1 hour ago
2
For decades, the running joke about fusion energy was that it’s always 30 years away. Helion Energy just made that punchline a lot harder to land.
On June 16, the Washington State Department of Health granted Helion two critical regulatory licenses for its Orion fusion power plant in Malaga, Washington. A Radioactive Materials License and a Radioactive Air Emissions License, to be specific. No fusion company anywhere in the world has ever obtained these approvals for a commercial facility.
What the licenses actually mean
These two approvals confirm that the Orion site has the physical infrastructure, the trained personnel, and the safety protocols required to handle radioactive materials and emissions from a working fusion reactor.
This isn’t Helion’s first regulatory win. The company secured a Large Broad Scope license back in 2024 for its Polaris prototype machine, an earlier-generation device used for testing and development. The Orion licenses represent a significant escalation, moving from prototype permissions to commercial-scale approvals.
Helion CEO David Kirtley framed the milestone as a crucial step toward making commercial fusion power a reality. Groundbreaking construction at the Malaga site began in 2025, and the company’s target is to have the Orion facility delivering electricity to the grid by 2028.
The technology and the backers
Helion, founded in 2013, doesn’t use the same approach as the massive tokamak reactors that have dominated fusion research for decades. Instead, the company employs a pulsed, field-reversed configuration technique, involving rapidly compressing plasma in pulses to achieve fusion conditions.
Sam Altman, the CEO of OpenAI, is among Helion’s backers. Helion has a power purchase agreement with Microsoft, meaning the tech giant has committed to buying electricity from the Orion plant once it’s operational.
Washington’s regulatory shortcut
In 2025, the Washington state legislature passed House Bill 1018, which classified fusion energy separately from traditional nuclear fission for regulatory purposes. Fusion doesn’t produce long-lived radioactive waste and doesn’t carry meltdown risk, making the prior regulatory framework—designed for fission—an ill fit. Washington’s streamlined pathway could serve as a template for other states and potentially for federal regulators as more fusion companies approach commercialization.
What this means for investors and the energy market
The Washington DOH reviewed Helion’s safety programs, personnel qualifications, and facility specifications before signing off on the licenses.
The Microsoft power purchase agreement adds a layer of credibility that pure research projects don’t have. Microsoft needs massive amounts of clean electricity for its data centers and has made a contractual commitment to buy power from the Orion plant.
Companies like Commonwealth Fusion Systems and TAE Technologies are pursuing their own fusion approaches. A successful Orion plant would validate the entire sector. If Helion misses its 2028 deadline or encounters technical problems at scale, it could set back investor confidence in the entire fusion sector. The licenses are real. The construction is underway.
Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.
English (US) · 