Tag Archives: DNV GL

MAREX: DNV GL Helps Washington State’s Maritime and Tech Sectors Converge

Pursuing Washington State’s vision of being a world-class, thriving and sustainable maritime industry by 2050, WA Maritime Blue, in partnership with DNV GL and Impact Washington, hosted the inaugural Blue Forum: Uptown Tech Meets the Working Waterfront. 

Bolstering the Maritime Sector

The Blue Forum: Uptown Tech Meets the Working Waterfront is the first in a series of information sharing and networking events designed to strengthen Washington State’s maritime sector by fostering its connection with other key sectors within the state. This initial forum targeted the state’s robust information and communications technology sector and convened maritime and tech industry leaders and stakeholders in Seattle to examine and discuss the role and opportunity for data, digitalization and Internet of Things (IoT) solutions, and the challenges for optimization and decarbonization of the state’s maritime industry. 

The Forum provided a unique opportunity for knowledge transfer on challenges and technology readiness for solutions. It also served to connect stakeholders to explore the potential for collaboration through developing Joint Industry Projects (JIPs) that will break down silos and support the transformation of the state’s maritime industry.

Read entire article HERE.

gCaptain: Contract Signed for First Classed Offshore Wind Vessel in US by DNV GL

Classification DNV GL on Wednesday announced it has been awarded a contract to class a purpose-built offshore wind vessel built in the United States.

The contract was awarded by WindServe Marine, LLC covering for offshore Crew Transfer Vessel for Ørsted North America. The contract covers the construction of the vessel, which will be the first offshore wind vessel built in the United States to class requirements.

The high-speed aluminum catamaran is a custom design from the U.K.-based BMT Group, who has extensive offshore wind experience and a large portfolio of offshore wind vessels, including 49 CTVs currently operating in Europe. DNV GL says the new state-of-the-art design from BMT will built specifically for U.S. East Coast sea conditions and will be used by Ørsted in their expanding operations in the region.

Read entire article HERE.

DNV GL: Someone has to go first

As the world’s leader in marine battery solutions, Norway is working to become the first country to electrify coastal transportation. And while there is still a long road ahead, Norway has a genuine advantage: A network of stakeholders working together to make it happen.

Increasing public concerns about the environment have led to a growing sense of urgency for Norway’s government and industry to act to slow climate change and improve air quality along its 2,650 km coastline. And with Norwegian domestic shipping contributing about nine per cent of Norway’s total carbon dioxide (CO2) emissions, 34 per cent of its nitrogen oxide (NOX) emissions and 25 per cent of its sulphur oxide (SOX) emissions, shipping has been identified as a key part of the clean air challenge.

Read entire article HERE.

Press Release: DNV GL supports Norwegian transmission operator Statnett in connecting renewable energy to the grid

ARNHEM, the Netherlands, 28 March 2019 – DNV GL has been selected by the Norwegian transmission system operator Statnett to provide electrical design services for the development of a new composite high-voltage transmission tower. The project is part of Statnett’s Research and Development programme ‘Lean Line’, which is designed to build power lines in a safer, faster and cheaper way, to enable easier integration of renewable energy from remote locations into the European power grid.

Statnett will be among the first companies in the world to develop composite towers for 420kV high-voltage overhead lines. Traditionally, composite towers have been utilized for systems between 110 and 150 kV systems. As part of the project, DNV GL will provide assistance to Statnett in developing a new electrical design, adhering to specific Norwegian requirements and aspects.

“It is important that the projects we support underpin our R&D programme’s main goal which is to improve energy security by 20%, reduce costs by 20% and reduce construction time by 20%”, says Oddgeir Kaspersen, Program Manager Innovative Technology at Statnett. “To do so, you need technical expertise as the devil can be in the detail. DNV GL’s experience in innovative tower design, specifically electrical design, enables us to create a safe and reliable concept for our composite high-voltage tower.”

Prajeev Rasiah, Executive Vice President, Northern Europe, Middle East and Africa, DNV GL – Energy added: “To realise the full potential of the power generation from renewable sources, optimisation of grid infrastructures is vital. Having worked in electrical design for high-voltage transmission towers for more than 50 years, we are looking forward to supporting Statnett with our knowledge and expertise in this field, to enable the connection and integration of renewable energy into the grid.”

DNV GL’s grid experts focus on the safety and reliability aspects of the transmission tower by developing insulation coordination, earthing/grounding, electrical stress testing and safety design. The new electrical design will be finalized by the end of 2019, and the validation tests are scheduled for 2020. The construction and operation of the pilot phase is scheduled for 2021.

DNV GL’s annual Energy Transition Outlook report forecasts that the rise of wind and solar will drive major expansion of transmission and distribution systems. The report finds that the expansion of the world’s power lines will more than triple by 2050, both in length and capacity. This substantial infrastructure expansion is largely driven by the growth of renewable energy generation, often in remote locations, which needs to be connected to the local, regional, national and international power grid. Renewable energy assets are often based in remote locations. As the sector grows and reliance on renewable energy increases, smarter design of power infrastructure is required to make expansion of the grid safer, faster and more cost-effective. The high-voltage tower project has also been a part of the ‘Best Paths project’, a European consortium that aims to develop novel network technologies to increase the transmission network capacity and flexibility at pan-European level while maintaining system reliability.

About DNV GL
DNV GL is a global quality assurance and risk management company. Driven by our purpose of safeguarding life, property and the environment, we enable our customers to advance the safety and sustainability of their business. We provide classification, technical assurance, software and independent expert advisory services to the maritime, oil & gas, power and renewables industries. We also provide certification and supply chain services to customers across a wide range of industries. Operating in more than 100 countries, our experts are dedicated to helping customers make the world safer, smarter and greener.

DNV GL in the power and renewables industry
DNV GL delivers world-renowned testing and advisory services to the energy value chain including renewables and energy management. Our expertise spans onshore and offshore wind power, solar, conventional generation, transmission and distribution, smart grids, and sustainable energy use, as well as energy markets and regulations. Our experts support customers around the globe in delivering a safe, reliable, efficient, and sustainable energy supply.

Learn more at www.dnvgl.com/power-renewables.

World Oil: DNV GL extends the capability of failure investigations with new Houston facility

HOUSTON — DNV GL has opened a failure analysis facility in Houston, Texas which will provide failure analyses that support the industry in conducting effective and efficient root cause analyses. The aim is to prevent and learn from failures and continue to improve safety, reliability and up-time.

The facility will carry out the crucial initial steps of a failure investigation, which could include visual inspection, non-destructive testing [NDT], disassembly, cutting of components, etc. The facility will interact seamlessly with DNV GL’s large and very experienced team of experts in Columbus, OH who are able to carry out further analyses, which may include metallography, fractography (scanning electron microscopy), mechanical testing, chemical analysis, etc. as well as draw on experience from several 1,000 failure analyses carried out in DNV GL’s network of failure labs in the US, Norway, Singapore, The Netherlands and the UK.

Read entire article HERE.

E24: Ulltveit-Moe kaprer Veritas-topp til å lede klimanettverk

DNV GL-toppen Bjørn Haugland går til jobben som administrerende direktør i Næringslivsalliansen 203040.

Alliansen består av en rekke ledende næringslivsaktører i Norge, deriblant større energiselskap som Equinor, ulike banker, Ikea, Veidekke, Tine og DNV-GL, for å nevne noen.

Initiativet skal jobbe med «næringslivsdrevet klimainitiativ». Ifølge egen hjemmeside skal de «identifisere nye forretningsmuligheter på veien mot lavutslippssamfunnet, og være en pådriver for å nå Norges klimamål innen 2030».

Les mer HER.