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Hydrogen hubs

November 2, 2023 By EarthWise Leave a Comment

The Infrastructure Investment and Jobs Act of 2021 earmarked $7 billion in federal funding aimed at accelerating the commercial-scale deployment of hydrogen as well as driving down its cost. Clean hydrogen is considered to be a key technology for cleaning up hard-to-decarbonize industrial sectors like refining, chemicals, and heavy-duty transport.

On October 13th, the Department of Energy named seven regional clean hydrogen hubs which will provide clean hydrogen production, storage, delivery, and end-use components. The so-called H2Hubs are expected to collectively produce three million metric tons of hydrogen annually.

One selected project is the Appalachian Hydrogen Hub that includes West Virginia, Ohio, Kentucky, and Pennsylvania. Another is the California Hydrogen Hub, that will produce hydrogen exclusively from renewable energy and biomass. Then there is the Gulf Coast Hydrogen Hub, centered in the Houston, Texas region. A fourth hub is the Heartland Hydrogen Hub, which includes Minnesota, North Dakota, and South Dakota. A fifth hub is the Mid-Atlantic Hydrogen Hub, that includes Pennsylvania, Delaware, and New Jersey. The sixth is the Midwest Hydrogen Hub that includes Illinois, Indiana, and Michigan. Finally, there is the Pacific Northwest Hydrogen Hub that includes Washington, Oregon, and Montana.

Each of these hubs involve multiple partner organizations in their regions and each has specific goals and strategies. The seven centers are located all around the country and are intended to jumpstart a national network of clean hydrogen producers, consumers, and connective infrastructure.

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Hydrogen hubs have arrived. Here are the big winners of the $7 billion sweepstakes

Photo, posted August 17, 2010, courtesy of David Stanley via Flickr.

Earth Wise is a production of WAMC Northeast Public Radio

Large Solar Projects In The U.S. | Earth Wise

December 1, 2021 By EarthWise Leave a Comment

The United States now has over 108 gigawatts of total solar generating capacity, which is enough to power about 19 million homes. There are more than 3 million solar installations across the country, the majority of which are residential systems.

The growth in solar power has been enormous over the past 13 years. In 2008, the total solar capacity in the U.S. was 0.34 gigawatts.

In recent times, utility-scale solar installations have been on the rise. At least 10 systems in excess of 100 megawatts have come online just in 2021. These systems have been built in Georgia, Ohio, California, Texas, and Nevada. Other large installations have come online in Virginia, Utah, Indiana, and Florida. Overall, Texas has had the most new installations, followed by California and Florida.

The largest utility-scale solar project completed this year is the Eunice Solar Project in Andrew, Texas. The 420-megawatt project is part of the Permian Energy Center which also features 40 megawatts of battery energy storage.

The pipeline for new utility-scale solar projects under construction includes more than 17 gigawatts, so there is strong continuing growth in the industry.

The Biden administration has proposed a blueprint for the nation to produce 45% of its electricity from solar power by 2050. Currently, solar energy contributes about 4% of the country’s power. Being able to produce almost half the country’s electricity from the sun by 2050 would require a vast transformation in technology and the energy industry. Whether there is the political will and the wherewithal to achieve this remains to be seen.

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U.S. Solar Market Insight

Photo, posted March 7, 2019, courtesy of Hedgerow Inc via Flickr.

Earth Wise is a production of WAMC Northeast Public Radio.

Maple Syrup And Climate Change

October 11, 2019 By EarthWise Leave a Comment

According to a study recently published in the journal Forest Ecology and Management, scientists are predicting another casualty of climate change: the U.S. maple industry. By the year 2100, the maple syrup season in the United States may be less productive and arrive one month earlier than it has between 1950 and 2017.

Maple syrup production is impacted by two climate-sensitive factors: sugar content and sap flow. Sugar content is determined by the previous year’s carbohydrate stores. Sap flow depends on the freeze/thaw cycle. Sap begins to flow in sugar maples when winter nights dip below freezing and the days warm above freezing.

The researchers studied six sugar maple stands from Virginia to Quebec, Canada over a six year period. They created a model that predicted the timing of optimal sap flow based on historical temperature data on freeze/thaw days, actual sap collection from their field work, and monthly climate.

According to modeling projections, the maple syrup season is expected to be, on average, one month earlier by the end of the century. States like Indiana and Virginia will barely produce any sap. New Hampshire and Vermont are likely to be least affected, but are still expected to experience a decrease in production. In fact, most areas of maple production in the United States are projected to see decreases in production by the year 2100, while areas in northern Ontario and Quebec should see moderate to large increases in production.

Currently, Canada is responsible for approximately 80% of global maple syrup production while the U.S. produces 20%. The shifting climate for optimal maple production will leave many scrambling to find the sweet spot.

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Climate change study finds that maple syrup season may come earlier

Photo, posted March 24, 2019, courtesy of Paul VanDerWerf via Flickr.

Earth Wise is a production of WAMC Northeast Public Radio.

Coal Isn’t Even Cheap Anymore

May 15, 2019 By EarthWise Leave a Comment

Coal has historically been very cheap compared with many other energy sources and the reason is that it is so plentiful. The United States has especially abundant quantities of the stuff – perhaps a quarter of the world’s estimated recoverable reserves. Estimates are that at the rate at which we are currently using coal here, the remaining reserves would last about 325 years.

That would be great, of course, if the use of coal was not relentlessly destructive to the environment, hazardous to human health, and a major driver for global warming. Despite all of that, the Trump administration is a big booster of coal.

But coal has little chance of holding on to its current status, much less having some kind of renaissance. According to a new report from renewables analysis firm Energy Innovation, nearly 75% of coal-fired power plants in the United States generate electricity that is more expensive than local wind and solar resources. Wind power, in particular, can at times provide electricity at half the cost of coal.

Wind and solar power are growing by leaps and bounds. The Guardian reported that by 2025, enough wind and solar power will be generated at low enough prices in the U.S. that it could replace 86% of the entire U.S. coal fleet with lower-cost electricity.

It has been known for some time that there are places where the so-called coal crossover has already taken place. But this is actually far more widespread than previously thought. Substantial coal capacity is currently at risk in North Carolina, Florida, Georgia and Texas. By 2025, Indiana, Michigan, Ohio, and Wisconsin will join their ranks.

The biggest threat to coal is not regulators or environmentalists; it is economics.

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Renewables Cheaper Than 75 Percent of U.S. Coal Fleet, Report Finds

Photo, posted May 1, 2011, courtesy of Alan Stark via Flickr.

Earth Wise is a production of WAMC Northeast Public Radio.