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Clean Core Thorium Energy

Clean Core Thorium Energy develops ANEEL™ fuel, a specialized nuclear fuel designed for use in existing reactors. This technology enhances reactor efficiency and safety while addressing the limitations of traditional uranium-based fuels.

Traction 5/10
Chicago, United States · HQ
Founded 201742K+ followers
  • Clean Technology
  • Energy
Updated 7 months ago

Funding

Raised to date

$2.6MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

Funding rounds are not available yet.

Founders

1 founder

Milan Shah

COO

Product

Problem

Existing nuclear reactors primarily rely on uranium-based fuels, which present challenges related to efficiency, waste management, and safety. These fuels can be inefficient, produce long-lived radioactive waste, and pose proliferation risks.

Solution

Clean Core Thorium Energy develops ANEEL™ fuel, an alternative nuclear fuel designed for use in existing reactor designs. ANEEL™ fuel aims to improve reactor performance by increasing fuel density and burnup, which leads to higher energy output and reduced waste volume. The fuel composition is designed to enhance safety characteristics, such as improved neutron economy and inherent resistance to meltdown scenarios. By using existing reactor infrastructure, ANEEL™ fuel offers a pathway to enhance nuclear energy production without requiring significant capital investment in new reactor designs.

Target Audience

The primary target audience includes nuclear power plant operators seeking to improve the performance, safety, and waste management profiles of their existing reactor fleets.

Features

  • Increased fuel density for higher energy output per fuel assembly
  • Higher burnup rates, extending the operational lifespan of fuel rods
  • Reduced production of long-lived radioactive waste products
  • Enhanced neutron economy, improving reactor stability and control
  • Improved resistance to meltdown scenarios through inherent safety features
  • Compatibility with existing light water reactor (LWR) designs
This profile is AI-generated and may contain inaccuracies.