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$12 Million Says Ocean Power Can Compete In The Big Leagues With Wind, Solar
The power of the ocean provides a new means of renewable energy generation. The vast openness of the ocean allows for plenty of room for renewable energy generation. But can it compete with wind and solar energy?
Wind and solar power are the heavy hitters of the global clean energy revolution, but the US Energy Department is still focusing an eyeball on ocean power and things just got a little more interesting. Despite the threat of steep budget cuts proposed by President Trump, DOE is forging ahead with a new round of $12 million in funding for ocean power projects, specifically aimed at accelerating the development of “game-changing,” low cost wave energy converters. The $12 million is a giant step up from the first iteration of the wave energy program, which launched back in 2015 with a $2.25 million pot in the form of the Wave Energy Prize Challenge . Why Ocean Power? The US has been steadily pumping dollars into wave energy, tidal energy and other ocean power projects, but progress has been slow ( Australia is among the countries that seem to be a step or two ahead). Partly due to the complications (corrosion, much?) involved in situating mechanical devices in salty water, at the present time wave energy is not competitive with wind, solar, or for that matter inland hydropower. However, the vast potential for sucking up energy from the ocean is certainly tempting. Here’s DOE enthusing over the possibilities: The Department’s latest nationwide wave and tidal energy resource assessments identify up to 1,400 terawatt hours of potential generation per year. One terawatt-hour of electricity is enough to power 85,000 homes, and developing a small fraction of the available wave and tidal energy resource could allow for millions of American homes to be powered with this clean, reliable form of renewable energy. DOE estimates that the Pacific Northwest could generate up to 70 kilowatts per meter of coastline all by itself, with 40 kilowatts being the minimum mark. More to the point, costs are coming down. DOE anticipates that the northeast and northwest coasts of the US will be among the more feasible spots around the globe to harvest wind energy. The agency also cites analysts who foresee that niche applications could be quite competitive. In that regard, it’s worth noting that cities — and high electricity demand — are concentrated along coastlines in the US and other countries. The US took several significant steps toward jump-starting a domestic ocean power industry during the Obama Administration, including a $10 million funding opportunity and expansion of an existing wave energy test facility in Hawaii. Tiny Wave Energy Developers Vault Into The Spotlight The new $12 million funding pot is being split four ways. Two of the projects receiving grants also placed in the Wave Energy Prize winner’s circle. The runner up was the University of California – Berkeley spinoff California Wave Power Technologies . Its prize winning device achieved a three-fold jump in the benchmark of energy capture per unit structural cost. The new round of funding will enable the startup to develop parameters for building a scaled up version. The grand prize went to a kind of floating Frisbee called Power Take Off. Developed by Oregon-based AquaHarmonics , Power Take Off clocked in with a five-fold rampup in energy capture per unit structural cost. As with the runner-up, the funds will go to developing a full scale version that meets the central goal of reducing costs. Group Hug For US Taxpayers! Since AquaHarmonics won the big prize, let’s zero in on them. The two-man team of Alex Hagmuller and Max Ginsberg formed at Oregon State University and began developing the converter about five years ago. With full time jobs to attend to, the two literally tinkered in a garage in their spare time (usually at night) to get their device off the ground. It could have stayed in the garage for another five years or more, but they credit the Wave Energy Prize for getting them to the next stage with structure, focus, and the chance to work with “extremely helpful, encouraging, and inspirational people.” As for the technology, Aquaharmonics approached the problem by looking at wind turbines. With some notable exceptions, turbine blades all look pretty similar because the technology is mature and generations of innovators have figured out the optimal shape. In the case of wave power, innovators are still trying to figure out the optimal approach, and Aquaharmonics is confident they have nailed it: Our device Power Take Off is unique in that it uses relatively simple and well known power technologies to convert wave motion to electrical power in very few steps, with no limit in operational stroke, meaning […]
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California Homeowners Get Free Solar Installation Quotes From Solar Installers Near You
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Go Solar California
Go solar in California. Get solar panel installation quotes from multiple California solar energy installers near you. Solar is a great way to save money every year on your electric bill. Solar energy systems also increase the value of your home.
Get your California solar quotes today and save.
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California Solar Installers Near You – Fast, Free, No Obligation Solar Panel Installation Quotes
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California Solar Installers Near You – Fast, Free, No Obligation Solar Panel Installation Quotes
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Get Solar Quotes From California Solar Installers Near You
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How EPA Data Keeps Citizens Safe
The Trump administration is trying to kill the EPA. Concerned citizens are saving the EPA data to preserve what our tax dollars have accumulated.
Originally published on The Climate Reality Project.
You might have heard about “data rescue” events happening around the country over the last several weeks. Librarians, data scientists, archivists, coders, and other volunteers are coming together to download and archive federal datasets. But why?
To understand why thousands of people are doing this, first let’s talk about what sort of data the federal government provides. Right now, agencies like the Environmental Protection Agency (EPA), Occupational Safety and Health Administration, Department of Transportation, and more publish datasets as well as infographics, interactive tools, maps, and reports to display and communicate what they know about what’s happening with our land, our water, our health, our infrastructure and more to the public.
As citizens, we’ve paid taxes to support the collection, analysis, and publication of this information. And it’s been a critical resource for scientists to use for their research and reporting. For example, scientists can click through to the EPA’s site to get information on pipeline spills, then cross reference it with infrastructure reports from the Department of Transportation to identify potential danger points for future spills.
It’s not just scientists or researchers using this data. It’s available as a resource for all of us. Let’s say you’re moving to a new town in a state halfway across the country. Information from federal agencies can help you easily answer questions like “Can I drink the water? Do I know my child’s school wasn’t built anywhere near a dangerous chemical plant?”
So, citizen activists from all backgrounds and areas of expertise are coming together to “rescue” the data – archiving the webpages and downloading raw information to safely store on a publicly-accessible website for anyone – anyone – to access in the future. Regardless of the decision of an administration or agency makes, people have a right to access the data. And fortunately, citizens working to rescue data are helping to preserve that right, no matter what.
What does that look like? Let’s get specific. Here are four data sources recently saved at DataRescueDC and how they’re used to protect people around the country.
1. TOXICS RELEASE INVENTORY (TRI)
The Toxics Release Inventory is a set of publicly-available databases containing information on the release of specific toxic chemicals and their management as waste. It requires facilities in certain industries which manufacture, process, or use significant amounts of toxic chemicals, to report annually on how they release them. The reports contain information about the types and amounts of toxic chemicals released each year into the air, water, and land and by underground injection. The inventory also details information on the quantities of toxic chemicals sent to other facilities for further waste management.
2. NEPASSIST
NEPAssist is a tool that facilitates the environmental review process and project planning in relation to environmental considerations. The web-based application draws environmental data dynamically from EPA geographic information system databases and web services and provides immediate screening of environmental assessment indicators for a user-defined area of interest. These features contribute to a streamlined review process that can raise important environmental issues at the earliest stages of a project’s development.
This tool has been so successful in helping assess the overall environmental impact of large projects that it has been replicated in other countries.
3. FACILITY REGISTRY SERVICE
The Facility Registry Service provides quality location data to support EPA’s mission of protecting human health and the environment. Through the service, users can easily learn more about facilities, sites, or places of environmental interest subject to regulation.
Here’s an example. The Facility Registry Service connects to the US Department of Energy, so you can see fuel consumption for a power plant near your home. And, you can see EPA data about the air pollution it emit. With that information, you can compare the environmental costs of coal-fired power plants versus natural gas power plants.
Power plant data isn’t all the registry provides. By also offering wide-ranging information on pollution from a huge number of factories, plants, and more, the site helps businesses trying to cut their emissions and become more sustainable learn from each other and see the best practices that work.
4. EPA ENVIROATLAS
The EnviroAtlas is an interactive tool with geospatial maps containing 100 layers displaying data in areas like land use, land cover, climate change, habitats, and more. Through the tool, you can practically time travel using its enormous catalog of historical data, allowing users to compare the impacts of climate change, understand regional ecological difference, and learn more about biodiversity over the years. This long-view perspective helps us gain insight into the impacts of the climate crisis and habitats on ecosystems over time, highlighting how climate change is affecting the country.
WANT TO SAVE THE DATA?
These are just four tools among countless more that help people understand the safety of their own communities. So when it comes to policy decisions, access to this information is vital to helping make smart decisions that protect our air, water, and health. Think of it this way: without the right data, even the best-intended decisions can result in unforeseen negative consequences. Data – and open data, specifically – give us the tools to make the best decisions possible.
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