Introduction

• Project Initial evaluation
• Project execution sequence
• Benefits.
• Cost impact vs project phase.
• Standards to be applied.
• Activities and deliverables in each phase of project development.
• Conceptual Engineering phase.
• Basic Engineering phase.
• Detailed Engineering phase.
• Estimated costs

 

Facilities Design Basis

• Definition of the main element of the project scope (what would be built)
• Definition of the project scope of work
• Deliverables
• The plan
• Resources

Facilities Design Basis (cont.)

• Design contractor information
• Construction agency to effectively plan and execute the project
• Cost estimation
• Conceptual Engineering

 

Process Eng.

• Input verification.
• Evaluation of probable process strategies.
• Typical deliverables (FD, main equipment list, preliminary specification of process elements, preliminary risk considerations, uncertainty estimation of product quality, environmental impact estimation, operational philosophy).
• Review of real case examples

 

Mechanical Eng.

• Preliminary layout.
• Evaluation and preliminary sizing of pipeline, piping and process equipment.
• Cost estimation.
• Review of real case examples

Conceptual Engineering (cont.)

• Piping and pipelines
• Preliminary layout.
• Evaluation and preliminary sizing of pipeline, piping and process equipment.
• Cost estimation.
• Review of real case examples

 

Civil Eng.

• Evaluation and identification of main construction elements.
• Preliminary sizing and Cost estimation
• Real case revie
• Electrical Eng.
  • Preliminary electrical power requirements.
  • Evaluation of power sources
  • Power distribution strategy
  • Cost estimation
  • Real case review

 

 

Instrumentation Eng.

• Identification of instrumentation and control requirements.
• Evaluation of control strategies.
• Identification of main instrumentation.
• Cost estimation
• Real case revie

 

Review of Conceptual Engineeri

• PFD and UFD development and approva
• Sizing of process equipmen
• Risk analysi
• Safety requirements
• Environmental impact evaluation
• Review of operational philosophy.
• Global test definition

Basic Engineering (and FEED)

• Mechanical Eng.
• Final process layout.
• Piping and equipment layouts.
• Specifications of mechanical equipment
• Maintenance guidelines.
• Energy requirements.
• Pipeline preliminary design.
• Material specifications.
• Material estimation.
• Definition of tests for mechanical equipment
• Cost estimation

 

Civil Eng.

• Loads estimation.
• Preliminary design of buildings, foundations and main structures.
• Roads.
• Cost estimation.
• Electrical power estimated consumptions.
• Power generation/supply specifications.
• Energy distribution system specifications.
• Main electrical equipment specifications.
• Area classification definition.
• Cost estimation.

 

Instrumentation Eng.

• Preliminary P&ID.
• Control system specifications.
• General specifications for instrumentation.
• Specifications of data acquisition system.
• Control valve preliminary sizing and specifications.
• Alarm system philosophy.
• Operation philosophy.
• Maintenance guidelines
• Review of Basic Engineering.
• Basic Engineering consolidation.
• Risk analysis.
• Cost estimation.
• Interaction among specialists

Detailed Engineering

Mechanical Engineering:

• Design
• Deliverable

 

Civill Engineering

• Design
• Deliverables

 

Electrical Engineering:

• Design
• Deliverables
•  

Instrumentation Engineering:

• Design
• Deliverables

 

Piping and pipeline:

• Design