Study visits to Lower Silasian, Poland, News published on PGI's website
Optimization of Shallow Geothermal Energy Resources for Green Transition (OptiSGE)
Photo PGI from Øygarden Energy Park
A 2 Exchange of knowledge and experience: Study visits to Poland, November 2023
A 2 Exchange of knowledge and experience: Study visits to Bergen Norway, June 2024
June 4 Morning session project meeting
- GSHP experiences in Norway, Kirsti Midttømme, NORCE
- Fiber optic sensing technologies” – Peter Thomas, NORCE
- Hydrogeology in Norway, Eivind Bastesen NORCE and Ruden
- Experience with DTS for monitoring of geothermal wells and BHEs” – Willhelm Mazzotti Pallard, Bengt Dahlgren
- Bømoen case multi – use of groundwater aquifer” – Christian Rekve Bryn, Cowi,
- Temperature logging in the selected boreholes in SW Poland: DTS vs. manual measurement. Results of the OptiSGE project” – Maciej Kłonowski, PGI-NRI
June 4 Afternon session, site visit GSHP installation at Nygårdsporten
June 5 Site visits Bergen Area
- Øygarden Energy park
- Sweco office building, Fantoft
- Drilling site Vestnorsk brunnboring, Lothegaten, Bergen
Source:
Photo PGI
Site visits Øygarden Energy Park and drilling site in Bergen
A 3 Capacity building: workshop on shallow geothermal activities, optimisation and best use of resources Bergen June 6
The hybrid workshop was arranged in Bergen June 6, 2024. 51 online and 14 in person participanted at the workshop.
Agenda:
a) Analytic and numerical tools for ground source energy assessments
- Shallow geothermal potential mapping at PGI-NRI. Tools and workflows for effective thermal conductivity estimation (NumPY, ArcGIS Pro geoprocessing - Model Builder) – Grzegorz Ryżyński and Mateusz Żeruń, PGI-NRI
- Simulations tools – Karoline Kvalsvik, NORCE, NTNU.
b) Integrated mapping of energy requirements and geologic knowledge into optimal tailored system design.
- Feasibilty study for GSHP technology implementation for WSB Chomiczówka Housing District in Warsaw. Case study of shallow geothermal potential demand vs. capacity analysis” – Marta Szlasa and Grzegorz Ryżyński, PGI-NRI
- Integrated mapping of energy requirements and geologic knowledge into optimal tailored system design in Norway” – Randi K. Ramstad, NTNU.
- Analytical approach to energy supply from GHSH. Examples from Poland” – Jarosław Ozimek, DPS Sp. z o.o., PORT PC
c) Best practices of distributed temperature sensing for monitoring.
- Experience with DTS for monitoring of geothermal wells and BHEs” – Teppo Arola, GTK Geological Survey of Finland.
- Distributed temperature sensing in monitoring of borehole thermal energy storage at Aalto University Metrocomplex site” – Sami Vallin, GTK Geological Survey of Finland.
- DTS examples” – Karoline Kvalsvik
Publikasjoner på Cristin
Temperature Logging in Selected Geological Boreholes: DTS vs. Manual Profiling. Preliminary Results of the OptiSGE Project – Kłonowski, Maciej; Brytan, Pawel; Krzonkalla, Anna; Ładocha, Agnieszka; Maćko, A; Midttømme, Kirsti; Nermoen, Anders; Pratkowiecka, Weronika; Sergiel, W; Thomas, Peter James; Wyrwalska, U; Zawistowski, Karol; Żuk, P. 2024, . NORCE, NTNU.
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