en.Wedoany.com Reported - Helion, headquartered in Washington State, announced that it has obtained a radioactive materials license and a radioactive air emissions permit from the Washington State Department of Health, becoming the first company in the world authorized to build and operate a fusion power plant.

The radioactive materials license and radioactive air emissions permit confirm that Helion has the facilities, trained personnel, and safety plans required to meet the stringent safety standards for fusion operations at its facility named Orion. David Kirtley of Helion Energy stated that the company has had a long-standing collaboration with the Washington State Department of Health on licensing fusion activities, and this announcement opens the door to practical, commercial, and safe fusion energy.

The Washington State Department of Health is the licensing authority for fusion energy in the state. Previously, the U.S. Nuclear Regulatory Commission decided to regulate fusion under the byproduct materials framework, placing it in the same category as particle accelerators and hospitals, while fission reactors are regulated by the NRC itself. Helion believes this arrangement reflects the fundamentally different safety characteristics of fusion and provides a path for appropriately scaled deployment.

Helion stated that these permits are the latest in a series of key approvals the company needs to build and operate its first fusion power plant in Malaga, Washington. The company is also advancing a transmission interconnection agreement with the Chelan County Public Utility District, which would be the first such agreement for a fusion power plant.

Helion began construction of the facility supporting the Orion fusion power plant in July last year, leasing the land from the Chelan County Public Utility District. The assembly and office buildings are now complete, and the company says it can proceed with the generator building, whose foundation work began earlier this year.

Helion says its fusion energy approach differs from others in three ways: it uses a pulsed fusion system, making the fusion device smaller than other designs and allowing power output to be adjusted based on demand; the system directly recovers electricity, whereas other fusion systems heat water to produce steam to drive turbines; and it uses deuterium and helium-3 as fuel, helping to keep the system small and efficient.

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