Prince Engineering, Inc.

Prince Engineering designs process chemical and utility systems including material and energy balances, P&ID and distribution diagrams, equipment sizing calculations and specifications, equipment general arrangement drawings, piping material specifications, detailed piping drawings, fabrication isometrics with BOM, and pipe supports.

• Jacketed Piping Design

  Design of specialized process piping systems that use external thermal fluid, hot water, or steam jacketing to maintain the internal process fluid temperature of the core piping, including piping material specifications, detailed piping drawings, fabrication isometrics with BOM, and pipe supports.

• Process and Utility System Modular Skid Design

  Design of integrated modular process and utility system skids including P&ID development, equipment sizing calculations and specifications, piping material specifications, detailed skid drawings, and fabrication details with BOM.

• Piping Stress Analysis

  Development of 3D piping system models using SST System's CAEPIPE stress analysis software and analysis for compliance with applicable ASME codes.

• Hydraulic Flow Analysis

  Hydraulic analysis of complex piping systems using 3D piping models and PIPE-FLO Professional software to determine line sizing, pressure drops, and equipment requirements for gas and liquid systems.

Design of industrial HVAC and exhaust systems including load calculations, P&ID and distribution diagrams, equipment sizing calculations and specifications, equipment general arrangement drawings, ductwork material specifications, detailed ductwork drawings, and ductwork supports.

Design of high-temperature flue gas and process ductwork including material specifications, ductwork reinforcement design, expansion joint specifications, detailed layout drawings, fabrication drawings with BOM, and ductwork supports.

Design of custom or prototype automated machines using AutoCAD, SolidWorks, and Autodesk Inventor, including conceptual models and detailed 3D drawings with bills of material.

Development of 3D models of equipment, piping, and HVAC system designs using the latest versions of Revit, Plant 3D, and Inventor. Incorporates 3D laser scans into the design process to coordinate with existing conditions and uses Navisworks, BIM 360, and other 3D tools to coordinate multi-discipline designs and eliminate clashes prior to installation. Generates plans, sections, and fabrication isometrics with BOM from clash-free models.

Development of design and construction requirements including detailed scopes of work, design budget requirements, construction cost estimating, and schedules.