I Nardovegen i Trondheim skal det bygges 800 nye studentboliger. I sommer har det blitt utført prøveboring og testing av ulike isolasjonsmetoder for å hente ut geovarme på trygg måte i områder med kvikkleire. Resultatet av undersøkelsene kan få stor betydning for fremtidig bærekraftig utbygging i Trondheim og andre steder med lignende utfordringer. Prosjektet er et samarbeid mellom Studentsamskipnaden i Trondheim, Asplan Viak, Multiconsult og Båsum Boring, og med på laget er flere master og PhD studenter fra NTNU som har bistått med gjennomføring og analyse av resultatene.
Jessica Ka Yi Chiu has joined the Department of Geoscience and Petroleum at Norwegian University of Science and Technology (NTNU) to undertake a 4-year PhD-project in the field of Engineering Geology and Rock Mechanics. The main supervisor is Charlie Chunlin Li (Norwegian University of Science and Technology) and co-supervisors are Ole Jakob Mengshoel (Norwegian University of Science and Technology, Department of Computer Science), Karl Gunnar Holter (Norwegian University of Science and Technology and Norwegian Geotechnical Institute) and Vidar Kveldsvik (Norwegian Geotechnical Institute).
Jessica’s project “Optimising rock support design: installation and mapping in hard rock based on automated joint detection and artificial intelligence (machine learning and evolutionary computation)” aims to investigate the possibility of designing rock support and perform objective rock mass mapping based on automated joint mapping of scanned profiles through AI methods. The project’s ultimate goals are to streamline the process, increase the quality, and possibly reduce the amount of rock support compared to current practices.
Jessica has BSc. in Earth Sciences from the University of Hong Kong, and MSc. in Geosciences from University of Oslo.
Hvor kommer sanden i verdens største delta fra? Hvordan kan vite det hvor den kommer fra? Dette er sentrale spørsmål for Trond Svånå Harstad i arbeidet med sin nylig avlagte doktorgrad «Single-mineral provenance method development with a case study from the Late Traissc Barents Shelf», ved NTNU, institutt for geovitenskap og petroleum.
I avhandlingen har han studert mineraler i sandsteiner fra det enorme deltaet som utgjør Snadd og De Geerdalen formasjonene av Midt- og Sentrias alder, i Barentshavet og på Svalbard. Harstad har utviklet/videreutviklet to metoder for bedre å identifisere kilden til sanden, en metode basert på mineralet Cr-spinel og en metode basert på formene til mineralet zirkon. Han forteller at Cr-spinel viste å være et veldig godt egnet mineral til å identifisere forskjellen på bergarter, da de har helt ulik kjemi. For å gjenkjenne og klassifisere formen på zirkonkorn i fotografier brukte han kunstig intelligens, en innfallsvinkel som er ny innen dette fagfeltet. Arbeidet ble utført som et samarbeid mellom NTNU og Norges Geologiske Undersøkelse (NGU), mens feltarbeidet og prøveinnsamlingen ble gjort i samarbeid med Petroleumsdirektoratet og Sintef.
Og hvor kommer sanden fra? I begynnelsen av deltaet kommer mesteparten av sanden fra Uralfjellenes forløper Uralidene. På slutten av avsettingshistorien er Taimyrhalvøya i det nordlige Sibir sannsynligvis kilden for mesteparten av sanden.
Lina Flo Hauge og Fredrik Rian studerer tekniske geofag ved NTNU og er blant studentene som har tilbragt åtte uker hos Direktoratet for mineralforvaltning med Bergmesteren for Svalbard i sommer. De fikk i oppgave å se nærmere på hvordan håndtering og reduksjon av overskuddsmasser i gruveindustrien foregår i andre land. – Jeg er imponert over studentenes arbeid for oss i sommer, og det er ingen tvil om at de har gitt oss et godt grunnlag å bygge videre på for å fortsette utviklingen av bærekraftig forvaltning av mineralressursene våre, sier DMF-direktør Randi Skirstad Grini.
Les sak om dette i AT.no her
Les mer om tekniske geofag her
Lewaa Hmadeh has joined the Department of Geoscience and Petroleum at the Norwegian University of Science and Technology (NTNU) to undertake a 3-year PhD-project in the field of Drilling Engineering . The main supervisor is Behzad Elahifar (Associate Professor, Department of Geoscience and Petroleum – Norwegian University of Science and Technology, NTNU) and the co-supervisor is Sigbjørn Sangesland (Professor, Department of Geoscience and Petroleum – Norwegian University of Science and Technology, NTNU). Lewaa’s research “Applications of bismuth alloys in well completion and well plugging» aims to evaluate and test bismuth as an alternative sealing material. The research will propose and evaluate applications of bismuth alloys in well completion and P&A, and will model the interaction between bismuth alloy and steel/cement/cap rock formation. At advanced stages, the project will integrate digitalization in the planning of Plugging and Abandonment operations. This research is part of SFI SWIPA which is an initiative that aims to obtain a scientific understanding of permanent well barriers and allocate for improved well barrier design methodologies
Lewaa has a B.E. in Petroleum Engineering from the Lebanese American University, and pursued his MSc. in Drilling Engineering at the Norwegian University of Science and Technology.
Stefanie Lode has started as a Senior Engineer at the Electron Optical Laboratory at the Department. She has studied geology at the J.W. Goethe University in Frankfurt/Main, Germany and finished with a Diplom (~equivalent to MSc) degree (thesis and mapping) in 2007. Afterwards, she worked on a temporary position at the Geological Survey of Finland (GTK) in the Mineral Processing laboratory on the scanning electron microscope on a variety of projects. In 2011 Stefanie moved to St. John’s, Newfoundland and Labrador, Canada, and obtained her PhD in Economic Geology at Memorial University in 2016. She continued at Memorial as postdoctoral researcher applying an integrated field and laboratory approach using automated mineralogy (MLA) to investigate onshore reservoir sandstones. From 2018 to 2021 she worked as postdoctoral researcher in the Scanning Electron Microscope laboratory of the Geological Survey of Denmark and Greenland (GEUS) on lower Cretaceous marly chalks and chalks, but also a variety of economic geological and industrial projects using automated mineralogy (ZEISS Mineralogic) and participated on a mapping campaign in NE Greenland.
She has a broad geological and mineralogical background ranging from research related to mineral resources (VMS, Ni-PGE et al.) and related hydrothermal processes, as well as clastic and carbonate rocks, to lithogeochemicy and S-Pb-Nd isotope systems. All research involved various analytical methodologies, especially optical and electron microscopy (manual and automated).
Hva skal vi leve av etter oljen? Noen mener at en stor del av dette svaret kan ligge langt til havs – og ikke minst langt ned i havet. Men er mineralutvinning på havbunnen i konflikt med det grønne skiftet? Hør innslag i NRK Ekko her
Dear colleagues, students and hello to the entire Department of Geoscience and Petroleum
I would like to meet you as your new head of department at IGP. Even though I’ve met some of you already or some of you know from before, I’m sure there are a lot of people who don’t know me at all. Therefore, I thought I could say a few words about myself and my CV first. Further, I would like to say some words about my motivation why I applied for this job and my plans in near future.
First, a little about myself.
I’m an educated geologist. I studied in my hometown in Giessen, Germany at Justus-Liebig University. I finished with a Diploma or what today is a Master’s degree. The focus of the master’s thesis was clastic sedimentology.
After that, I started my Dr-degree at the Alfred Wegener Institute for Polar and Marine Research. And although I could take part in a fantastic two-month ship-based expedition to Antarctica, the subject of my PhD thesis was on paleoclimate and paleo environmental reconstructions of Cretaceous Black Shales in Colombia, South America. Methodical focus was on fieldwork, sedimentology and organic geochemistry.
After my PhD, I held a 2-year post-doc position immersing myself even more in the topic, but as the 2-year scholarship neared its end, the search for the next project/job began. The idea was to apply for access to sample material from the unique shallow stratigraphic drilling cores from IKU, the Continental Shelf Institute here in Trondheim, which later became part of SINTEF. And since I was on a job hunt, I attached my resumé.
It was in late 1997 when I moved to Trondheim and was employed by IKU as a researcher in the basin modelling department. My research assignments were mostly about black shale formation, characterization and prediction, but the focus was now more on an applied direction, in the search for source rocks. And I had no idea about modelling to begin with.
But it was an incredibly exciting time with many good colleagues, learning by doing, project involvement and good teamwork. After a few years I became a senior researcher and eventually the head of the department. In this last period when I was leading the department, I was more and more engaged in planning the department’s strategy and development, organizing national and international collaboration with industry partners and universities.
In 2012, after more than 7 years in that management position, Equinor, then Statoil, was searching for new young and experienced employees in their research units. And even within my favorite subjects, within paleoclimate modelling, source rocks and petroleum systems analysis. For me, it was an opportunity to consider going back to more technical work, to do more research again. I took my chances and have been working for the last eight and a half years with source rocks from all over the world and over almost the entire geological timescale.
But then I was recently made aware of the announcement for the position here at IGP. And again, I began to consider whether I should try something new. In the job advertisement, the strategic research areas within sustainability, energy and ocean space were highlighted which I find very exciting. I applied for the position because I would like to help develop strategies and plans, build up and lead research groups that lay the foundation for sustainable value creation of geological resources.
The industry is going through a fundamental change, we are approaching an energy transition. I did not plan to mention it and I don’t want to dive into this topic in more detail, but the recent IEA and UN/ICCP reports have raised discussions about our energy future and there is a lot of political discussion right now with the Norwegian elections coming up soon. But I want to say, especially to our students and young professionals that geoscience with all its academic and technical disciplines and applications is and will remain of highest importance for the development of our industry, our society and our prosperity, and I am convinced that education and research within geosciences must be strengthened to meet the challenges that the future energy transition may include.
Within the next weeks and months, I will have to learn a lot. My ambition is to meet all research teams and technical groups at IGP. I believe in an open and constructive dialogue and want to encourage you all to join these meetings. There is also the round of employee interviews coming up soon, another option where we can meet and discuss in more detail.
A last comment on the Corona situation. I want to thank all colleagues here at IGP for their tremendous efforts and hard work during the last months. The situation has been sometimes quite difficult and unpredictable with changing rules and regulations on short notice. That made planning activities, teaching and team-working very demanding and has raised the work load a lot. I hope with increasing vaccination numbers and that also students soon get their full protection the situation will be more relaxed, and we can go back to a more normal campus live again.
With that I want to thank you for joining me here today and I hope to see you all soon in smaller groups and discussions.
Thank you very much for your attention,
Head of Department
In her project Nataliia Korotkova is helping companies with complex organizations to achieve efficient collaboration and information sharing by properly leveraging digital tools. She is working specifically in the Front-end stage where design, engineering and innovation meet. Nataliia is using several tools such as transactive memory learning, multifaceted trust, adoption of new technologies and knowledge reuse. TechnipFMC provides the use case and sponsors the project. Read and watch more videos from the New business and operational models newsletter here
Project result: Transactive memory analysis on the role of digital technologies
In this video, Nataliia Korotkova explains in detail the latest results of her research regarding knowledge collaboration using digital tools during a Front-End stage project. One of her findings is that strategic corporate focus and socio-technical alignment are extremely important to enhance knowledge collaboration in multi-disciplinary project groups. She has many more interesting observations, so check the video out!
Mehman Ahmadli has joined the Department of Geoscience and Petroleum at Norwegian University of Science and Technology (NTNU) to undertake a 3-year PhD-project in the field of Subsea Technology. The main supervisor is Tor Berge Gjersvik (Norwegian University of Science and Technology) and as co-supervisors are Sigbjørn Sangesland (Norwegian University of Science and Technology) and Rory MacKenzie (TOTAL). Mehman’s project “Valves and materials – design concepts for simplifications” will investigate new possibilities for valves and actuators assuming all-electric control system and exploit alternative designs (valve types, materials, and placements) exploiting possibilities from rearrangement of equipment that are proposed to enable low-cost subsea field development.
Mehman has B.Eng. and MSc. in Petroleum Engineering from Heriot-Watt University and Norwegian University of Science and Technology.