Project Information
Multi-discipline Engineering for Reactor Area of ACE Plant
Description
Client
A privately held multi-discipline engineering, procurement and construction management company. They operate in industries like petrochemical, refining, paper, power, industrial power/cogeneration, gas transmission, manufacturing and fabrication.
Client Testimonial
“The detailed engineering design and 3D model developed by Rishabh Engineering met the inputs given by us, and we had an excellent model review meeting with our end client dealing in chemical engineering and processing.”
– Project Manager
Engineering Requirement
- Multidiscipline engineering for the reactor area of ACE (Acetylenics Complex) plant including civil & structural engineering, pipe stress analysis, electrical & instrumentation and piping engineering
- Plant’s direct steam injectors to be replaced with 4 shell and tube heat exchangers
Delivered
- Equipment GA Drawings
- Visual Stress Analysis reports
- Equipment Foundation Drawings
- Special Support drawings
- 3D Model on PDS
- Instrument Datasheets
- Isometrics Drawings
- I.E. ASME B31.3 codes and standards were followed to ensure high quality of delivery
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
3D Modeling is an indispensable technique in today's rapidly evolving product design and engineering world. It helps turn innovative ideas into tangible reality. And, while a plethora of 3D modeling software is available, SOLIDWORKS from Dassault Systèmes stands out.
In the modern context, the modeling and analysis of new-age engineering plants and offshore platform structures present a high capital investment. Their operational safety and efficiency rely heavily on accuracy and intelligent design.
Engineering projects today require meticulous planning and execution across various phases as they serve as the cornerstones of success. As part of this, one of the most critical stages is detailed engineering –where the project blueprint takes shape and becomes a reality.