysics of Chalk”, Rio de Janairo 16/4

2013

Joint Chalk research meeting Reims “Burial stress and elastic strain of carbonate rocks “ 22/10

2014.

Fabricius

Publications, Ida Lykke Fabricius (Lind 1977-97)

Pear reviewed papers

Lind, I. & Makovicky, E. 1983: "Phase relations in the system Cu-Sb-S at 200

C, 10

Pa by

hydrothermal synthesis. Microprobe analysis of tetrahedrite - a warning."

N. Jb. Miner. Abh.

145,

134-156.

Leg 130 Shipboard Scientific Party (incl. I. Lind) 1990: "Reading the Ocean's Diary."

Nature

346,

111-112.

Kroenke, L., Berger, W., Janecek, T., Backman, J., Bassinot, F., Corfield, R., Delaney, M.L.,

Hagen, R., Jansen, E., Krissek, L., Lange, C., Leckie, M., Lind, I.L., Lyle, M., Mahoney, J.J.,

Marsters, J., Mayer, L., Mosher, D.C., Musgrave, R., Prentice, M., Resig, J.M., Schmidt, H.,

Stax, R., Storey, M., Takayama, T., Takahashi, K., Tarduno, J.A., Wilkens, R., Wu, G., 1990:

"ODP returns to Ontong Java Plateau."

Geotimes

35,

15-17.

Lind, I., 1991: "Microprobe aided mapping of areal element concentration and microporosity in

chalk."

Carbonates and Evaporites

45-51.

Lind, I., Nykjær, O., Priisholm, S., Springer, N. 1994: "Permeability of stylolite-bearing chalk."

Journal of Petroleum Technology

46,

986-993.

Lind, I. & Schiøler, P. 1994: "Dinoflagellate cyst concentration as an independent reference for

monitoring mineral mobilization in stylolites."

Sedimentary Geology

92,

53-65.

Lind, I. & Grøn, P., 1996: “Porosity variation in chalk.”,

Zbl. Geol. Paläont.,

1994,

763-772.

Madsen, L., Grahl-Madsen, L., Grøn, C., Lind, I., Engell, J., 1996: “Adsorption of polar aromatic

hydrocarbons on syntheitic calcite”.

Org. Geochem.,

24,

1151-1155.

ODP Leg 165 scientific party (incl. Ida Lind), 1996: “Deep-Sea cores from the Caribbean reveal

history of volcanism, tectonics, and oceanic change (progress report).”

EOS,

77,

p. 291.

Borre, M., Lind, I., & Mortensen, J. 1997: “Specific surface as a measure of Burial Diagenesis of

Chalk.”

Zbl. Geol. Paläont. Teil 1

1995,

1071-1078.

Berger, W.H. and Lind, I.L. 1997: “Abundance of color bands in Neogene carbonate sediments

on Ontong Java Plateau: a proxy for sedimentation rate?”

Marine Geology

144,

1-8.

Madsen, L. & Lind, I. 1998: “Adsorption of carboxylic acids on reservoir minerals from organic

and aqueous phase.”

SPE Reservoir Evaluation & Engineering

47-51.

Mortensen, J., Engstrøm, F., & Lind, I., 1998: “The relation among porosity, permeability, and

specific surface of chalk from the Gorm field, Danish North Sea”

SPE

31062,

SPE Reservoir

Evaluation & Engineering

245-251.

Madsen, L., Grøn, C., Lind, I., & Engell, J. 1998: “Adsorption of benzoic acid on synthetic

calcite dispersed in cyclohexane as a function of temperature.”

Journal of Colloid and

Interface Science

205,

53-64.

Borre, M. & Fabricius (Lind), I. L., 1998: “Chemical and mechanical processes during burial

diagenesis of chalk. An interpretation based on specific surface data of deep-sea sediments”

Sedimentology

45,

755-770.

Henriksen, A., Fabricius, I., Theilgaard, A, Borre, M., Zandbergen, J., & Korsbech, U. 1999:

“Core density scanning and mechanical properties of limestone in the Copenhagen area”

Quarterly Journal of Engineering Geology

32,

107-117.

Solymar, M. & Fabricius, I.L. 1999: “Image Analysis and Estimation of Porosity and

Permeability of Arnager Greensand, Upper Cretaceous, Denmark”

Phys. Chem. Earth (A)

587-591.

Fabricius, I. 2000: “Aspects of the Chalk of the North Sea Area”.

Zbl. Geol. Paläont. Teil 1.

1999,

409-417.

Clausen, L. & Fabricius, I., 2000: “BET Measurements: Outgassing of Minerals”.

Journal of

Colloid and Interface Science

227,

7-15.

Madsen, L., Lindhardt, B., Rosenberg, P., Clausen, L. & Fabricius, I. 2000: “Pesticide sorption

by low organic carbon sediments: A screening for seven herbicides.”

Journal of Environmental

Quality

29,

1488-1500.

Clausen, L., Fabricius, I. & Madsen, L. 2001: “Adsorption of Pesticides onto Quartz, Calcite,

Kaolinite and Alumina.”

Journal of Environmental Quality

30,

846-857.

Clausen, L. & Fabricius. I. 2001: “Atrazine, Isoproturon, Mecoprop, 2,4-D, and bentazone

Adsorption onto Iron oxides.”

Journal of Environmental Quality

30,

858-869.

Fabricius, I.L., 2001: “Compaction of microfossil and clay- rich chalk sediments”.

Physics and

Chemistry of the Earth

26,

59-62.

Gommesen, L. & Fabricius, I.L., 2001: “Dynamic and static elastic moduli of North Sea and

deep sea chalk .

Physics and Chemistry of the Earth

26,

63-68.

Røgen, B., Gommesen, L. & Fabricius, I.L.,2001: “Grain size distributions of Chalk from Image

analysis of Electron Micrographs”

Computers & Geosciences

27,

1071-1080.

Røgen, B. and Fabricius, I.L., 2002: “Influence of clay and silica on permeability and capillary

entry pressure of chalk reservoirs in the North Sea”

Petroleum Geoscience

287-293.

Shogenova, A., Fabricius, I.L., Korsbech, U., Rasteniene, V. & Sliaupa, S., 2003: “Glauconitic

rocks in the Baltic Area -estimation of specific surface.”

Proc. Estonian Acad. Sci. Geol.

52,

69-86.

Solymar, M., Fabricius, I.L. & Middleton, M., 2003: “Flow characterization of glauconitic

sandstones by integrated Dynamic Neutron Radiography and image analysis of backscattered

electron micrographs”

Petroleum Geoscience

175-183.

Fabricius, I.L., 2003: “How burial diagenesis of chalk sediments controls sonic velocity and

porosity”

AAPG Bulletin

87,

1755-1778.

Larsen, J.K. and Fabricius, I.L. 2004: Interpretation of water saturation above the transitional

zone in chalk reservoirs.

SPE Reservoir Evaluation & Engineering

155-163.

Røgen, B., Gommesen, L. and Fabricius, I. L. 2004: "Velocity predictions tested for North Sea

chalk: fluid substitution and Vs estimates"

Journal of Petroleum Science and Engineering

45,

129-139.

Japsen, P. Bruun, A., Fabricius, I.L., Rasmussen, R., Vejbæk, O.V., Pedersen, J.M., Mavko, G,

& Mogensen, C. 2004: “Influence of porosity and pore fluid on acoustic properties of chalk:

AVO-response from oil, South Arne field, North Sea”

Petroleum Geoscience

10,

319-330.

Prasad, M., Fabricius, I.L., & Olsen, C. 2005: “Rock physics and statistical well log analysis in

marly chalk.”

The Leading Edge

25,

491-495.

Fabricius, I.L., Olsen, C., & Prasad, M. 2005: “Log interpretation of marly chalk, the Lower

Cretaceous Valdemar Field, Danish North Sea: application of iso-frame and pseudo water film

concepts.”

The Leading Edge

25,

496-505.

Røgen, B., Fabricius. I.L., Japsen, P., Høier, C., Mavko, G., & Pedersen, J.M. 2005: “Ultrasonic

velocities of North Sea chalk samples – influence of porosity, fluid content and texture.”

Geophysical Prospecting

53,

481-496.

Japsen, P., Bruun, A., Fabricius, I.L., & Mavko, G. 2005: “Identification of hydrocarbons in

chalk reservoirs from surface seismic data: South Arne field, North Sea.” In: Sønderholm,M. &

Higgins,A.K. (eds.), Review of survey activities 2004, pp. 13-16. GEUS, Copenhagen.

Geological Survey of Denmark and Greenland Bulletin

Fabricius, I.L., 2007: “Chalk: composition, diagenesis and physical properties.”

Bulletin of the

Geological Society of Denmark

55,

97-128.

Fabricius, I.L. & Borre, M.K. 2007: “Stylolites, porosity, depositional texture, and silicates in

chalk facies sediments. Ontong Java Plateau – Gorm and Tyra fields, North Sea.”

Sedimentology

54,

183-205.

Fabricius, I.L., Røgen, B., & Gommesen, L. 2007: “How depositional texture and diagenesis

control petrophysical and elastic properties of samples from five North Sea chalk fields.”

Petroleum Geoscience

13,

81-95.

Fabricius, I.L., Høier, C., Japsen, P., & Korsbech U. 2007: “Modeling elastic properties of

impure chalk from the South Arne field, North Sea.”

Geophysical Prospecting

55,

487-506.

Fabricius, I.L., Baechle, G., Eberli. G.P., & Weger, R. 2007: “Estimating permeability of

carbonate rocks from porosity and vP/vS.”

Geophysics

72,

E185-E191.

Gommesen, L., Fabricius, I.L., Mukerji, T., Mavko, G., & Pedersen, J.M. 2007: “Elastic

behaviour of North Sea chalk: A well log study.”

Geophysical Prospecting

55,

307-322.

Fabricius, I.L, Gommesen, L., Krogsbøll, A. & Olsen, D. 2008: “Chalk Porosity and Sonic

Velocity versus Burial Depth: Influence of Fluid Pressure, Hydrocarbons and Mineralogy.”

AAPG Bulletin

92,

201-223.

Olsen, C., Christensen, H.F., & Fabricius, I.L. 2008: “Static and dynamic Young’s modulus of

chalk from the North Sea.”

Geophysics

73,

E41-E50.

Olsen, C., Hedegaard, K., Fabricius, I.L., & Prasad, M. 2008: “Prediction of Biot's coefficient

from rock physical modeling of North Sea chalk.”

Geophysics

73,

E89-E96.

Olsen, C., Hongdul, T., & Fabricius, I.L. 2008: “Prediction of Archie's cementation factor from

porosity and permeability through specific surface.”

Geophysics

73,

E81-E87.

Hjuler, M.L. & Fabricius, I.L. 2009: “Engineering properties of chalk related to diagenetic

variations of Upper Cretaceous onshore and offshore chalk in the North Sea area.”

Journal of

Petroleum Science and Engineering

68,

151-170.

Hossain, Z., Fabricius, I.L., & Christensen, H.F. 2009: “Elastic and nonelastic deformation of

greensand.”

The Leading Edge

28,

86-88.

Alam, M. M. Borre, M. K., Fabricius, I. L., Hedegaard, K., Røgen, B., Hossain, Z., and

Krogsbøll, A. S. (2010). “Biot's coefficient as an indicator of strength and porosity reduction:

Calcareous sediments from Kerguelen Plateau.”

Journal of Petroleum Science and

Engineering,

70(3-4), 282-297.

Andreassen, K.A. & Fabricius, I.L. 2010: “Biot critical frequency applied to description of

failure and yield of highly porous chalk with different pore fluids”

Geophysics

75,

E205–E213.

Fabricius, I.L., Baechle, G.T., & Eberli, G. P. 2010: “Elastic moduli of dry and water-saturated

carbonates - effect of depositional texture, porosity and permeability.”

Geophysics

75,

N65–

N78.

Alam, M.M., Fabricius, I.L., & Prasad, M. 2011: “Permeability Prediction in Chalks.”

AAPG

Bulletin

11,

1991-2014.

Andreassen, K.A., Fabricius, I.L., & Foged, N.N. 2011: “Biot Critical Frequency Applied as

Common Friction Factor for Pore Collapse and Failure of Chalk with Different Pore Fluids and

Temperatures" SPE-130447-PA.

SPE Journal

16,

1002-1009.

Hossain, Z., Grattoni, C.A., Solymar, M. and Fabricius, I.L. 2011 “Petrophysical properties of

greensand as predicted from NMR measurements”

Petroleum Geoscience

17,

111–125.

Hossain, Z., Mukerji, T., Dvorkin, J. and Fabricius, I.L. 2011 “Rock physics model of

glauconitic greensand from the North Sea”

Geophysics

76,

E199-E209.

Alam, M.M., Fabricius, I.L. and Christensen, H.F. 2012: “Static and dynamic effective stress

coefficient of chalk”.

Geophysics

77,

L1-L11.

Hossain, Z., Mukerji, T., & Fabricius, I.L. 2012: “Vp-Vs relationship and AVO modeling of

glauconitic greensand.”

Geophysical Prospecting

60,

117-137.

Mbia, E.N., Fabricius, I.L., Oji, C.O. 2013 “Equivalent pore radius and velocity of elastic waves

in shale. Skjold Flank-1 Well, Danish North Sea.”

Journal of Petroleum Science and

Engineering,

109,

280-290.

Alam, M.M., Hjuler, M.L., Christensen, H.F, & Fabricius, I.L. 2014: “Petrophysical and rock-

mechanics effects of CO

injection for Enhanced oil recovery: Experimental study on chalk

from south Arne field, North Sea.”

Journal of Petroleum Science and Engineering

122,

468-487.

Awadalkarim, A & Fabricius, I.L. 2014: “Porosity and sonic velocity depth trends of Eocene

chalks in Atlantic Ocean: influence of effective stress and temperature”

Journal of Petroleum

Science and Engineering

122,

216-229.

Awadalkarim, A., Sørensen, M.K. & Fabricius, I.L. 2014: ”Petrophysical Analysis of Siliceous

Ooze Sediments, Møre Basin, Norwegian Sea”

Petrophysics

55,

no. 4 (august 2014)

Fabricius, I.L. 2014: Burial stress and elastic strain of carbonate rocks.

Geophysical Prospecting

62,

1327-1336.

Lu, C., Broholm, M.M., Fabricius, I.L. and Bjerg, P.L. 2014: “Determination of Matrix Pore Size

Distribution in Fractured Clayey Till and Assessment of Matrix Migration of Dechlorinating

Bacteria”

Bioremediation Journal

18,

295-308.

Mbia, E.N., Fabricius, I.L., Krogsbøll, A., Frykman, P. and Dalhoff, F. 2014: ”Permeability,

compressibility and porosity of Jurassic shale from the Norwegian−Danish Basin”

Petroleum

Geoscience

20,

257-281.

Mbia, E.N., Frykman, P., Nielsen, C.M., Fabricius, I.L., Pickup, G.E. & Bernstone, C.. 2014:

“Caprock compressibility and permeability and the consequences for pressure development in

storage sites”

International Journal of Greenhouse Gas Control,

22,

139-153.

Mbia, E.N., Frykman, P., Nielsen, C.M., Fabricius, I.L., Pickup, G.E., & Sørensen, A.T. 2014:

“Modeling of the pressure propagation due to CO2injection and the effect of fault permeability

in a case study of the Vedsted structure, Northern Denmark”

Journal of Greenhouse Gas

Control

28,

1–10.

Rosenbrand, E., Haugwitz, C., Jacobsen, P.S.M., Kjøller, C. & Fabricius, I.L. 2014: “The effect

of hot water injection on sandstone permeability.”

Geothermics,

50,

155-166.

Rosenbrand, E.,Kjøller, C., Riis, J.F., Kets, F., & Fabricius, I.L. 2015:“Different effects of

temperature and salinity on permeability reduction by fines migration in Berea sandstone”

Geothermics

53,

225–235.

Peer reviewed proceedings from conferences

Lind, I. 1997: “A modified Wyllie equation for the relationship between porosity and sonic

velocity of mixed sediments and carbonates from the Caribbean Sea” In: M.F. Middleton, ed:

Nordic Petroleum Series

III:

Research in Petroleum Technology.

123-137.

Fabricius, I.L. & Shogenova, A. 1998: ”Acoustic velocity data for clay bearing carbonate rocks

from the Paleozoic deposits of Estonia and the Cenozoic and Mesozoic deposits of the

Caribbean Sea”.M.F. Middleton, ed:

Nordic Petroleum Series

IV:

Research in Petroleum

Technology,111-123

Borre, M.K. & Fabricius, I.L., 2001: “Ultrasonic velocities of water saturated chalk from the

Gorm field, Danish North Sea: sensitivity to stress and applicability of Gassmann’s equation”

in: I. L. Fabricius ed.

Nordic Petroleum Series

Research in Petroleum Technology,

1-18.

Vejbæk, O.V., Rasmussen, R., Japsen, P., Bruun, A., Pedersen, J. M., Marsden, G., & Fabricius,

I.L. 2005: “Modeling seismic response from North Sea chalk reservoirs resulting from changes

in burial depth and fluid saturation.” In Doré, A.G. & Vinning, B.A. (eds)

Petroleum Geology:

North-West Europe and Global Perspectives –Proceedings of the 6

Petroleum Geology

Conference,

1401-1413. Petroleum Geology Conferences Ltd., Geological Society, London.

Fabricius, I.L. & Rana, M.A. 2010: “Tilting oil/water contact in the chalk of Tyra Field as

interpreted from capillary pressure data.”

Petroleum Geology Conference series

463-472.

The Geological Society, London.

Peer reviewed book chapters

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 803

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

107-108.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 804

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

181-186.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 805

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

230-232.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 806

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

297-307.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 807

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

375-393.

Lind, I. L., 1993: "Loading experiments on carbonate ooze and chalk from Leg 130, Ontong Java

Plateau."

Proc. ODP Sci. Results

130,

673-686.

Lind, I. L., 1993: "Stylolites in chalk from Leg 130, Ontong Java Plateau."

Proc. ODP Sci.

Results

130,

445-451.

Lind, I. L., Janecek, T., Krissek, L., Prentice, M., Stax, R., 1993: "Color bands in Ontong Java

Plateau carbonate oozes and chalks."

Proc. ODP Sci. Results

130,

453-470.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 803

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

107-108.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 804

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

181-186.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 805

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

230-232.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 806

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

297-307.

Janecek, T, Jansen, E., Krissek, L., Lind, I., Mosher, D., Prentice, M. & Wu, G. 1991: "Site 807

Lithostratigraphy."

Proc. ODP Init. Repts.

130,

375-393.

Lind, I. 1996: “Classification of Chalk Samples, JCR Phase IV, Project 5: Rock Mechanics and

Water Injection”, 45pp (Confidential).

Cunningham, A., Lind, I. L. & Röhl, U.1997: "Explanatory Notes, Physical Properties."

Proc.

ODP Init. Repts.

165,

34-36.

Cunningham, A., Lind, I.L. & Röhl, U.1997: "Site 998, Physical Properties."

Proc. ODP Init.

Repts.

165,

86-88.

Cunningham, A., Lind, I.L. & Röhl, U.1997: "Site 999, Physical Properties."

Proc. ODP Init.

Repts.

165,

184-186.

Cunningham, A., Lind, I.L. & Röhl, U.1997: "Site 1000, Physical Properties."

Proc. ODP Init.

Repts.

165,

264-269.

Cunningham, A., Lind, I.L. & Röhl, U.1997: "Site 1001, Physical Properties."

Proc. ODP Init.

Repts.

165,

330-336.

Cunningham, A., Lind, I.L. & Röhl, U.1997: "Site 1002, Physical Properties."

Proc. ODP Init.

Repts.

165,

370.

Paulsen, D.E. & Lind, I.L:. 1997: "Gammaspectral Scanning of Cretaceous/Tertiary Boundary

Sections, Site 999 and Site 1001, Explanatory Notes."

Proc. ODP Init. Repts.

165,

36.

Paulsen, D.E. & Lind, I.L:. 1997: "Gammaspectral Scanning of Cretaceous/Tertiary Boundary

Sections, Site 999."

Proc. ODP Init. Repts.

165,

186.

Paulsen, D.E. & Lind, I.L:. 1997: "Gammaspectral Scanning of Cretaceous/Tertiary Boundary

Sections, Site 1001."

Proc. ODP Init. Repts.

165,

336.

Shipboard Scientific Party (incl. I.L. Lind):. 1997: "Introduction: Geologic studies of the

Caribbean Sea.”

Proc. ODP Init. Repts.

165,

7-13.

Shipboard Scientific Party (incl. I.L. Lind):. 1997: "Caribbean Volcanism, Cretaceous/Tertiary

Impact, and Ocean-Climate History: Synthesis of Leg 165.”

Proc. ODP Init. Repts.

165,

377-

400.

Fabricius, I.L. 2000: “Interpretation of burial history and rebound from loading experiments and

the occurence of microstylolites in the mixed sediments of the Caribbean Sites 999 and 1001”.:

Proc. ODP Sci. Results

165,

177-190.

Fabricius, I.L., 2003: “Chalk” in: G.V. Middleton ed:

Encyclopedia of Sediments and

Sedimentary Rocks,

119-121.

Fabricius, I.L., Fazladic, L.D., Steinholm, A. & Korsbech, U. 2003: “The use of spectral natural

gamma ray analysis in reservoir evaluation of clastic sediments: A case study from the Bryne

and Lola Formations, Harald Field, Danish North Sea.” In: Ineson, J.R. & Surlyk, F. (eds):

The

Jurassic of Denmark and Greenland. Geology of Denmark and Greenland Survey Bulletin

349-366.

Not-peer reviewed articles

Madsen, L., Lindhardt, B., Clausen, L. & Fabricius, I. 1999: “Sorption af pesticider i danske

grundvandsmagasiner. Tillæg til Orientering. Særnummer om pesticider”. April.

Amternes

Viden Center om Jordfourening.

4pp.

Lindhardt, B., Madsen, L., Clausen, L., Fabricius, I., Bjerg, P.L., Broholm, M. & Tuxen, N.,

2000: “Sorption af pesticider i grundvandsmagasiner”

Miljøforskning

42, 17-20.

Fabricius, I.L. and Andersen, M. 2011: “Varmelagring i undergrunden” Aktuel Naturvidenskab

2, 41.

Monographs

Lind, I. 1988: "Stylolite Formation.", 200pp.

*Fabricius, I.L. 2009: “Chalk: composition, diagenesis and physical properties.”, Doctoral

Thesis 686 pp.

Numerous peer read abstracts and extended abstracts for conferences.

Several confidential and public technical reports

CV for Sidsel Marie Nielsen

Høveltsbjergvej 4

DK – 3450 Allerød

Phone: (+45) 3036 2635

Email: [email protected]

Date of birth: 18.07.1979

Marriage: Kim Nielsen

Children: Esben C. Nielsen (April 2007)

Leonora E. Nielsen (Feb 2012)

Work address:

CERE, DTU Kemiteknik

Søltofts Plads , Building 229

DK ‐ 2800 Kgs. Lyngby

Mob: (+45) 3036 2635

Scientific focus areas and projects

Modeling of transport in porous media

Microbial enhanced oil recovery, experiments and simulations

Enzyme enhanced oil recovery

Petroleum engineering

Microbiology and biochemistry

Fermentation technology

Population balance modeling of the coating and agglomeration process

Modeling of chromatography

Project management

Education

2014

2011

2010

2009

2006

Relevant employment

2010 –

Project manager and Post Doc on the project: "BioRec ‐ Biotechnology in Oil Recovery".

Partners are Maersk Oil, DONG E&P, RUC, DTI, DTU, Novozymes and InnovationsFonden.

Post doc part: Modeling of microbial enhanced oil recovery.

Supervision of two PhD students on experimental work on enzyme and microbial EOR.

Acting Center Coordinator for CERE, DTU (Feb‐Jul, ¾ time).

Management of administrative staff. Planning and coordination within CERE.

Communication. Representation of CERE outside Denmark. Economy planning and overview.

Ph.D. student, DTU Chemical Engineering.

Teaching assistant, DTU Chemical Engineering and DTU Compute.

Educational program in communicology, module 1, basic level, Denmark.

http://www.kommunikologi.no/communicology.html

Course: Project Management for Researchers, DTU (Implement).

Ph.D. degree, Technical University of Denmark (29 October 2010).

Title: Microbial Enhanced Oil Recovery – Advanced Reservoir Simulation.

Research stay at Mork Family Department of Chemical Engineering and Materials Science,

University of Southern California, Los Angeles, California, USA (Feb‐May).

Basic course on Teaching and Learning, DTU.

M.Sc., Chemical Engineering, DTU.

2014

2006‐2010

2004‐2005

Teaching experience

2008, 2009 Teaching assistant with assignment formulation (part of Ph.D. study), DTU

Chemical Engineering Model Analysis (M.Sc. level)

2006

2005

Teaching assistant (part of Ph.D. study), DTU

Recovery and purification of biological products (M.Sc. level)

Teaching assistant, DTU

Introduction to MatLab (B.Sc. level)

2004, 2005 Teaching assistant, DTU

Mathematical models for chemical and biochemical systems (B.Sc. level)

Leave of absence

2007‐2008

2012

Languages

Danish (Native language, fluent written and spoken)

English (Fluent written and spoken)

Basic knowledge of German, Norwegian and Swedish.

Computer skills

List of publications

PhD Theses (1)

* Nielsen, Sidsel Marie (2010) Microbial Enhanced Oil Recovery ‐ Advanced

Reservoir Simulation. Ph.D. Thesis. Technical University of Denmark (DTU).

Peer reviewed journal publications (3)

* Nielsen, Sidsel Marie; Nesterov, Igor; Shapiro, Alexander (2014) Simulations of

Microbial‐Enhanced Oil Recovery: Adsorption and Filtration. Transport in Porous

Media, vol .102, p. 227‐259.

Microsoft Office package (document writing and presentations)

ADOBE Reader Pro, Photoshop and Illustrator (pictures)

LaTeX (document writing and presentations)

Fortran (coding, different versions and compilers)

MatLab (coding, graphs)

Maternity leave (10 months)

Maternity leave (9 months)

* Halim, Amalia Yunita; Shapiro, Alexander; Eliasson Lantz, Anna; Nielsen, Sidsel

Marie (2014) Experimental Study of Bacterial Penetration into Chalk Rock:

Mechanisms and Effect on Permeability. Transport in Porous Media, vol. 101 (1),

p. 1‐15.

* Nielsen, S.M., Shapiro, A.A, Michelsen, M.L., and Stenby, E.H., (2010) 1D

simulations for microbial enhanced oil recovery with metabolite partitioning.

Transport in Porous Media, vol. 85, p. 785‐802.

Conference publications (3)

* Nielsen, S.M.;

Nesterov, I., Shapiro, A.A. (2014) Microbial Enhanced Oil

Recovery

‐

A Mathematical Study of the Potential of Spore‐forming Bacteria.

Paper presented at ECMOR conference, Catania, Italy, 8‐11 Sep 2014, 17 pages.

Yuan, Hao; Nielsen,

Sidsel Marie; Shapiro, Alexander; Bedrikovetsky, P. (2012) A

New Comprehensive Approach for Predicting Injectivity Decline during

Waterflooding. SPE‐154509 paper presented at 74th EAGE Annual Conference and

Exhibition incorporating SPE Europec 2012, 2012, Copenhagen, 21 pages.

Nielsen, S.M., Jessen, K.,

Shapiro, A.A., Michelsen, M.L., and Stenby, E.H. (2010)

Microbial enhanced oil recovery: 3D simulation with gravity effects. Paper SPE‐

131048 presented at the EUROPEC/EAGE Conference and Exhibition, Barcelona,

Spain, 14‐17 June 2010.