The climate action plan will help reduce greenhouse gas emissions by 45 pct by 2030, achieve carbon neutrality by 2045, and reduce greenhouse gas emissions by 80 pct by 2050.
The University of Maine Climate Change Institute -- one of the oldest climate change institutes in the U.S. -- is aiming to make UMaine carbon neutral by 2040.
(Source: University of Maine Climate Change Institute, Website PR, Maine Campus, 4 Oct., 2021) Contact: University of Maine Climate Change Institute, 207.581.2190, email@example.com. www.climatechange.umaine.edu
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The researchers will use data from NASA's newly launched ecosystem LiDAR (Light Detecting and Ranging) instrument, orbiting the Earth on the International Space Station. Michigan State University and the University of Minnesota will also participate in the study and will add the LiDAR data to their "FORest Carbon Estimation" project aimed at understanding and predicting how forests respond to changes in climate.
Maine's forest and associated industry currently offset 75 pct of the state's annual carbon emissions, according to recent estimates by Center for Research on Sustainable Forests researchers. Maine is aiming to be carbon neutral by 2045 through reduced emissions and innovative policies to increase carbon sequestration, according to a release.
(Source: Univ. of Maine, Maine Biz, Nov., 2020)
Contact: NASA, (301) 286-2000, www.nasa.gov; University of Maine Center for Research on Sustainable Forests, Aaron Weiskittel, Dir., 207-581-3794, www.crsf.umaine.edu
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Using a floating concrete hull designed to last 100 years the project will support a 10- to 12-MW wind turbine 2 miles south of Monhegan Island and 14 miles from the Maine coast. Three mooring lines will anchor the hull in 300 feet of water.
UMaine's Advanced Structures and Composites Center will continue with design and engineering, research and development and post-construction monitoring. So far, the VolturnUS technology has been issued 43 patents and is being licensed by UMaine to New England Aqua Ventus for this project. Aqua Ventus will own and manage permitting, construction, assembly, deployment and ongoing operations.
Following extensive permitting, deployment is expected by 2023. (Source: University of Maine, Kennebec Sentinel, 5 Aug., 2020) Contact: Maine Aqua Ventus, Meghan Collins, (207) 581-2117, www.maineaquaventus.com; University of Maine Advanced Structures and Composites Center, Dr. Habib Dagher, Exec. Dir., 207-581-2123, www.composites.umaine.edu
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The 12 awards totaling $10.3 million will support a variety of research areas, including comprehensive U.S. supply chain analyses, studying the impacts of offshore wind on the electric grid system and innovations in anchoring structures. The awarded projects include:
As the first federally-funded public-private partnership focused on advancing offshore wind technology in the U.S., the Consortium supports the cost-effective and responsible development of offshore wind to maximize the economic benefit to the country.
Virginia, Massachusetts and Maryland also contribute to the Consortium's funding. NYSERDA administered the initial solicitation on behalf of the Consortium.
(Source: National Offshore Wind Research and Development Consortium, PR, JUne, 2020) Contact: National Offshore Wind Research and Development Consortium, Carrie Cullen Hitt, Exec. Dir., www.nationaloffshorewind.org
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Aqua Ventus is presently working on a pilot project miles off of Monhegan Island, the first pilot project of floating wind technology in the Americas. It is one-eighth the scale of a planned six-megawatt turbine.
(Source: Maine Aqua Ventus.Beacon, Maine News Service, 2 Jan., 2019) Contact: Central Maine Power Company, www.cmpco.com; Maine Aqua Ventus, Meghan Collins, (207) 581-2117
www.maineaquaventus.com; University of Maine
Advanced Structures and Composites Center, 207-581-2123, www.composites.umaine.edu
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Of the total, as much as $10 million will go to two offshore wind technology demonstration projects -- Lake Erie Energy Development Corp (LEEDCo) will deploy innovative sensing technologies for tracking bird activity near wind turbines, while the University of Maine will develop a floating substructure design for a 10 MW -- 12 MW wind turbine and install it at a project off Maine.
Roughly $7 million will support the testing of innovative offshore wind technologies at national-level testing facilities, with the funding to be shared by six projects including Clemson University which is aiming to improve offshore wind turbine nacelle testing. In another project, the Massachusetts Clean Energy Centre in Boston is seeking to upgrade its testing facility to make possible the structural testing of wind turbine blades with lengths of between 85 metres and 120 metres.
Other recipients include Oregon State University of Corvallis for tests on the combined effects of wind and waves on floating offshore wind turbines.
Four of the 13 selected projects will receive a total of $6 million to support rural utilities by developing technologies that integrate wind with other distributed energy resources. (Source: US DOE, 23 Oct., 2019)
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According to the release, the method was discovered by undergraduate students experimenting with salt and high temperatures when they found that a particular kind of mixed-salt produced crude oil vapors. With a 20-minute process of high heat and pressure, wood pulp is turned into acid before it is turned into salt, which produces the crude oil when introduced to high temperatures. which can be processed just like any oil refinery and make gasoline, diesel, and jet fuel.
The current production is about 1 tpd when the plant is running, but the private sector is interested in the engineering data, which is a patent protected and available for companies to amplify research.
(Source: University of Maine, FBRI, Woodworking Network, 27 May, 2019) Contact: University of Maine, FBRI,
Hemant Pendse, Director, (207) .581.1489 Fax: 207.581.9418 firstname.lastname@example.org , https://forestbioproducts.umaine.edu
More Low-Carbon Energy News Woody Biomass, Biofuel,