More than 71% of the earth surface is covered by water. There is limitless energy covered or held by water, such as oil and gas under the sea floor, ocean thermal energy, tidal energy, wave energy, offshore wind energy, as well as solar energy. However, to harness these energies is far beyond simple and straightforward, due to challenges of the complicated geology and harsh environment. The Offshore Energy Systems programme (OES) aims to explore, research and develop innovative and breakthrough engineering methodology/methods and technology/techniques for harnessing different types of offshore energy in a reliable, sustainable, cost-effective and environmentally friendly manner. The OES programme especially focuses on the modeling, optimization, control and fault/failure diagnosis of offshore oil and gas production processes, offshore wind turbine/wind farm, marine communication and underwater robotics.
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Offshore Energy Systems
Ongoing Research Projects
- Grey-Box Modeling and Plant-Wide Control in Water Treatment for Offshore Oil & Gas Production (2017-2020)
- Injection Water Monitoring and Control (2017-2020)
- Integration of Water Treatment Power-Plant (2017-2019)
- Smart Water Treatment Systems (2016-2019)
Ongoing PhD Projects
- Injection Water Quality Monitoring and Control (Dennis Severin Hansen)
- Grey-Box Modeling and Plant-Wide Control in Water Treatment for Offshore Oil & Gas Production (Mads Valentin Bram)
- Use of Digital Hydraulics in Secondary Control of Cylinder Drives (Viktor Hristov Donkov)
- Condition Monitoring and Fault Tolerant Control of Wind Farms (Kuichao Ma)
Completed research projects
- Stabilization and control of Satellite-tracking antennas for marine Communication (Star2Com) (2014-2017)
- Plant-wide De-oiling of Produced Water using Advanced Control (PDPWAC) (2013-2016)
Completed PhD Projects
- Modeling and Control of Membrane Filtration Systems for Offshore Oil & Gas Produced Water Treatments (Kasper Lund Jepsen, 2019)
- Attitude Stabilization System for Marine Satellite Tracking Antenna (Yunlong Wang, 2018)
- Design of Reliable Fluid Power Pitch Systems for Wind Turbines (Jesper Liniger, 2018)
- Real‐Time Monitoring and Robust Control of Offshore De‐Oiling Processes (Petar Durdevic Løhndorf, 2017)
- Plant-Wide Anti-Slug Control for Offshore Oil and Gas Processes (Simon Pedersen, 2016)
- Multivariable Control for Load Mitigation of Wind Turbine (Raja Muhammad Imran, 2016)
Selected Completed Student Projects
- Modelling and control of severe slugging in pipeline/riser (Jakob Biltoft, Lasse Hansen and Simon Pedersen, Master thesis, 2013, cooperated with Ramboll Oil & Gas)
- Oily Slug Flow (Sandra L. Pedersen, Kasper Stampe, 7th semester project, 2013)
- Flow control for better hydrocyclone separation (Thomas Christensen and Toke Kristensen, Bachelor thesis, 2013, cooperated with Ramboll Oil & Gas)
- Underwater robot for cleaning of oil/gas platform structures and wind turbine fundaments (Klaus Gaarde, Kasper Stampe and Sandra Pedersen, 6th semester project, 2013)
- Stewart Platform Wave Compensation (Jimmi Pedersen, Johannes Veje, Rasmus B. Jørgensen and Trym Øien, 4th semester project, 2013)
- Modelling and control of an unstable gas-lifted oil-producing well (Kasper Jepsen, Leif Hansen and Christian Mai, 7th semester project, 2012, cooperated with Mærsk Oil)
- MPC and PID solutions for pressure control on an offshore platform by Simulink (Jean-Michel Teney, Master thesis, 2011, Erasmus student from HELMo Gramme, Belgium)
- Seawater pump control (Kian Soleiman, Bachelor thesis, 2011, cooperated with Ramboll Oil & Gas)
Programme Menu
Contact Information
Programme Leader
Associate Professor Zhenyu Yang
Direct phone: +45 9940 7608
E-mail: yang@et.aau.dk
Vice Programme Leader
Associate Professor Mohsen Soltani
Direct phone: +45 9940 8744
E-mail: sms@et.aau.dk
See all programme members