CALCET  Company

Analysis and Design

● Utility System Design/Assessment:

     ▪ Water For Injection/Purified Water,

     ▪ Clean Steam,

     ▪ Distillation,

     ▪ Chilled and Tower Water,

     ▪ Plant Steam/Condensate,

     ▪ Cold Glycol,

     ▪ Process Gases,

     ▪ Chemical Storage and Dilution,

     ▪ Clean-In-Place/Clean-Out-of-Place/Steam-In-Place,

     ▪ Fermentation,

     ▪ HVAC,

     ▪ Instrument Air;

● Pressure Vessel/ Pipe Stress Calculations for Defined Load Cases (Static and Dynamic);

● HVAC Duct Qualification in Accordance with ANSI and ASME Code Requirements;

● Transient Thermal Hydraulics and Heat Transfer Analyses;

● Sizing Hydraulic Components and Equipment;

● Accident Analyses:

     ▪ Overpressure Protection,

     ▪ Pipe Rupture Point,

     ▪ Thrust Reaction and Jet Load Time History,

     ▪ Flow-Induced Vibration,

     ▪ Fluid Finite Element,

     ▪ Heat Exchangers;

● Material Selection/Testing, Failure Evaluation, and Reliability Analysis;

● Mechanical Integrity Program Development and HAZOP;

● Development of Optimum Weld Design, and Welding Procedure Specification and Qualification;

● Erosion/Corrosion and serviceability qualification of Plant Components and Equipment;

● Engineering Fracture Mechanics Technology Application and Plant Life Extension;

● Building Design, Analysis, and Qualification in Accordance with AISC Manual of Steel Construction, ACI 318, ACI 349, and/or the Uniform Building Code;

● Development of Amplified Response Spectra – Seismic and Other Dynamic Events;

● Structural Analysis of Underground Liquid Waste Tanks to Resolve Dome Overload;

● Pipe Support Design Analysis and Qualification;

● Design and Analysis of Steel/Concrete Structures and Soil-Structure Interaction;

● Welding and Design of Steel Structures;

● Static/Dynamic Analysis of Structures for Inelastic Material Behavior;

● Analysis of Buried Piping, Bridges, and Confinement Spaces.

● Commercial Power Light Water Nuclear Facilities and DOE Facilities;

● BWR Pressure Suppression Containment Load Definition;

● LOCA Analyses and Environmental Pressure/Temperature Evaluation;

● Licensing 10CFR50.59 Safety Review and Evaluation;

● Boric Acid Corrosion Damage Assessment of Systems and Components;

● In-Service Safety Qualification of Pressure Vessels, Piping, and Components with Service Induced Damage, such as: Cracks, Corrosion, Erosion, and Wear;

● Thermal and Structural Analyses of High Activity Liquid Transportation Packages;

● Design, Analysis, and Evaluation of Light Water Reactor Spent Fuel Storage Facilities, including:

     ▪ Horizontal Modular Storage Systems,

     ▪ Transfer/Transportation Casks,

     ▪ Dry Shielded Canisters for Irradiated Nuclear Fuel;

● Independent Structural Integrity Assessment and Qualification of Hazardous Waste Tank Systems per Requirements of 40CFR265 including certification;

● Fire Protection Water System Corrosion Damage assessment and evaluation.