GAS2NUCLEAR (G2N) Trademark

Nuclear reactors, namely, small modular reactors and microreactors for generating thermal and electrical power through nuclear fission; Gas-fired and steam based power generation apparatus, namely, gas turbines, steam turbines, turbine generators, and electric generators for generating thermal and electrical power, including steam turbine generator systems configured for operation using steam generated from gas-fired or nuclear-powered energy sources; Structural and thermal management components for nuclear reactors and gas-fired power generation systems, namely, heat exchangers for transferring thermal energy within nuclear reactor systems and gas-fired power systems, and reactor containment structures for enclosing nuclear reactor cores

Nuclear reactor control systems, namely, electronic hardware systems for monitoring and controlling nuclear fission reactions within advanced nuclear reactors and microreactors; Gas power generation control systems, namely, electronic hardware systems for monitoring and controlling gas turbine and gas-fired power generation processes; Sensors and control instruments for nuclear reactors, namely, instruments for measuring reactor core conditions, neutron flux, coolant temperature, and ionizing radiation levels within nuclear reactors and microreactors; Sensors and control instruments for gas-fired power generation systems, namely, instruments for measuring combustion temperature, turbine performance, and exhaust gas conditions; Testing and evaluation instruments for measuring performance, structural integrity, and operational safety of nuclear reactor components and systems and gas-fired power generation components and systems; Downloadable computer software for monitoring, analyzing, and controlling the operation of nuclear reactors, microreactors, and gas-fired power generation systems; Downloadable computer simulation software for modeling reactor core behavior, neutron flux dynamics, and thermal performance in nuclear fission reactors and gas turbine power generation systems

Engineering design and development services in the field of nuclear fission reactor technology and gas-fired power generation technology, namely, structural and systems engineering for small modular reactors, microreactors, and gas turbine power systems; Scientific research and development services in the field of nuclear reactor core physics, nuclear fuel cycle utilization, and safety system design for nuclear fission reactors and gas-fired power generation systems; Technical engineering services for nuclear reactors and gas-fired power systems, namely, design engineering, thermal-hydraulic analysis, and safety assessment of nuclear reactor cores, reactor vessels, gas turbines, and associated components; Computer software design and development services for monitoring, operational control, and performance optimization of nuclear fission reactors, microreactor systems, and gas-fired power generation systems; Software as a service (SaaS) featuring software for real-time monitoring and operational control of nuclear reactors, microreactors, and gas-fired power generation systems; Providing temporary use of non-downloadable cloud-based simulation software for modeling nuclear reactor core performance, neutron flux behavior, and safety parameters in nuclear fission reactors and gas turbine power generation systems; Technical monitoring and diagnostic services for nuclear reactors and gas-fired power systems, namely, remote performance monitoring and fault diagnostics of nuclear reactor systems, gas-fired power generation systems, and safety-critical parameters