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Unraveling LA’s Hydrogen Combustion Experiment

Legal Planet

But with the recent influx of government incentives for hydrogen production, new and improving production and storage technologies, and greater political will than ever before, H 2 ’s reputation is gaining favor. Hydrogen can be used for medium-to-long-term energy storage, heat and power generation, and transportation.

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Circle of Blue - Untitled Article

Circle of Blue

Hydropower generation across California and the American West has declined in this extremely dry year, meaning that electricity providers will lean more heavily on natural gas, solar, and wind power. The process is a win-win for systems that can afford the upfront costs of these waste-to-energy technologies.

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Ask a Scientist: Two Dozen States Can Meet 100 Percent of Electricity Demand with Renewables by 2035

Union of Concerned Scientists

Just as important, cleaning up the power grid also lowers carbon dioxide emissions. Reducing fossil fuel use under the 100-percent RES policy cuts alliance state power plant carbon dioxide emissions by 58 percent below 2020 levels by 2040.

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Good News—and Bad—about Fossil Fuel Power Plants in 2023 

Union of Concerned Scientists

In 2021 alone, the plants slated for retirement emitted more than 28,000 tonnes of nitrogen oxides (NO x ), 32,000 tonnes of sulfur dioxide (SO 2 ), and 51 million tonnes of carbon dioxide (CO 2 ), according to EIA data. GW of new gas capacity is planned to come online in 2023, outpacing not only the 4.8 What can be done?

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Analysis: Is hydrogen the new oil?

A Greener Life

Hydrogen could power trucks, ships and planes and be used to produce everything from cement to steel and fertiliser. Saehoon Kim, the head of Hyundai’s fuel cell division told a British trade association webinar last year: “In the past, our technology and industry was all about collecting oil, delivering oil and using oil.

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How Much Land Would it Require to Get Most of Our Electricity from Wind and Solar?

Union of Concerned Scientists

This would require growth rates in the range of 43 to 90 GW per year for solar and 70 to 145 GW per year for wind by the end of the decade, which would mean more than quadrupling the current annual deployment rates for each technology.

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Realizing Maine’s Tremendous Offshore Wind Potential

Union of Concerned Scientists

A proposed offshore wind procurement bill in Maine would go a long way to enable the state to meet its climate and clean energy targets and become a national leader in floating offshore wind technology. Land-based wind similarly experienced temporary cost increases during the 2008 economic recession.