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The waste-to-energy facility is due to begin operation in 2018. The building was completed with University of Hull input in the hopes of increasing access to education about renewable energy.

A key element of the new, £200m energy from waste power plant ‘Energy Works’ has been completed, paving the way for new research into renewable energy technologies.

Spencer Group, a multi-disciplinary engineering business, has steered the Energy Works scheme in Hull from concept to delivery and the company is now playing a part in construction of the vast green energy facility.

Up to 150 Spencer Group staff and sub-contractors have been delivering the £35m package of civil and structural works for the green energy power plant. The team has now completed the Energy Academy, a learning, research and development facility created in partnership with the University of Hull.

https://www.bioenergy-news.com/display_news/13295/research_and_control_center_for_energy_works_plant_completed/

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NovaVis to publish the “NovaVis25”- twenty five people in offshore alternative renewable energy to watch in 2018

Norfolk, Va. – 6 November 2017 - NovaVis, LLC ( www.novavis.org).  NovaVis is excited to announce that it will publish its annual “NovaVis25” list of people in offshore alternative renewable energy to watch in 2018. The continued support and partnership in the creation of the Trans-Atlantic Bridge for the industry supply chain is a major focus of the NovaVis25.

There are no geographic, industry, academic or technology restrictions as to nominees. All areas of expertise are welcome to participate.

Please forward your prospective nominee(s) to NovaVis @ crdcose@gmail.com

The nomination period will end on January 15, 2018.

"NovaVis has had the luxury of engaging with world class companies and individuals in the area of offshore alternative renewable energy. We have had another great year in offshore alternative renewable energy. This global cooperation and collaboration has set the foundation for offshore alternative energy in the United States. We are keen to recognize the leaders in this area as the people to watch in 2018”…says NovaVis Executive Director, Charles Decuir.

NovaVis is a next generation technology platform, which has a focus on global Supply Chain economies and logistics. The NovaVis platform is a live Supply Chain Ecosystem connecting the various suppliers and developers in a constantly engaging and an ever evolving framework. NovaVis has developed a technology platform for identifying the vendors for offshore alternative renewable energy in order to provide a coordinated approach in capturing risk mitigation and cost reduction by virtue of a consolidated approach. 

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Over the last year, cities and towns throughout the United States have assumed a new mantle of leadership: establishing bold commitments to move away from dirty fuels and repower their communities with 100 percent clean, renewable energy sources like wind and solar.

Community by community, local leaders are demonstrating that a transition away from dirty fuels like coal and fracked gas and toward 100 percent clean energy is already happening.

 

http://www.insidesources.com/point-across-u-s-cities-moving-toward-clean-renewable-energy/

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Atkins designs on Triton Knoll

Posted by Web Master 6 on December 5, 2017 11:20 AM EST
Web Master 6 photo

UK engineering consultancy Atkins is to design the monopile foundations for Innogy’s 860MW Triton Knoll offshore wind farm off the UK east coast.

Atkins has been subcontracted by the foundation supplier – a joint venture between Smulders and Sif – to design 90 monopiles for the MHI Vestas V164-9.5MW turbines and two structures for the offshore substations.

http://renews.biz/109404/atkins-designs-on-triton-knoll/

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Proposal for turbines in 30 m/s winds

Posted by Charles Decuir on November 10, 2017 9:40 AM EST
Charles Decuir photo

The power produced by any given wind turbine varies with the third power of the wind speed. Therefore, an 8-MW turbine designed for the North Sea would theoretically produce over 140 MW if taken into the Roaring Forties. It would obviously have to be strengthened considerably (Wilson proposed a new type of wind turbine that should be more reliable in high winds) but if we lower the power output to 50 MW per turbine there would still be vastly more available energy to power all the earth’s needs almost forever.

http://www.windpowerengineering.com/blades/planning-power-30-ms-winds/

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China's largest wind turbine installation vessel, the "Longyuan Zhenhua 3", could boost international cooperation in the South China Sea, experts said Sunday. 

The vessel, which went into trial service on Sunday in Nantong, East China's Jiangsu Province, has a lifting capacity of 2,000 tons, making it the largest of this kind in the world, currently, news site people.cn reported. 

http://www.globaltimes.cn/content/1072548.shtml

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Building offshore wind farms is outrageously expensive, especially for the nascent U.S. wind industry which is on a steep learning curve. The only wind farm in U.S. waters is reported to have cost around $300 million for five turbines with a modest combined capacity of 30 MW. Obviously, costs will have to come down if the industry is to grow. Even though the European developers have been working in offshore wind longer, they have also struggled with costs.

http://www.windpowerengineering.com/construction/automating-construction-spar-buoy-geopolymer-concrete-take-big-bites-offshore-construction-costs/

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