Design and construction of 100 MW spherical tokamak in Michigan. Largest reactor in US, first in Michigan

Part A: Electrical design

Part B: Thermal design

Part C: Fluid design (including cooling mechanisms)

Part D: Civil design

Part E: Materials selection

Part F: Manufacturing engineering and technology

Part G: Instrumentation, diagnostics (including Supervisory Control and Data Acquisition (SCADA), Human Machine Interface (HMI) and Artificial Intelligence enabled self correcting systems)

Part H: Installation, assembly, commissioning and operation

Part I: Testing and operation at full rated power

Part J: Electrical distribution system

Part K: In service performance, predictive and preventive maintenance, scheduling and analysis

Products: Reduced price (unit price) electricity for domestic, semi commercial, commercial and national use, transmutation products (including isotopes) for medical, agricultural, civil and industrial use, high flux, high energy neutrons for materials characterization (neutron irradiation facility)