Remove 2030 Remove Fossil Fuels Remove Natural Gas Remove Wind Power
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Good News—and Bad—about Fossil Fuel Power Plants in 2023 

Union of Concerned Scientists

And fossil fuel power plants may not stick to their retirement schedules for a variety of reasons. More gas plants, uncertain coal retirements As you may have noticed in the first table toward the top of the page, about 7.4 GW of new gas capacity is planned to come online in 2023, outpacing not only the 4.8

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The EIA Just Released a 30 Year Energy Outlook. It’s… Not Great

Union of Concerned Scientists

According to the forecast, while economy-wide CO 2 emissions decrease from 2022 to 2037 due primarily to the growth in renewable energy replacing retiring coal plants, emissions do increase after 2037 from increased usage of natural gas. EIA is projecting that natural gas prices will remain low.

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The European Energy Transition is well underway and accelerating

Edouard Stenger

First off, some facts and figures from Ember, which recently stated that both fossil fuels generation and CO2 emissions from the European electricity sector fell 19 percent last year alone. Renewables now account for 44% of the EU electricity mix and wind power is now producing more electricity than natural gas.

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The Netherlands is busy building hybrid clean energy technologies at sea

A Greener Life

The flagship wind farm made headlines as the operator, Swedens’s Vattenfall in 2018 won the concession to build it without government subsidy. 20 GW before 2030. The Netherlands plans to connect more than 20 GW of wind power before 2030.

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Oil majors are eying up renewable energy projects

A Greener Life

The French oil and gas major Total. In order to make their portfolio more sustainable and respond to lower fossil fuel demand, oil majors are increasingly snapping up renewable energy projects as the pressure grows to take action on climate change. from 2020 to 2030. Wind and solar growth. between 2020 and 2030.

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Clean Hydrogen: How It’s Produced and What We Can Do with It

Law and Environment

SMR requires steam, heat, and pressure to convert methane (in natural gas) to hydrogen and carbon monoxide. SMR is a high-carbon process that uses fossil fuels for process heat. They typically refer to fossil SMR hydrogen as “ grey ” hydrogen. How is hydrogen produced today?

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Ontario could easily phase out polluting fossil gas – if it wanted to

Enviromental Defense

We all know that to successfully address climate change we need to phase out fossil fuels and switch to electric power. A s we transition our homes and vehicles to electric power, it’s imperative that the electricity sector be clean. The costs of wind and solar power have been dropping like a stone.