Deep Isolation Takes a Major Step toward Safer Nuclear Waste Disposal

A new borehole demonstration program signals progress in long-term recycling and waste management solutions

Deep Isolation has launched a major multi-year demonstration program aimed at changing how nuclear waste is managed and safely isolated for the long term. The initiative focuses on proving the effectiveness of deep borehole disposal, a method designed to place nuclear waste far underground in stable rock formations, away from people and the environment.

The full-scale program is being carried out at depth and brings together an experienced group of partners, including Halliburton, Amentum, NAC International, Occlusion Nuclear Solutions, and the Deep Borehole Demonstration Center (DBDC). While no radioactive material will be used, the project is designed to generate real-world data and hands-on experience that can help regulators, governments, and industry leaders gain confidence in the technology.

At the heart of the demonstration is Deep Isolation’s Universal Canister System (UCS), a specially engineered container built to safely hold different types of spent nuclear fuel and high-level radioactive waste. Developed with leading research institutions and industry partners, the canister is intended to support the entire waste lifecycle, from storage and transport to final disposal, making nuclear waste management more flexible and scalable.

The program was officially launched at a groundbreaking event on January 28 at the DBDC facility near Cameron, Texas, drawing participants from across the nuclear sector, the U.S. Department of Energy, and local and state authorities.

Deep Isolation’s approach adapts proven drilling techniques from the oil and gas industry, offering a practical and modular solution for isolating waste deep underground. As Rod Baltzer, President and CEO of Deep Isolation, noted, the program represents a critical step toward delivering “a safe and permanent solution for nuclear waste disposal.”

With growing global attention on recycling, waste reduction, and environmental responsibility, the demonstration marks an important moment in the evolution of nuclear waste management.