Dutch Coast News

The installation for the HKZ Alpha project will be performed by one of Heerema’s newest vessels, Sleipnir. (Photo: Heerema Marine Contractors)

Heerema Wins Hollandse Kust Zuid Alpha Project

Heerema Marine Contractors said it has been awarded the Petrofac contract for TenneT's Hollandse Kust Zuid (HKZ) Alpha project, one of the largest offshore wind farm zones being developed in the North Sea off the Dutch coast.The award entails the transport and installation of the HKZ Alpha HVAC platform. This platform is a high-voltage substation, an essential component of offshore wind farms that run electricity to the mainland, in this case the Maasvlakte.The 2,800-metric-ton jacket for the HKZ Alpha substation will be installed in the second quarter of 2020 followed by the 3,800-metric-ton

The Hollandse Kust Zuid wind farm. Image: Vattenfall

Vattenfall Starts Hollandse Kust Zuid

Development of the first unsubsidized offshore wind farm is well underway off the Dutch coast after bouts of bad weather delayed the project earlier this year, said Swedish power company Vattenfall.The European energy company is building the 750-megawatt Hollandse Kust Zuid 1 & 2 wind farm off the coast of The Hague and Noordwijk. Vattenfall said it expects the wind farm will begin generating electricity by the end of 2022, ultimately supplying power to up to 1.5 million households.Dozens of researchers at the North Sea will be working day and night through the summer to learn as much as possible

Photo courtesy of Fugro

Fugro Wins Project Off Dutch Coast

Fugro won a substantial marine site characterization project off the Dutch Coas, the largest geotechnical site characterization program tendered by the Netherlands Enterprise Agency (RVO.nl, part of the Ministry of Economic Affairs and Climate Policy) and to be performed in the Hollandse Kust (west) Wind Farm Zone. Other contracts executed by Geo-data specialist Fugro in the various zones of Hollandse Kust (zuid and noord) and Borssele wind energy developments since 2015 include geophysical and geotechnical data acquisition and metocean monitoring.With project preparations underway, and a target start

Photo: www.cobracable.eu

Denmark-Netherlands Subsea Power Cable Reaches Dutch Coast

A subsea power line set to link the networks of Denmark and the Netherlands reached the Dutch coast on Friday as part of plans to share excess electricity from wind farms and other sources.The 325 km (202 mile) long COBRAcable, short for Copenhagen, Brussels and Amsterdam, has a capacity of around 700 megawatts (MW) and is expected to become fully operational in the third quarter of 2019."This is an important step towards the integration of electricity networks in western Europe," said Jeroen Brouwers, spokesman for Dutch grid operator TenneT."We will now have the first link between the

Crevasses near the grounding line of Pine Island Glacier, Antarctica. (Credits: University of Washington/I. Joughin)

Accelerating Antarctic Thaw Speeds Sea Level Rise

from New York to Shanghai as well as low-lying nations from the Pacific Ocean to the Netherlands.“We’re watching these reports closely,” said Michiel van den Broeke, professor of Polar Meteorology at Utrecht University in the Netherlands, saying they were the guide for defending the Dutch coast.Under the 2015 Paris climate agreement, almost 200 governments set a goal of phasing out fossil fuels this century to limit warming. U.S. President Donald Trump plans to pull out of the pact and to focus instead on U.S. jobs and coal.Chris Rapley, a professor of climate science at University College

(Image: MARIN)

Marine Hazards to Subsea Cables and Pipelines

In February 1989 the RoRo vessel Vinca Gorthon ran into heavy weather and sank off the Dutch coast. She landed on an oil pipeline that was severely damaged. Although the probability of sinking on top of a pipeline is very small, the incident showed that it can happen.   Shipping traffic can represent a potential hazard to subsea pipelines in various ways, such as sinking or grounding, lost containers or an anchor hooking onto a pipeline. Over the years MARIN has contributed to the development of a method by which the burial depth of a cable or pipeline is determined on the basis of actual

Ocean Radar Detects Mini Tsunami 40 Minutes before Impact

In May 2017 the Dutch coast was hit with a “mini tsunami” that brought a flood wave more than 2 meters tall, sweeping away beach chairs, boats and parasols.   No one was seriously injured, thanks to the fact that the wave reached the beaches very early in the morning, at about 5:30 am local time.   About 50 kilometers southwest of Zandvoort there are two WERA ocean radar systems installed at Monster and Ouddorp. These systems are owned by Rijkswaterstaat (a part of the Ministry of Infrastructure and the Environment) and measure the ocean currents around the entrance of the

Union Bear (Photo: Boskalis)

Ocean Cleanup Prototype Set for a Test Run

The first ocean cleanup system ever tested at sea will soon be deployed for trials 23 kilometers (12 NM) off the Dutch coast. The goal of the test is to see how the floating barrier design is able to cope in extreme weather at sea during a 12-month period. The Ocean Cleanup, a Dutch foundation developing advanced technologies to rid the oceans of plastic, unveiled its North Sea prototype today in the presence of The Netherlands government, as well as the main sponsor Boskalis, who will transport and install the prototype this week. “It has been inspiring to work with The Ocean Cleanup team

Internal waves at Dongsha Island on April 23, 2010, as seen by the radar on TerraSAR-X in its conventional mode of operation (left) and in the experimental new mode that permits direct velocity measurements (right), with the measured surface velocities shown in color. Red and blue colors indicate surface velocities of about 0.5 m/s to the left and to the right, respectively. (Images: German Aerospace Center (DLR) 2010.)

Satellites Help Gauge Speed of Subsurface Waves

larger as the water is pushed westward through the Luzon Strait into the South China Sea. Their findings were published in the May 7 issue of the journal Nature.   A research team led by Romeiser was the first to accurately measure currents from a space shuttle platform between islands off the Dutch coast and the first to make current measurements using the radar on the TerraSAR-X satellite.   The study, titled “Advanced Remote Sensing of Internal Waves by Spaceborne Along-Track InSAR—A Demonstration With TerraSAR-X,” appears in the Dec. 2015 issue of the journal Transactions

Windfarm Location: Image courtesy of Van Oord

Offshore Wind Farm Contract for Van Oord

Van Oord has been awarded the construction contract for the offshore windpark Luchterduinen, off the Dutch coast. The wind farm will be located 23 kilometres from the Dutch coast between Noordwijk and Zandvoort, and the contract is signed with the joint venture Eneco-Mitsubishi Corporation. The 43 wind turbines will have a combined capacity of 129 Megawatts and will generate green electricity for nearly 150,000 households. Construction will start in July 2014 and will be completed after the summer of 2015.
 As EPC (Engineering, Procurement and  Construction) contractor Van Oord shall be

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