Skip to content
HeyJared

X-energy

X-energy is developing Generation IV high temperature gas-cooled reactors and the fuel to power these reactors. Our innovative solution will deliver energy that is clean, safe, secure and affordable. X-energy is leading the path forward to a clean energy future.

YouTube · Official site

Indexed videos, last 90 days
9
Latest publication
Sep 28, 2026
Audience
~2.1K subscribers
Earliest in this view
Jul 6, 2026

Latest videos

  1. Video · Sep 28, 2026

    Vertical Construction of Trailblazing Nuclear Fuel Facility Complete | TRISO-X (opens the original)

    Excerpt · 1 min · 227 views by Sep 30, 2026

    Read excerpt

    From foundation to full structure, TX-1 is taking shape in Oak Ridge. Vertical construction is now complete on the 214,000-square-foot advanced nuclear fuel fabrication facility, marking another major step toward producing advanced nuclear fuels. With the primary structure complete, work is advancing into interior buildout, fuel fabrication equipment installation, and construction of supporting facilities. See the progress at TX-1.

  2. Video · Sep 24, 2026

    Amazon FAQ: What is the future of nuclear energy? (opens the original)

    Excerpt · 5 min · 1,479 views by Sep 30, 2026

    Read excerpt

    The future of nuclear in the palm of your hand. A single TRISO-X pebble contains the energy equivalent of six tons of coal. But its potential goes far beyond its size. Benjamin Reinke joins Amazon to go inside the technology behind X-energy’s Xe-100, from the TRISO fuel at its core to the intrinsic safety and modular design that make a fundamentally different approach to nuclear possible. As electricity demand grows, the opportunity is more than simply producing more power. It’s about building e

  3. Video · Sep 14, 2026

    Inside SGL Carbon: Machining Nuclear-Grade Graphite For The XE-100 Reactor (opens the original)

    Excerpt · 2 min · 6,724 views by Sep 30, 2026

    Read excerpt

    Building advanced nuclear at scale starts with the supply chain. Go inside SGL Carbon’s facility in St. Marys, Pennsylvania, where specialized NBG-18 nuclear-grade graphite is being machined into components for X-energy’s Xe-100 advanced small modular reactor. NBG-18 serves important structural and neutron-moderating functions within the Xe-100 core. The work underway in Pennsylvania is one part of a growing domestic and allied supply chain preparing for commercial Xe-100 deployment.

  4. Video · Sep 4, 2026

    Building A First-Of-A-Kind Nuclear Fuel Fabrication Facility | TRISO-X (opens the original)

    Excerpt · 4 min · 19,800 views by Sep 30, 2026

    Read excerpt

    Join Camden and Nikki for a look inside TX-1, our first commercial TRISO-X fuel fabrication facility, as they share progress already underway and the work ahead. Once operational, TX-1 is expected to be the first purpose-built commercial TRISO fuel fabrication facility in the United States, establishing a new domestic source of advanced nuclear fuel and supporting the deployment of our Xe-100 reactor technology. And behind every milestone are the people working every day to make it happen. ▶️ Ta

  5. Video · Aug 12, 2026

    Take A Look Inside TX-1 | TRISO-X (opens the original)

    Excerpt · Positive tone · 1 min · 426 views by Sep 30, 2026

    Read excerpt

    As we near completion of vertical construction, see the latest progress inside the facility that will manufacture our proprietary TRISO-X fuel for advanced nuclear reactors. TX-1 represents an important step toward establishing a secure, commercial-scale fuel supply to support the deployment of advanced nuclear energy.

Publishing over time

Last 90 days. Choose a month to open its work.

Recurring subjects

Named in the text we hold. One piece can cover several.

Audience

~2.1K subscribers

Measured Sep 19, 2026

Source's subscribers, not the number who saw an individual piece.

How this was measured

About this data

Counts cover the work we have indexed. Tone needs enough text and a confident classification. Excerpts and episode notes are not full articles or transcripts.

Identity or attribution wrong? Suggest a correction.

See coverage about X-energy