Deep Fission, Inc. (FISN)
NASDAQ (NMS) NASDAQ (NMS) Primary Summary
Deep Fission Targets 2027 Grid Power From First Underground Nuclear Reactor
Deep Fission NASDAQ: FISN is targeting commercial electricity generation from its first underground nuclear reactor in Parsons, Kansas, by the end of 2027, Chief Executive Officer Liz Muller said during a company presentation.
Deep Fission Targets 2027 Debut for Underground Nuclear Reactors
Deep Fission NASDAQ: FISN is pursuing an underground approach to advanced nuclear power, with plans to place pressurized water reactors in boreholes roughly a mile below the surface, Co-Founder and CEO Liz Muller said at Canaccord Genuity's 46th annual growth conference.
Deep Fission: Customer Pipeline Of 18.5GW Is Unlikely To Be A Stock Upside Catalyst
Deep Fission is rated 'Hold' due to limited operating history, no revenue, and a multi-year path to commercialization. FISN targets small modular nuclear reactors using established pressurized water technology, with DoE backing and pilot program inclusion. Significant capital requirements, expected equity dilution, and cash burn are key risks until commercialization, projected in three years.
Deep Fission, Inc. Investors
| Name | Quantity | Cost | Value | Profit ($) | Gain (%) |
|---|---|---|---|---|---|
| NA Nizar Araji National Bank Of Canada /FI/ | 200 | $2,208 | $1,590 | -$618 | -27.99% |
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Deep Fission, Inc. Profile
| Independent Power and Renewable Electricity Producers Industry | Utilities Sector | Elizabeth Muller CEO | NASDAQ (NMS) Exchange | 243927100 CUSIP |
| US Country | 51 Employees | - Last Dividend | - Last Split | - IPO Date |
Overview
Deep Fission is at the forefront of nuclear energy innovation, concentrating on the development of a small modular reactor (SMR) that utilizes well-established pressurized water reactor technology. This advanced reactor is designed to be placed in deep boreholes, approximately one mile beneath the Earth's surface, which presents a groundbreaking method for nuclear energy generation.
The concept of deep borehole deployment is integral to Deep Fission's approach, as it promises enhanced safety, minimal land use, and reduced environmental impact. Positioned deep underground, the reactors are shielded from external threats, while access to significant geothermal energy sources enhances their operational efficiency and sustainability.
Products and Services
- Small Modular Reactor (SMR): Deep Fission is developing a compact nuclear reactor that leverages proven pressurized water reactor design. This SMR aims to provide efficient and sustainable nuclear power generation, reducing reliance on fossil fuels.
- Deep Borehole Technology: The company specializes in the installation and operation of its reactors in deep boreholes, which allows for innovative thermal management and containment solutions. This unique installation method also minimizes land footprint and public exposure.
- Safety and Security Enhancements: Deep Fission integrates advanced safety mechanisms designed to operate in extreme conditions. The deep-borehole location inherently reduces risks associated with natural disasters and potential security threats, thus prioritizing public safety.
- Environmental Impact Solutions: The deployment of small modular reactors in deep boreholes significantly lowers the ecological footprint associated with traditional nuclear power plants. The technology promises less waste and effective waste management through deep geologic disposal methods.
- Research and Development: Deep Fission is committed to continuous innovation. The company invests in R&D to enhance reactor efficiency and safety, develop new technologies for energy extraction, and optimize performance under various operational scenarios.
- Consulting Services: In addition to developing its own technologies, Deep Fission offers expertise and consulting services to governmental and private entities interested in nuclear energy solutions. This includes feasibility studies, site selection, and regulatory compliance assistance.
