top of page

Mechanical Engineering & Piping

 

The ICPE Mechanical Engineering Department can provide a complete range of mechanical and piping engineering services for equipment and mechanical system requirements.  Our engineers assist our clients in specifying and selecting new fixed or rotating process equipment for new facilities or upgrades to existing equipment and systems. Mechanical engineering services are provided from the project conceptual design phase through construction and start-up.

 

The ICPE Mechanical Engineering & Piping Department provides engineering services that includes a range of work as follows:

 

  • Mechanical

Material Sizing & Classification

  • Wet or Dry Grinding

  • Scrubbing

  • Screening & Crushing

Material Handling

  • Conveyors – Belt & Screw

  • Slurry Handling

  • Bulk & Packaging Systems

Rotating Equipment

  • Pumps

  • Turbines

  • Compressors

Fix​ed EquipmentPressure Vessels

  • Heat Exchangers

  • Fractionators

  • Towers and Columns

  • Storage Tanks, Bullets and Spheres

Dust Collection Systems and Industrial Ventilation

Boilers and Process Heating and Refrigeration

Transloading Facilities

  • Truck

  • Rail

  • Ship

Heating, Ventilation and Air Conditioning Design (HVAC)

RO & Cooling Water

Commodity Storage & Dewatering

Machine Retrofit, Design and Guarding

Fabrication Drawings

Material Selection

Finite Element Analysis

Equipment Failure Analysis

3D Constructability Reviews

HazOp Reviews

 

  • Piping

Plant Equipment and Piping Layout Design

Pipe Stress Analysis

Hanger, Guide and Anchor Evaluation and Design

Piping Material Selection

Piping Specifications

Corrosion Engineering

3-D Electronic Modeling

   Laser Scanning

Project Construction and Fabrication Documents

 

ICPE Mechanical engineers have the capability to design and select equipment including fixed, rotating, HVAC, industrial ventilation, steam and cooling systems, material handling and packaging systems. Our Piping Department’s expertise includes piping specifications, stress analysis, detail drawings, isometric drawings, tie-ins to existing facilities, 3D point cloud utilization, racks and sleeper design and working with the client and across-disciplines for layout optimization.

bottom of page