Supplier directory
Browse active suppliers by name and explore their company profiles and product categories. 902 suppliers are shown by default, with broader emerging matches available as an opt-in filter.
Showing all suppliers (26).
Blue Capsule Technology proposes small modular nuclear high-temperature reactor (HTR) technology that could supply industry with heat, steam, and electricity, supporting nuclear supply-chain needs for reactor-based energy, high-temperature steam systems, and industrial decarbonization using onsite thermal power. This may be relevant to nuclear supply-chain engineering and integration for industrial process heat applications.
Calogena develops a small modular reactor (SMR) for low-carbon district heating, providing heat to urban networks and potentially supporting nuclear supply-chain needs such as nuclear heat-source modules, water-cooled reactor systems, and thermal power generation without combustion. It also lists engineering roles for neutron core modeling/simulation and control-and-instrumentation/command architecture relevant to nuclear plant systems.
Clean Core Thorium Energy states it is developing nuclear power and introduces ANEEL™ fuel, including fuel rodlet and capsule mockups, which may support the nuclear supply chain for thorium-based reactor fuel components and associated fabrication concepts.
Nuclear Engineering Services Nuclear Power Plant Engineering Reactor Engineering (SMR/ Micro Reactor) Nuclear Systems Engineering Plant Systems Engineering Multidisciplinary Engineering Design Engineering Detailed Engineering Basic/Conceptual Engineering Engineering Design Review Independent Engineering Review Regulatory support AI Software and Simulation
HEXANA develops modular, flexible Generation IV nuclear systems, describing integrated sodium-cooled fast reactor energy with high-temperature thermal energy storage for dispatchable heat and power that could support nuclear supply-chain needs such as plant integration and fuel-cycle-related services.
Hylenr Technologies develops lattice confinement fusion (LCF) for nuclear supply-chain relevance, emphasizing materials, precision, and control to produce compact reactor systems with reliable heat and power. Evidence includes long-duration operation without refueling and claims of nuclear signatures and elemental transmutation that may support future nuclear energy and process-heat applications.
Jimmy Energy designs, operates, and dismantles thermal generators to supply decarbonized industrial heat, with modular combinations to match site power needs. The site also references “industrial nuclear heating” and micro‑reactor reactor modular projects, suggesting capabilities that may support the nuclear supply chain for nuclear-related heat and generator systems.
NEEXT Engineering focuses on engineering for “energy systems of tomorrow,” including reactive fluids to maximize efficiency and support decarbonising industrial processes, which may be applicable to nuclear supply-chain needs such as secondary-side fluids, heat-transfer/process fluid handling, and related energy-system support.
Mechanical, Electrical & I&C Design, Systems Engineering & Interfaces
Otrera New Energy develops nuclear supply-chain relevant fast-spectrum modular sodium-cooled reactors (SFR) for integrated power and heat cogeneration, with a closed-cycle concept compatible with MOX and UO₂ HALEU fuels and multiple passive containment/safety barriers. Evidence: "réacteurs modulaires à neutrons rapides refroidis au sodium (SFR), capables de cogénérer une électricité et une chaleur"
Renaissance Fusion designs and builds a stellarator for the nuclear supply chain, using proprietary laser-engraved high-temperature superconductors and in-house liquid-metal technologies for magnetic confinement, neutron shielding, and heat extraction. It performs direct deposition and laser patterning of HTS coil surfaces and uses flowing liquid metals coated on cylinders to support fusion thermal management. “Neutron shielding and heat extraction: cylinders are coated with flowing liquid metals.”
Steady Energy designs an urban small nuclear heating plant (LDR-50) where a uranium core heats water, transferring heat via heat exchangers to a district heating network—potentially relevant to the nuclear supply chain for plant heat-transfer systems, fluid handling, and safety-oriented passive cooling. Supporting excerpt: "LDR-50-reaktorissa uraanisydän kuumentaa vettä."
THORIZON FRANCE ENGINEERING is developing small modular molten-salt nuclear reactors, including high-temperature heat production with low-pressure operation. The company describes patented modular “cartridges” that divide the core for series production and modular scalability, and it states collaboration across engineering, operations, and fuel production. This may support nuclear supply-chain needs in reactor core/module manufacturing and deployment.
Westinghouse Electric Company supplies nuclear technology and services that may support the nuclear supply chain, including AP1000 and AP300 plant solutions, nuclear fuel fabrication & operations, instrumentation and controls, outage and maintenance services, and digital optimization/training offerings for operating plants. Evidence: “Westinghouse Electric Company is… delivering safe, innovative technology…”, plus “Fuel Fabrication & Operations” and “Engineering & Construction.”
Core, Fuel & Control Rods, Factory-Built Reactor Modules, Licensing, PSA & Seismic Analysis, +7 more