![[arc logo-transparent.jpg|300]] Company website: [https://www.arc-cleantech.com/](https://www.arc-cleantech.com/) ### Introduction ARC Clean Technology is a clean energy technology company specializing in advanced nuclear reactors, founded in 2006 as a spin-off from Advanced Reactor Concepts, LLC, with Scott L. Campbell as a co-founder. Headquartered in Washington, D.C., with key operations in Saint John, New Brunswick, Canada, the company focuses on developing and deploying small modular reactors (SMRs) to deliver carbon-free energy solutions. Its mission is to reshape the energy industry by providing affordable, scalable electricity and industrial heat that supports decarbonization efforts while ensuring reliability and economic viability. The company's primary focus areas include advancing sodium-cooled fast reactor technology for grid-scale power, industrial applications, and emerging sectors like data centers and hydrogen production. Leveraging proven designs from historical prototypes like the Experimental Breeder Reactor-II, ARC emphasizes inherent safety, efficiency, and waste reduction to address global energy challenges amid rising demand for clean power. ### Key Products and Technology - **ARC-100 Advanced Small Modular Reactor (SMR)**: The flagship product, a compact nuclear reactor designed for modular deployment to generate clean electricity and heat. - **Reactor Type**: Sodium-cooled fast neutron spectrum reactor, operating as a low-pressure pool-type system based on proven EBR-II technology. - **Power Output**: 286 MW thermal (MWt) and 100 MW electrical (MWe), capable of powering approximately 75,000 households or supporting industrial-scale operations. - **Fuel and Efficiency**: Utilizes metallic uranium alloy fuel, which is simpler and cheaper to fabricate with superior heat transfer properties; features a 20-year refueling cycle and a 60-year plant lifespan; superheated steam cycle with an outlet temperature of 510°C for high thermal efficiency. - **Safety and Design Features**: Passive "walk-away" safety system that requires no emergency generators or operator intervention during disruptions; inherent shutdown mechanisms prevent overheating; modular components allow shipment via standard transport (barges, rail, trucks) and assembly with commercial cranes; reactor footprint smaller than a city block. - **Waste Management**: Designed to consume recycled spent nuclear fuel (pending regulatory approval), significantly reducing waste volume and long-term hazard compared to traditional reactors. - **Applications**: On-grid electricity production; industrial heat for processes like hydrogen generation; powering high-energy-demand facilities such as AI data centers; potential for off-grid or remote deployments in decarbonization efforts. ### Team and Leadership - **Donald M. Wolf, Chairman and CEO**: Oversees overall strategy and operations; experienced in nuclear technology commercialization. - **Scott L. Campbell, Co-Founder**: Key figure in establishing the company; involved in early development of ARC's reactor concepts. - **John Sackett, PhD, Senior Vice President & Chief Technology Officer**: Leads technology development with expertise in nuclear engineering; background includes work on fast reactor designs. - **Robert Braun, Senior Vice President & Chief Operating Officer**: Manages day-to-day operations and project execution. - **Dr. Robert Iotti, Senior Vice President, Project Management**: Handles project oversight and regulatory compliance; extensive experience in nuclear project delivery. - **Irfan Ali, Chief Strategy Officer**: Drives strategic partnerships and business development; focuses on market expansion. - **James M. Wolf, Vice President**: Supports executive functions in commercialization. - **Lance Clarke, Vice President, Commercialization & Strategy**: Leads efforts to bring products to market and form collaborations. - **Jill Doucett, Vice President Corporate Affairs**: Manages public relations, stakeholder engagement, and corporate communications. - **Edward Arthur, PhD, Vice President, Fuel Cycle Management**: Oversees fuel design and lifecycle; expert in nuclear fuel technologies. - **Leon Walters, PhD, Vice President, Fuel Design**: Specializes in advanced fuel systems for efficiency and safety. - **Ronald King, Vice President, Mechanical Design**: Directs mechanical engineering aspects of reactor design. (The company's official X account is [@arc_cleantech](https://x.com/arc_cleantech). Individual social media profiles are not publicly listed on the company website or LinkedIn page.) ### Recent News and Developments (2025) | Date | Event | Details | |------|--------|---------| | July 8, 2025 | Completion of Phase 2 Vendor Design Review by Canadian Nuclear Safety Commission (CNSC) | ARC announced the successful conclusion of the regulatory review for the ARC-100, with no fundamental barriers to licensing identified; this milestone advances potential deployment in Canada, including at New Brunswick Power's Point Lepreau site. | | June 17, 2025 | Memorandum of Understanding (MOU) signed with Deep Atomic | Collaboration to explore ARC-100 deployment for powering data centers and AI infrastructure across North America; includes site identification, feasibility studies, and customer engagement to meet high-energy demands with carbon-free power. | | May 13, 2025 | MOU signed with Nucleon Energy | Agreement to evaluate ARC-100 siting options in Alberta, Canada, and Texas, USA; focuses on industrial decarbonization and reliable power supply, starting with inclusion in Nucleon's project portfolio. | | May 7, 2025 | Deepened collaboration with Korea Hydro & Nuclear Power (KHNP) | Expanded partnership for fourth-generation SMR deployment; builds on prior agreements to advance commercialization, technology transfer, and potential joint projects in global markets. | | April 29, 2025 | Publication on hydrogen production via SMRs | ARC highlighted the potential of SMRs like the ARC-100 for sustainable hydrogen generation, positioning it as a near- and long-term alternative for clean energy transitions. | ### Partnerships and Collaborations - **New Brunswick Power (NB Power)**: Long-term partnership for ARC-100 deployment at the Point Lepreau site in New Brunswick, Canada; targeted for operation in the early 2030s; includes joint development and regulatory support. - **Deep Atomic**: 2025 MOU to explore ARC-100 use in powering AI data centers and infrastructure; focuses on site assessments and feasibility for North American deployments. - **Nucleon Energy**: 2025 MOU for potential ARC-100 siting in Alberta and Texas; emphasizes evaluation for industrial applications and grid support. - **Korea Hydro & Nuclear Power (KHNP)**: Expanded 2025 collaboration for fourth-generation SMR advancement; involves technology sharing, commercialization, and potential international projects. - **U.S. Department of Energy (DOE) Advanced Reactor Demonstration Program (ARDP)**: Participant in the program to demonstrate and commercialize advanced reactor technologies; supports funding and technical validation. - **Atlantic Clean Energy Alliance (ACEA)**: Member of the regional alliance to promote clean energy initiatives in Atlantic Canada. ### Closing Note ARC Clean Technology has raised approximately $26.4 million in funding, including grants from the Government of Canada, and is in the pre-commercial development stage with a positive outlook for first deployments in the early 2030s driven by regulatory progress and strategic partnerships. *Report generated July 28, 2025*