The Maine Aqua Ventus 1 pilot project, the proposed floating offshore wind project led by the University of Maine and its partner companies, was the focus of the Bangor Daily News editorial “How to prepare for Maine’s next big, windy industry.” The Working Waterfront also published an article about the concern of Monhegan residents over the proposed project’s effect on island tourism.
Archive for the ‘Engineering’ Category
The Maine Edge previewed the 14th annual Maine FIRST Lego League Championship hosted by Maine Robotics and Time Warner Cable Dec. 14 in Augusta. The University of Maine College of Engineering and Cooperative Extension 4-H program are also supporting the event as part of Time Warner Cable’s Connect a Million Minds initiative to address the nation’s declining proficiency in science, technology, engineering and math.
Six people are being inducted into the College of Engineering’s Francis Crowe Society during a ceremony Friday, Dec. 13, 1–3 p.m., in Arthur St. John Hill Auditorium, Engineering Science Research Building at the University of Maine.
In the Distinguished Engineer category, inductees are:
Paul Durocher, class of 1982, Chemical and Biological Engineering
David Kinney, class of 1986, Civil and Environmental Engineering
William Pike, class of 1980, Engineering Physics
Scot MacDonald, class of 1990, School of Engineering Technology
In the Faculty Engineer category, the inductee is:
Assistant Professor of Physics Rob Meulenberg, Engineering Physics
And, in the Honorary Engineer category, the inductee is:
Master Sgt. Thomas Banister, senior military instructor for the UMaine Army ROTC Battalion.
The Francis Crowe Society recognizes UMaine engineering graduates and others who have made considerable contributions to the engineering profession. The society is named in honor of Francis Trenholm Crowe, who earned a degree in civil engineering from UMaine in 1905 and was chief engineer of the Hoover Dam. Crowe also was involved in the construction of 18 other major dams in the United States, facilitating farming in a number of areas.
Jeffrey Thaler, assistant university counsel and a visiting professor of energy policy, law and ethics at the University of Maine, and Jake Ward, UMaine’s vice president for innovation and economic development, were interviewed for a Mainebiz article on the release of estimated cost and economic impact details of a proposed floating offshore wind project led by UMaine and its partner companies. The details filed by the Maine Aqua Ventus project say the project will create at least 340 jobs and make the state a hub for development. Utility customers would pay 23 cents per kilowatt hour for electricity, which is higher than market rates. Thaler said for the price of a movie ticket, Mainers will be investing in helping the state become a leader in the offshore wind industry. Ward said Maine Aqua Ventus is also pledging to develop a STEM curriculum related to the project for high school students.
The Associated Press, Sun Journal and Portland Press Herald were among news organizations to report on cost and expected economic impact details of a proposed floating offshore wind project led by the University of Maine and its partner companies. The details filed by the Maine Aqua Ventus project say the planning and construction of the project will create at least 340 jobs and make the state a hub for development. Utility customers would pay 23 cents per kilowatt hour for electricity, which is higher than market rates, but UMaine officials said it’s important to consider the economic and environmental benefits. The Modesto Bee, Miami Herald, WGME (Channel 13), The Sacramento Bee, NECN, WLBZ (Channel 2), Boston.com, and WABI (Channel 5) carried the AP report.
The University of Maine’s 9,000-pound offshore wind turbine prototype VolturnUS is featured in an Al Jazeera America article titled “A turning point for offshore wind energy?”
The article describes the “floating lab” that since this summer has been collecting data and producing enough energy for five homes off the coast of Castine, Maine. It also details DeepCwind’s future goals, including installing two full-size turbines off Monhegan Island in 2016 and having a full-scale wind farm generating 5 gigawatts of power offshore by 2030 — “twice as much power as the entire state of Maine requires and the equivalent output of five nuclear power plants.”
Bangor Daily News editorial page editor Erin Rhoda highlights University of Maine graduate student Rachael Joyce in a blog titled Arguably.
Joyce, who is studying civil engineering and works at the university’s Maine Advanced Structures and Composites Center developing offshore wind turbine technology, also assists her boyfriend with Volition Ski Co. — a startup company that hand-builds skis. Consider the positive impact, writes Rhoda, if 2,000 more young, talented people from Maine chose to stay and work and create businesses in the state.
The Wiscasset Newspaper reported on a public meeting Nov. 14 in Bristol about the proposal by Maine Aqua Ventus, a public-private consortium led by the University of Maine that seeks to develop two full-scale floating wind turbines off the coast of Monhegan Island.
The paper said that Jake Ward, UMaine vice president for innovation and economic development, addressed the scope of the project, answered questions about the proposed six-megawatt turbines and said that benefits to Bristol would include tax relief and sustainable, environmentally friendly energy.
The Bangor Daily News carried a story by the Sun Journal that reported state energy regulators with the Maine Public Utilities Commission will soon release information contained in a proposal by Maine Aqua Ventus, a public-private consortium led by the University of Maine that seeks to develop two full-scale floating wind turbines off the coast of Monhegan Island.
The Kenway Composite Materials Laboratory will be dedicated Friday, Nov. 15 at 3 p.m. at the Advanced Structures and Composites Center at the University of Maine.
The lab is being named for Kenway Corporation, a third-generation family business in Augusta, Maine. Founded in 1947, the company produces fiberglass pleasure boats and composite, industrial components.
Kenway Corporation, Kenneth Priest II, Michael Priest and Ian Kopp Families contributed a $100,000 endowment held in the University of Maine Foundation. The earnings support UMaine staff, students, research and scientific advancement of polymer matrix composites and related materials at the Advanced Structures and Composites Center.
Kenway Corporation is also a manufacturing partner with Advanced Infrastructure Technologies to produce Composite Arch Bridges, formerly known as Bridge-in-a-BackpackTM.
A tour and an infusion demonstration will be held following the dedication.