UniField's Mechanical Engineering and Design team is equipped not only with the latest analytical and design software but with years of hands-on facilities experience. Our mechanical team combines significant field expertise with technical rigor to achieve success on the most challenging projects. We understand the criticality of delivering accuracy and completeness while meeting owner deadlines and budgets.

The majority of our mechanical work involves design within ASME code and PSM governed facilities. We have adopted an approach to projects that is flexible while ensuring quality and value. A large percentage of UniField work involves pressure and hot piping design, pressure vessel analysis, process relief systems and process hazards analysis. For cement and mineral process facilities, we provide a full range of bulk materials and powder handling capabilities.

Piping/Pressure Vessel Services

• Dynamic and Static Piping Stress Analysis
• Code Review – ASME, WRC, and other.
• Up to 2-Phase Hydraulic Analysis/System Design
• Pressure Relief System Modeling/Device Sizing
• Pressure Vessel Design/Rerating Assistance
• Material Selection, Metallurgical Analysis and Corrosion Engineering

Materials Handling & Ventilation

• Bulk Materials, Storage & Conveyance Design
• Comminution/Crushing System Design
• Material Sizing/Screening Design
• Silo/Bin Flow Evaluation and Design
• Sampling System Design
• Industrial Ventilation Design and Analysis
• Dust and Fume Collection and Filtration
• System Balancing and Testing
• Systems Expansion and Technology Updates

Industrial HVAC Services

• Custom Engineered or Packaged Equipment
• Constant and Variable Air Volume Distribution
• Chilled Water and DX Cooling
• Hydronic and Forced Air Heating
• Waste Heat and Energy Recovery
• Humidification and Dehumidification

Our Mechanical Engineering Tools

• CADWorx for Comprehensive Plant Design
• SolidWorks for Solids Modeling
• AutoCAD as a Graphical Platform
• Design Flow Solutions for Hydraulic Analysis
• Caesar II for Pipe Stress Analysis
• PVElite for Pressure Vessel Analysis/Design
• Heavent for Industrial Ventilation Analysis
• Fluent for Computational Ffluid Dynamic Analysis
• Algor for Finite Element Analysis
• BOS Fluids Dynamics/Transients Analysis