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Ultra Safe Nuclear heads for bankruptcy and sale

Illustration: Cutaway view of USNC's MMR nuclear reactor design
An artist’s conception shows a cutaway view of a Micro Modular Reactor system. (USNC Illustration)

Seattle-based Ultra Safe Nuclear Corp. says it has filed a Chapter 11 bankruptcy petition as part of a court-supervised process that will lead to its purchase through a public auction.

The process also involves what’s known as a stalking-horse bid for USNC’s assets, amounting to $28 million from Standard Nuclear Inc. The purchase agreement with Standard Nuclear is meant to set a floor for the bidding.

The bankruptcy filing covers USNC as well as its subsidiaries, USNC-Tech, USNC-Power and Global First Power. USNC says it has asked the federal bankruptcy court in Delaware for approval to complete the transaction in December.

USNC’s primary projects focus on the development of microencapsulated nuclear fuel and advanced modular reactors that would be smaller and more efficient than traditional nuclear power plants. The company has also been working on radioisotope batteries and other nuclear technologies for NASA and the Pentagon. One of its projects, aimed at developing designs for space-based nuclear thermal propulsion systems, was set up in collaboration with Jeff Bezos’ Blue Origin space venture and other partners.

Debtor-in-possession financing will keep USNC running during the sale process, the company said.

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Small businesses win NASA’s support for space tech

Illustration: Power beaming system at work in lunar crater
One grant would support the development of a lunar power distribution system. (NASA Illustration)

NASA’s latest round of small-business grants will support aerospace-related technologies ranging from a new kind of spacecraft docking mechanism to a power beaming system suitable for use on the moon.

Those are just two of the projects receiving Phase I grants from the space agency’s Small Business Innovation Research and Small Business Technology Transfer programs, also known as SBIR and STTR.

The grants will go to 300 proposals from 249 small businesses and 39 research institutions across the country. Each proposal team will receive $150,000 to establish the merit and feasibility of their innovations, representing a total agency investment of $45 million. SBIR Phase I funding supports projects for six months, while the STTR Phase I funding is meant to cover 13 months of work.

“NASA has a key role to play in growing the aerospace ecosystem in our country,” Jenn Gustetic, director of early stage innovation and partnerships for NASA’s Space Technology Mission Directorate, said today in a news release. “Through these early-stage small business awards, we are inviting more innovators into this growing arena and helping them mature their technologies for not only NASA’s use, but for commercial impact.”

Gynelle Steele, deputy program executive for NASA’s SBIR/STTR program, said the grants are meant to “nurture pioneering ideas from a diversity of innovators across the country that may not attract the initial private industry funding needed to thrive.”

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Nuclear deep-space probe gets a new boost from NASA

Illustration: Nyx spacecraft with radioisotope-powered propulsion system
An artist's conception shows a probe with a radioisotope-powered propulsion system. (USNC-Tech Illustration)

Seattle-based USNC-Tech has gotten the green light from NASA to continue development of a rapid-response spacecraft that would use a nuclear-powered propulsion system for deep-space exploration.

The company’s proposed Nyx mission is one of six projects receiving Phase II grants from the NASA Innovative Advanced Concepts program, or NIAC. Each grant provides up to $600,000 of support over the course of two years to follow up on Phase I NIAC projects.

USNC-Tech, the advanced-technology arm of Ultra Safe Nuclear Corp., has been working on a next-generation radioisotope thermoelectric generator known as EmberCore. RTGs are basically batteries powered by the decay of radioactive material. They’ve been used for decades for missions ranging from Apollo moonshots to Mars rover treks and deep-space odysseys. EmberCore promises to provide 10 times as much electrical power as the current generation of RTGs.

For the Nyx mission, USNC-Tech envisions adapting EmberCore for an electric propulsion system that could propel a spacecraft to extremely high speeds. “The spacecraft architecture is capable of incredible delta-V on the order of 50-100 km/s,” USNC-Tech’s Christopher Morrison says in the company’s proposal. That would translate to 110,000 to 220,000 mph.

Such spacecraft could theoretically catch up with mysterious interstellar objects like ‘Oumuamua, which zoomed through our solar system in 2017. Other potential missions include detection of objects in the far-flung Kuiper Belt, parallax microlensing to look for free-floating planets, and fast trips beyond the solar system’s zodiacal glow.

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NASA and DARPA team up on nuclear rocket program

Illustration: DRACO nuclear rocket in space
An artist’s conception shows a nuclear-powered demonstration rocket in space. (DARPA Illustration)

The Defense Advanced Research Projects Agency has taken on NASA as a partner for a project aimed at demonstrating a nuclear-powered rocket that could someday send astronauts to Mars.

DARPA had already been working with commercial partners — including Blue Origin, the space venture created by Amazon founder Jeff Bezos, as well as Seattle-based Ultra Safe Nuclear Technologies, or USNC-Tech — on the Demonstration Rocket for Agile Cislunar Operations program, also known as DRACO. USNC-Tech supported Blue Origin plus another team led by Lockheed Martin during an initial round of DRACO design work.

Now DARPA and NASA will be working together on the next two rounds of the DRACO program, which call for a commercial contractor to design and then build a rocket capable of carrying a General Atomics fission reactor safely into space for testing. The current plan envisions an in-space demonstration in fiscal year 2027.

“With the help of this new technology, astronauts could journey to and from deep space faster than ever – a major capability to prepare for crewed missions to Mars,” NASA Administrator Bill Nelson said today in a news release.

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A flying boat for Titan? It could happen…

Illustration: TitanAir probe flying over Titan's lakes
Artwork shows a probe flying through the skies of Titan, one of Saturn’s moons. (Image via Quinn Morley)

NASA says it’ll distribute up to $2.45 million to 14 teams in support of experimental projects that would be right at home in the pages of a science-fiction novel — including a plan to send a flying boat to study the smoggy atmosphere and hydrocarbon-rich lakes of Titan.

The unconventional Titan probe was proposed by a former Boeing mechanic in Gig Harbor, Wash., who says his space venture — Planet Enterprises — is “pretty much a one-man band,” at least for now.

Two other researchers based in the Seattle area also won Phase 1 grants in the latest round of awards by the NASA Innovative Advanced Concepts program, or NIAC. Each nine-month Phase 1 study grant is worth $175,000, and successful projects could go on to win additional funding during follow-up phases.

The NIAC program is designed to support out-of-this-world ideas that could eventually become reality. “These initial Phase 1 NIAC studies help NASA determine whether these futuristic ideas could set the stage for future space exploration capabilities and enable amazing new missions,” Michael LaPointe, program executive for NIAC at NASA Headquarters, explained in a news release.

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Nuclear power in space? Pentagon boosts two projects

Ultra Safe Nuclear spacecraft
An artist’s conception shows a spacecraft powered by Ultra Safe Nuclear systems. (USNC-Tech Illustration)

Two Seattle companies have won Pentagon contracts to develop nuclear-powered prototypes for space applications, with orbital demonstrations set for 2027.

The Defense Innovation Unit says Ultra Safe Nuclear Technologies has been tasked with demonstrating a chargeable, encapsulated nuclear radioisotope battery called EmberCore for propulsion and power applications in space.

Plutonium-powered radioisotope batteries have been in use for decades, going back to the Apollo era. For example, NASA’s Perseverance and Curiosity rovers are relying on such batteries to provide the heat and electricity for their operations on Mars.

EmberCore would provide 10 times as much power as those batteries, producing more than 1 million kilowatt-hours of energy using just a few pounds of fuel.

Another Seattle-based venture, Avalanche Energy, will receive backing from the Defense Innovation Unit to continue development of a compact fusion device known as Orbitron. The device, which is about the size of a lunchbox, would use electrostatic fields to trap ions in conjunction with a magnetron electron confinement system.

The resulting fusion reaction would produce energetic particles for generating either heat or electricity, which can power a high-efficiency propulsion system.

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Federal funding goes to nuclear propulsion systems

Spacecraft with nuclear thermal propulsion system
An artist’s conception shows a spacecraft with a nuclear thermal propulsion system. (NASA Illustration)

Seattle-based Ultra Safe Nuclear Technologies and its partners are among three teams winning $5 million contracts from NASA and the Department of Energy to develop reactor designs for space-based nuclear thermal propulsion systems.

USNC-Tech’s partners include its parent company, Ultra Safe Nuclear Corp., and Amazon founder Jeff Bezos’ Blue Origin space venture — as well as General Electric Hitachi Nuclear Energy, General Electric Research, Framatome and Materion.

The team will work under the direction of the DOE’s Idaho National Laboratory on a concept known as the Power Adjusted Demonstration Mars Engine, or PADME.

Another contract went to Virginia-based BWX Technologies for a reactor design that it will develop in cooperation with Lockheed Martin. General Atomics Electromagnetic Systems of San Diego received the third contract, and will partner with X-energy and Aerojet Rocketdyne.

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Space nuclear power is nearing critical mass

Nuclear thermal propulsion
An artist’s conception shows a spacecraft firing up its nuclear thermal propulsion system. (DARPA Illlustration)

The idea of putting nukes in space may sound like a national security nightmare, but the right kind of nukes are likely to be a must-have for long-term space exploration.

At least that’s the way a panel of experts at the intersection of the space industry and the nuclear industry described the state of things this week during the American Nuclear Society’s virtual annual meeting.

“In order to do significant activity in space, you need power. And in order to get that power … it’s complicated,” said Paolo Venneri, CEO of a Seattle-based nuclear power venture called USNC-Tech.

Even if you build a hydrogen fuel production plant on the moon, or a methane production plant on Mars, the power to run those plants has to come from somewhere. And studies suggest that solar power alone won’t be enough.

“The sun, it’s great, but only within a certain region of the solar system,” Venneri said. “And so if you want to have sustained high-power applications, you need a nuclear power system.”

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Way-out technologies win NASA’s support

Nuclear thermal propulsion
Future spaceships could use nuclear thermal propulsion to get to Mars quickly. (Illustration via USNC-Tech)

NASA’s latest crop of space technology grants will fund work on projects ranging from power-beaming lasers for lunar missions to high-temperature testing of components for nuclear-powered rockets.

Those are just a couple of the 365 concepts attracting a total of $45 million in grants from NASA’s Small Business Innovation Research and Small Business Technology Transfer programs, also known as SBIR and STTR.

Jim Reuter, associate administrator for the space agency’s Space Technology Mission Directorate, said the release of the SBIR/STTR Phase I solicitation was accelerated by two months to help small-scale tech ventures cope with the COVID-19 crisis.

“At NASA, we recognize that small businesses are facing unprecedented challenges due to the pandemic. … We hope the expedited funding helps provide a near-term boost for future success,” Reuter said today in a news release.

This year’s batch of SBIR/STTR Phase I grants will go to 289 small businesses and 47 research institutions across the country. More than 30% of the awards are going to first-time NASA SBIR/STTR recipients.

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