Prime Engineering

Develops conceptual specifications, structural models, and detailed drawings to transform innovative ideas into reality under rigorous nuclear quality requirements.

• ASME BPVC Code Design Reports

  Comprehensive design reviews verifying code compliance for pressure containment applications.

• Feasibility and Manufacturing Studies

  Assessments focusing on the practicality and physical production aspects of mechanical concepts.

• Conceptual 3D Modeling

  Digital model generation utilizing modern modeling suites for visual and spatial validation.

• Detailed Drawings and Technical Specifications

  Production-ready drawings and specifications prepared to nuclear quality assurance levels.

• Design for Manufacturing and Quality Assurance

  Optimization of physical designs to reduce manufacturing costs while maintaining strict safety standards.

Delivers comprehensive structural and thermal simulations alongside classical calculations in accordance with major nuclear design codes.

• Structural Finite Element Analysis

  Static and dynamic structural simulation to identify stress concentrations and verify physical margins.

• Thermal Finite Element Analysis

  Static and transient thermal analysis tracking heat transfer and thermal loading.

• Computational Fluid Dynamics

  Fluid behavior modeling and conjugate heat transfer analysis for critical process systems.

• Fatigue and Seismic Analysis

  Evaluation of cyclic loading degradation and seismic survival behavior for high-integrity equipment.

• ASME Boiler and Pressure Vessel Code Compliance

  Evaluation of structures and components against nuclear-specific design standards.

Designs and optimizes high-temperature, safety-related mechanical components and machinery for challenging industrial operations.

• High Temperature Pressure Vessel Design

  Engineering of specialized pressure boundary equipment designed to withstand thermal and pressure extremes.

• Molten Salt and Solar Tower Equipment

  Design of specialized pumps and piping networks for high-temperature molten salt applications.

• Pumps and Rotating Machinery

  Component design and mechanical support for heavy rotating equipment, motors, and high-reliability pumps.

• Overhead Crane and Heavy Lift Systems

  Structural modeling, stress calculation, and regulatory validation for nuclear-grade overhead cranes.

• Industrial Robotics Integration

  Mechanical adaptation and functional integration of automated handling systems in hazardous spaces.