Our project to install a 2.5 megawatt wind turbine at Applied’s Varian Semiconductor Equipment site at Gloucester, MA is nearing completion.
Last month we posted a time-lapse video showing the transport of one of the 160-foot long rotor blades through the streets of Gloucester.
Now, here are some snapshots from the process of mounting the rotor assembly to the nacelle which sits atop the 328 foot tall tower. With National Grid approval scheduled for November 26 we’re just days away from throwing the switch!
More than one hundred students, teachers and administrators from the Gloucester Community Arts Charter School visited the Varian site to examine the gargantuan turbine blades and learn about the project.
Technicians install the last of the three turbine blades onto the hub.
A technician inspects the hub before the rotor assembly is hoisted into place. Visible on the left are some of the many signatures Varian employees scrawled on one of the blades from Varian’s “signing day” held on October 26.
To the amazement of onlookers, one of the technicians waits on top of the nacelle for the rotor assembly to arrive. This image really gives a sense of the scale of the project.
The rotor assembly, halfway up the 328 foot- tall tower. The whole process took about an hour.
Left a bit, right a bit… The final stages of the rotor assembly lift.
The completed turbine as seen from the edge of downtown Gloucester. Over the next few weeks, the turbine will be connected to the grid and tested, ready to enter service in the new year.
The idea of closing the achievement gap in low performing public schools can be overwhelming. But Partners in School Innovation, a California-based nonprofit, dedicated to transforming teaching and learning so every child -- regardless of background -- thrives is working to do just that.
The Applied Materials Foundation is proud to fund Partners’ work in three of the most challenged districts in San Jose, CA and even more proud that the partnership between the organization and the Foundation was selected to be recognized by the Committee for Encouraging Corporate Philanthropy with its 13th Annual Excellence Award.
Widely known for inventing the Segway, Dean Kamen, a pioneering health-care technologist and tireless advocate for science and technology, has been named the tenth recipient of the James C. Morgan Global Humanitarian Award for his life-changing influence on persistent health challenges around the world. Inspired by Applied Materials Chairman Emeritus, Jim Morgan, the award honors individuals whose broad vision and leadership are focused on combating humanity’s greatest problems.
The award-winning entry was inspired by the Namib Desert Beetle, but other teams used solar-powered hot plates, conifer bark filters, and reverse osmosis in their projects engineered to provide “Clean Water for All” as part of the Applied Materials Clean Tech Competition.