B2i Digital, Inc. is serving as the Marketing Partner for the Inaugural ROTH Emerging Nuclear Technology Conference, a B2i Digital Featured Conference hosted by ROTH Capital Partners. The event will take place on Thursday, October 1, 2026, at 1 Hotel Central Park in New York City, according to a release distributed via NEWMEDIAWIRE. The conference is designed to put institutional investors in the room with public and private companies from across the nuclear industry, with one-on-one and small group meetings scheduled from 9:00 AM to noon and 1:30 to 4:00 PM.
The day opens with a keynote at 8:40 AM by Jay Yu, Founder and Executive Chairman of NANO Nuclear Energy Inc. Over the working lunch, Craig Irwin, Managing Director and Senior Research Analyst for Sustainability at ROTH, moderates a 12:05 PM fireside chat with Kevin McGurn, Interim Chief Executive Officer of Trump Media & Technology Group Corp., the pending merger partner of TAE Technologies. A panel featuring executives from Hadron Energy, Deep Isolation, SuperCritical Materials, and Terra Innovatum follows at 12:45 PM. A cocktail reception closes the day at 4:00 PM.
Confirmed participants as of September 28, 2026, span the nuclear value chain. Uranium miners include Anfield Energy Inc., which develops uranium and vanadium projects in Utah, Colorado, Arizona, and New Mexico and owns the Shootaring Canyon Mill in Utah; Denison Mines Corp., focused on the Athabasca Basin in northern Saskatchewan and its Wheeler River project; Jaguar Uranium Corp., developing assets in Argentina and Colombia; and Uranium Energy Corp., a U.S. producer with in-situ recovery platforms in Wyoming and South Texas. Fuel cycle participants include Centrus Energy Corp., which supplies nuclear fuel and produces high-assay, low-enriched uranium (HALEU) in Piketon, Ohio, and SuperCritical Materials Corp., developing industrial-scale nuclear fuel production infrastructure.
Reactor developers include Deep Fission, Inc., developing small modular pressurized water reactors designed to operate a mile underground; Terrestrial Energy Inc., developing the Integral Molten Salt Reactor (IMSR) plant, a Generation IV small modular reactor for industrial heat and power; Hadron Energy, Inc., developing Halo, a micro modular reactor for factory manufacturing and deployment at data centers and critical infrastructure; NANO Nuclear Energy Inc., developing the KRONOS MMR and ZEUS microreactors alongside nuclear fuel fabrication and transportation businesses; and Terra Innovatum Global N.V., developing SOLO, a micro-modular reactor for data centers, remote communities, mining, defense, and other off-grid users. Used-fuel management is represented by Deep Isolation Nuclear, Inc., which develops permanent disposal solutions using directional boreholes drilled deep into host rock, and fusion by TAE Technologies, Inc., founded in 1998 to develop commercial fusion power and based in Foothill Ranch, California. The Air Force Office of Energy Assurance also participates, identifying and developing energy resilience solutions for Department of the Air Force installations.
The conference highlights the nuclear industry's expanding role in meeting growing electricity demand, particularly from artificial intelligence and data centers. As David Shapiro, Chief Executive Officer of B2i Digital, noted, "Every conversation about AI includes the question, how do we power the demand for it? These are the companies working on the answer." For investors focused on raw materials mining, the event underscores the critical link between uranium supply, fuel cycle infrastructure, and advanced reactor deployment. Event details and company profiles are available at https://b2idigital.com/inaugural-roth-emerging-nuclear-technology-conference. Registration is invitation-only and subject to approval by ROTH; requests can be made at https://www.meetmax.com/sched/event_146891/conference_home.html. More information about ROTH Capital Partners is available at https://www.roth.com, and B2i Digital's broader activities can be found at b2idigital.com.
