Process Engineering and Design for Modular Projects Online Course (OT-203C)
About
Industrial Modularization has been proven on a global basis to reduce cost and provide cost and schedule certainty. Other benefits include reduced key material quantities, improved safety and quality and reduced labour risk. The objective of industrial modularization is to move site labour offsite to a controlled environment. This is achieved by locating the piping, electrical, instrumentation and controls on to modules (blocks) that are contained within an approved transportation size.
Course Overview
The objective of this training workshop is to review the modular process engineering requirements and methods. The methods introduced in this workshop will complement and enhance the Construction Industry Institute (CII) best practice for industrial modularization. We will review the process engineering differences between traditional stick-built designs vs. modular designs and what process engineering considerations are required for modular designs. This training workshop is intended to be interactive.
Participants of this workshop should leave with an understanding of the following:
- What collaboration methods are required for process engineering?
- How the process design is developed for modular designs?
- What are the modular process design differences compared to traditional stick-built designs?
- What are the process engineering requirements for modular designs?
Key Topics
- Process engineering collaboration requirements
- Differences compared to traditional stick-built designs
- Modular process requirements including
- Process design development during the FEED (FEL3) phase
- Loss prevention requirements
- Equipment selection
- Module boundaries
- Spill containment philosophy
- Underground drain piping
Course Delivery
- Instructor led by one of our modularization subject matter experts with a combination of:
- Instructor presentations
- Exercises
- Discussion
- Online Classroom Delivery
Duration
- 4 hrs
