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tion toward Britain’s target of making up to a quarter of the<br />

power consumed in the country come from nuclear by 2050.<br />

First Carbon Capture, Storage Project in ND<br />

Up and Running<br />

BISMARCK, N.D. (AP) — The operators of an ethanol plant in<br />

North Dakota say the state’s first carbon capture and storage<br />

project is up and running.<br />

Carbon emissions from Red Trail Energy’s plant near Richardton<br />

are injected thousands of feet into the earth as a way to<br />

combat climate change, as less carbon dioxide is emitted into<br />

the atmosphere.<br />

Red Trail CEO Gerald Bachmeier said that after six years of<br />

research, development and investment, the company is celebrating<br />

the achievement which “establishes a trail for other<br />

industries in the state to follow.”<br />

North Dakota’s Industrial Commission approved the project<br />

last fall, the Bismarck Tribune reported.<br />

Gov. Doug Burgum, who leads the commission, has a goal of<br />

making North Dakota carbon neutral by 2030, which involves<br />

striking a balance between the carbon dioxide released from<br />

within the state and the amount of emissions contained or<br />

offset in some way.<br />

Burgum has called the state’s rock formations as a “geologic<br />

jackpot” for having the right elements for permanent carbon<br />

dioxide storage. Researchers say the state’s rocks could store<br />

as much as 250 billion tons of carbon dioxide. Red Trail<br />

produces a small fraction of that amount each year, 180,000<br />

tons.<br />

Pattern Energy Acquires Energy Transmission<br />

Line Project<br />

ALBUQUERQUE, N.M. (AP) — A California-based renewable<br />

energy developer announced Monday, July 18, that it has<br />

acquired a transmission line project that will link its massive<br />

wind farms in east-central New Mexico with more populated<br />

markets across the West.<br />

Pattern Energy already has invested billions in its infrastructure<br />

in New Mexico, and company officials said the SunZia<br />

transmission line will enable access to more than 3,000 megawatts<br />

of wind power that would be capable of meeting the<br />

needs of more than 2.5 million people.<br />

Permitting for the line has been in the works for years. Once<br />

complete, the bi-directional high-voltage line will span 550<br />

miles from New Mexico to Arizona.<br />

Pattern Energy said it acquired the project from SouthWestern<br />

Power Group, a subsidiary of MMR Group, Inc. The price<br />

was not disclosed, but Pattern Energy said the transmission<br />

line along with the planned SunZia wind farm would represent<br />

an $8 billion investment.<br />

Both projects are privately funded, according to Pattern<br />

Energy.<br />

Construction is expected to begin next year, with the transmission<br />

line coming online in 2025 and the wind farm in<br />

2026.<br />

America’s Engineers Recognize EU’s Embrace<br />

of Nuclear Technology as “Sustainable”<br />

WASHINGTON — The following statement may be attributed<br />

to Tom Costabile, executive director/CEO of the American<br />

Society of Mechanical Engineers (ASME), reacting to the<br />

European Parliament’s recent vote to keep nuclear energy<br />

technology in the European Commission’s Taxonomy of Sustainable<br />

Activities.<br />

“ASME recognizes the European Parliament’s decision to<br />

keep nuclear energy in the European Commission’s Taxonomy<br />

of Sustainable Activities. ASME’s standards and certification<br />

programs for nuclear infrastructure help ensure the safe,<br />

reliable generation of low-carbon energy. We also support<br />

the development and deployment of advanced modular<br />

reactor technology. ASME will continue to collaborate with<br />

our European and global partners to ensure nuclear is a part<br />

of the solution for a greener future.”<br />

Idaho Nuclear Waste Treatment Plant Making<br />

Progress<br />

BOISE, Idaho (AP) — A nuclear waste treatment plant in eastern<br />

Idaho designed to treat 900,000 gallons of sodium-bearing,<br />

radioactive waste that has had numerous setbacks<br />

appears to be making progress, officials said.<br />

The U.S. Department of Energy recently indicated that<br />

the Integrated Waste Treatment Unit at the department’s<br />

890-square-mile site that includes the Idaho National Laboratory<br />

recently treated more than 100,000 gallons of simulant<br />

over seven weeks.<br />

“The plant has operated extremely well during this several-week<br />

run,” Bill Kirby of the Idaho Environmental Coalition,<br />

an Energy Department contractor, said in a statement.<br />

“Our staff has done an outstanding job managing all facets<br />

of the facility.”<br />

Volume 87 · Number 8 | 7

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