Sign In or Create an Account.

By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy

Technology

Hysata.
Sparks

The Electrolyzer Tech Business Is Booming

A couple major manufacturers just scored big sources of new capital.

Climate

AM Briefing: Biden’s Coal Lease Crackdown

On the future of coal mining, critical minerals, and Microsoft’s emissions

Yellow
Climate

AM Briefing: Florida Erases Climate Change

On DeSantis’s latest legislation, solar tariffs, and brain disease

Yellow
Technology

Why Is No One Talking About Biochar?

It may or may not be a perfect climate solution, but it is an extremely simple one.

Blue
Last Summer Was the Hottest in 2,000 Years

AM Briefing: About Last Summer...

On historical heat data, clean hydrogen, and solar geoengineering

Yellow
The Wildfire Smoke is Back

AM Briefing: The Smoke is Back

On Canada’s blazes, Tesla’s turnaround, and the Vatican climate summit

Yellow
Technology

AM Briefing: New Power Transmission ‘Corridors’

On electric corridors, carbon removal, and infectious diseases

10 Regions Where the DOE Wants to Boost Power Transmission​
Heatmap Illustration/Getty Images

Current conditions: Severe overnight storms in Central states killed at least three people • London is gearing up for a “mini heat wave” • Residents in California’s San Bernardino County are being told to stay away from Silverwood Lake due to a toxic algal bloom.

THE TOP FIVE

1. DOE proposes 10 electric transmission corridors

The Department of Energy yesterday announced the 10 “corridors” where new power transmission infrastructure could be expanded quickly in order to bolster the U.S. electrical grid. The potential National Interest Electric Transmission Corridors (or NIETCs) have been identified by the DOE as areas where “consumers are harmed, now or in the future, by a lack of transmission,” and new transmission projects could improve grid reliability and reduce costs for locals. Federal funds and special permitting options will be available to help build them out quickly.

Keep reading...Show less
Climeworks' Mammoth station.
<p>Heatmap Illustration/Climeworks</p>

If one company has set the pace for direct air capture, it’s Climeworks. The Switzerland-based business opened its — and the world’s — first commercial DAC plant in 2017, capable of capturing “several hundred tons” of carbon dioxide each year. Today, the company unveiled its newest plant, the aptly named Mammoth. Located in Iceland, Mammoth is designed to take advantage of the country’s unique geology to capture and store up to 36,000 metric tons of carbon per year — eventually. Here’s what you need to know about the new project.

1. Mammoth is, well, huge

Mammoth is not yet operating at full capacity, with only 12 of its planned 72 capturing and filtering units installed. When the plant is fully operational — which Climeworks says should be sometime next year — it will pull up to 36,000 metric tons of CO2 out of the atmosphere annually. For scale, that’s about 1/28,000th of a gigaton. To get to net zero emissions, we’ll have to remove multiple gigatons of carbon from the atmosphere every year.

Keep reading...Show less