Technology Conference 2024
The Danish Offshore Technology Conference 2024 explored the North Sea's potential for Renewable Energy and Opportunities in the Green Transition
The Danish Offshore Technology Conference 2024 successfully brought together industry leaders, researchers, and policymakers to explore the most pressing challenges and opportunities in the offshore energy transition. The event focused on the North Sea’s vast potential for sustainable energy production, addressing key questions about optimizing the region while balancing environmental protection and supporting industries such as fishing and shipping.
Participants gained valuable insights into the technologies that will drive the offshore energy transition and discussed strategies for expanding offshore renewable energy, meeting climate targets, and unlocking the North Sea’s full potential. The conference was an important opportunity for knowledge-sharing and collaboration, helping shape the future of offshore energy in Denmark and beyond.
You can download the conference programme by clicking here.
You can download some of the presentations by clicking below:
Presentations from the keynotes:
Presentations from the Breakout Sessions:
- Presentation: Unveiling the Challenges, Simon Ivar Andersen - DTU Offshore
- Presentation: The Water-Energy Nexus in Energy Transitions, Tomás De Oliveira Bredariol - IEA
- Presentation: Nuclear in the energy transition, Bent Lauritzen - DTU Physics
- Presentation: Efficient water purification for offshore wind and power to x, Luciana Mendes - FWG/Desalination
- Presentation: Minimizing the Discharge of Harmful Chemicals Offshore (from industrial activities), Simon Ivar Andersen - DTU Offshore
- Presentation: Debate from Breakout Session I: Water-Energy Nexus in the Energy Transition: Unveiling the Challenges with Tomás Bredariol, Bent Lauritzen and Luciana Mendes
- Presentation: Bio-Geo-Chemistry of CO2 leakage and implications on life in seabed environment, Ali Mahmoodi, DTUOffshore
- Presentation: Subsurface CO2 Storage Opportunities and Challenges in the Dynamic Domain, Hans Horikx, DTU Offshore
- Presentation: CO2 storage environmental baseline, Bodil Wesenberg Lauridsen, Senior Researcher, Katrine Elnegaard Hansen, Postdoc, and Lasse Tésik Prins, Researcher, GEUS.
Poster Session Abstracts:
CO2 Storage:
- Abstract: Assessing Fault Reactivation and Induced Seismicity During CO2
- Abstract: Bio-Geo-Chemistry of CO2 leakage & implications on life in seabed environments
- Abstract: Can Abandoned Oil Wells Become Giant Bioreactors for Hydrogen and Acetate Exploring Potential of Thermophilic Bacteria in Hydrocarbon-Rich Environments
- Abstract: CCS Value Chain. Modeling the carbon footprint and cost of CCS in Europe
- Abstract: Effects of CO2 exposure on the chemical surface properties of chalk
- Abstract: Insights into Cement Healing and Apparent Diffusivity Under Long-Term Carbonation - A Multi-Species Reactive Transport Model Approach
- Abstract: Modelling fracture propagation across mechanical boundaries - applications to topseal derisking for CCS prospects
- Abstract: No showstoppers for CO2 storage in Chalk! Testing the suitability of chalk rock for CO2 storage
- Abstract: Prediction of Bio-Chemical Clogging in Geothermal Systems - From Surface to Reservoir
- Abstract: Probabilistic analysis of leakage through legacy wells in CO2 storage sites
- Abstract: Sealing behavior of caprock during impure CO2 storage
- Abstract: Thermo-chemical processes, salt precipitation, and porosity-permeability dynamics During CO2 Injection
- Abstract: THMC assessment of CO2 Injection in a Depleted Gas Field in the North Sea
- Abstract: Towards a Machine Learning Tool for CO2 Plume Tracking - Insights from Seabed Uplift and Gravity Data
- Abstract: Using rock physics to monitor CO2 content and stiffness of chalk during CO2 injection and water flooding experiments in triaxial rock-mechanical setup
Offshore Structures Life Cycle:
- Abstract: An innovative approach utilizing reinforced scale and cement as a combined barrier material for well abandonment (SCBarrier)
- Abstract: Bridging Human Cognition and System Functionality
- Abstract: CO2 Seal Integrity - shale as a barrier
- Abstract: Electric and elastic properties of diatomaceous mudstone from the Norwegian North Sea
- Abstract: Generalized Maintenance Scheduling System
- Abstract: Microbial Reservoir Souring; Learnings from Full-Field Modelling and Field DataAbstract: Novel Glass-Based Solution for Sealing Micro-Fractures in Oil Well Cement
- Abstract: POROUSENSE - Protecting the North Sea from Oil Leaks
- Abstract: Structural integrity of the diatom- and smectite-rich mud from the Nora Formation, Sten-1 well, Danish North Sea
- Abstract: Structural integrity of the diatom- and smectite-rich mudstone from the Nora Formation, Sten-1 well, Danish North Sea
Water Management:
- Abstract: Biorefined MIC-inhibitor produced from agricultural waste stream
- Abstract: Chemical solutions for scaling reduction in PWRI
- Abstract: Comprehensive Assessment of Produced Water Toxicity
- Abstract: Determination of BTEX in water by 3D-fluorescence spectroscopy and chemometrics
- Abstract: Emission of Oily Chemicals from Offshore Windfarms and Effects on Biodiversity
- Abstract: Exploring Black Tea Extracts as Green Inhibitors for Corrosion Prevention of Carbon Steel under CO2 Conditions
- Abstract: Extraction of critical raw material as a method to reduce the impact on reservoir permeability and the North Sea ecosystem
- Abstract: Intelligent testing strategy for Minimizing Environmental Impacts of produced water (MERIT)
- Abstract: Metal-organic framework functionalized glass surfaces as surface
- Abstract: Metals and metalloids in offshore produced waters – impact on the marine environment
- Abstract: Modeling Oil Droplet Dynamics in Offshore Produced Water - A Population Balance Approach
- Abstract: Quantification and identification of production chemicals in produced water using capillary electrophoresis
- Abstract: Scale Detachment - Why, How, and Where
- Abstract: Stability of Drop-In Blends of “New And Old Fuels”
- Abstract: The ARROiW - Advanced Recording for Reduction of Oil in Water