Project Information
Piping 3D Modeling of Compressor Station
Description
Client
A US based privately held Engineering, Procurement, Construction & Project Management Company specializing in the engineering and construction of heavy industrial facilities and pipelines, with an extensive experience with oil terminals.
To get detailed information
Download PDF (742.50 KB)
Engineering Requirement
Piping 3D modeling of compressor station with capacity of 50 MMSCFD along with support arrangement, equipment modeling, civil & structural modeling and piping plan drawings, as per international codes and standards.
Modeling of the following equipment:
- 2 Receivers
- 1 Slug Catcher
- 3 Compressors + 1 Future compressor
- 1 Filter Separator
- 1 Two-Phase High Pressure Separator
- 1 Discharge Horizontal filter
- 1 Glycol Absorber/Scrubber
- 1 Gas/Glycol Exchanger
- 1 Glycol after Scrubber
Delivered
- Overall Site Layout
- Equipment Layout
- Piping Layout
- Pipe Support Location Drawings
- Bill of Materials
- Isometrics
- 3D Model
- Piping General Arrangement Drawings
- Updated P&IDs
Want to know more about this project?
Our Recent Projects
Connect with us for all your engineering design needs
US Toll-Free Phone
+1-877-747-4224
India Phone
+91 (265) 2680159
Drop Us An Email
sales@rishabheng.com
Our Offices
USA, UK & India (Head office)
Ready to work with us? Tell us more
Our Recent blogs
An aging plant has typically been operating over several decades and is likely to have gone through significant changes. It would range from modifications to expansions and design changes. You would agree as the asset gets older several challenges inevitably arise.
The global economy will never be the same as it was before the global pandemic that disrupted all walks of life. The major reason for the same area is as follows.
Cryogenic piping systems are used in a range of industrial applications including LNG transport, storage and regasification, Hydrogen storage and transport and the food and beverage sector. They must be designed to withstand operational stresses and displacements while also regulating thermal forces.