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Hosted by Grow to Go · 🇺🇸 US · NL-NL · 25 episodes
Established thought leaders with verified media credentials.
Offshore wind energy has gone through tremendous developments in recent years. Innovation was a key driver for its success. If offshore wind wants to make a lasting contribution to the energy transition, the sector must continue to innovate. David de Jager of GROW - a consortium with a joint research program in offshore wind - gives you in this podcast series an impression of the key research and innovations that will shape the future of offshore wind.
Grow to Go hosts GROW-to-GO, a technology show with 25 episodes published.
From welding to wrapping: rethinking the offshore joint The sound of welding hums steadily in the background at Smulders-HSM yard in Schiedam. Amid the sound of people working with steel, something profoundly different i
The moment the rotors begin to spin, you can feel it: the promise of doing things differently. In this new edition of GROW‑to‑GO , host David de Jager visits the Pilot-CD-project at Drone Port Reusel to explore how innov
Reimagining the offshore energy system Offshore wind delivers large volumes of renewable electricity, but the system behind it must be able to cope with mismatches between supply and demand. FlexH2 addresses this challen
All preparations for the first offshore demonstration of the Vibrojet® monopile installation technique are in full swing when we meet Hein van Opstal, Paula van Lieshout and Pierre Bouchet of GBM Works. In ‘Go With the F
Visiting the SIMOX Demonstration Site Get an update on the SIMOX project. David de Jager visited the specially prepared SIMOX demonstration site at the Port of Amsterdam to meet two key people involved in the project: Ah
Removal of old monopiles At the end of a wind farm’s lifetime, everything has to be removed. Current practice is to cut the monopiles that support the wind turbines several meters below the seabed. In the second Hydrauli
Increasing the reliability of rotor blades In the last two decades, the length of the rotor blades for offshore wind turbines has increased significantly. Where we started with blade lengths ranging between 30 and 40 met
It's all about a safe tool for repair of rotor blades. Imagine that your wind turbine is installed offshore and provides significant amounts of wind energy. But then, one of the wind turbine's blades requires maintenance
Optimise the usage of space at the North Sea The North Sea seems empty, but nothing could be further from the truth. The sea is divided into parts, and each part has its destination, such as fishing, shipping routes, nat
Introducing a revolutionary connection design that is set to transform the monopile installation process – and morePresenting a simple yet revolutionary way to install monopiles, endorsed by industry leaders. Jan van der
Rocks barely sound interesting, yet they are essential for the stability of wind turbine foundations. After all, they are used to prevent the erosion of sand around the monopile. Currently, the installation process of th
Extreme conditions… in an extremely short timeframe The Tubular Pile Pull-out Testing (TPPT) project impressively manages to mimic the conditions at sea for open tubular piles used for the mooring of floating wind turbin
One ring to install monopiles faster, cheaper, and more silently. You’d expect the fabrication of equipment for the installation of large monopiles for offshore wind turbines to occur in or near a harbour close to the No
Developing the ultimate weather atlas for rain and wind in the North Sea A meeting with Iratxe Gonzalez Aparicio and Harald van der Mijle Meijer at the beach near Bergen aan Zee in the Netherlands on a sunny January day
Testing with piles in water and sand to understand the soil around monopiles. It sounds like a beautiful beach day: playing around with water and sand in an environment that cannot be taunted by rain. But doing so can re
More energy through dynamic control over the wind flow inside an offshore wind farm “Wind turbines love a steady, constant, homogenous wind flow pattern. A wind turbine extracts energy from the wind. The wind pattern it
Offshore wind and the winning tickets for the coming years “The offshore wind sector is entering a new phase requiring a massive manufacturing and installation scale-up. Building a subsidy-free offshore wind farm should
Meet the team who loves spinning around monopiles. The monopile foundations of wind turbines are subject to repeated (cyclic) loading by wind and waves. These forces are transferred from the foundation to the supporting
Improving wind measurements to optimise power performance. To gain the most power from the installed wind turbines offshore and onshore, they must operate at their absolute best. That's why the Sensor Assisted Wind farm
Innovations are needed if the offshore wind sector wants to install the huge foundations for the ever-larger wind turbines, as quickly and with as little noise as possible. Well, “The Gentle Driving of Piles (GDP) concep
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GROW-to-GO is hosted by Grow to Go. The show is categorised under technology and has published 25 episodes.
GROW-to-GO has published 25 episodes.
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