Sr. No. |
List |
BASIC / EXTENDED BASIC ENGINEERING PACKAGE CONTENT LIST (FROM PIPING REQUIREMENT) |
A |
PROCESS INFORMATION |
1. |
Process Description |
2. |
Process and Utility Flow Diagram |
3. |
Process and Utility P & I Diagram |
4. |
Utility Distribution Diagram |
5. |
Minimum Equipment elevation summary or same information in different form |
6. |
Equipment Process Datasheet |
7. |
Process Critical line List |
8. |
Hazardous Area Classification drawing |
B |
MECHANICAL |
1. |
Equipment Engineering Datasheet |
2. |
Package equipment vendor scope of work and tie in list |
3. |
Acceptable equipment external nozzle load |
C |
PIPING DESIGN |
1. |
Preliminary plot plan |
2. |
Preliminary Equipment Layout |
3. |
Preliminary piping material specification or material selection criteria |
4. |
Line List with process conditions |
5. |
Special design requirements if any |
6. |
Piping Design Philosophy |
7. |
Instrument Process Hook up requirement |
Sr. No. |
List |
1. |
Stress analysis/ Support design guidelines/ standards |
2. |
3D design criteria |
D |
GENERAL |
1. |
Project Description |
2. |
Project Design Basis |
3. |
Site Condition |
4. |
List of Design codes and standards |
5. |
Fire Protection philosophy and safety requirement |
6. |
Project schedule |
7. |
Project procedure if any |
8. |
Client’s standards if any |
9. |
List of statutory regulations applicable |
10. |
Drainage Philosophy and Requirement |
REVIEW REQUIREMENTS OF BASIC ENGINEERING PACKAGE |
A |
PROCESS AND UTILITY P & I DIAGRAM |
1. |
Legend sheet with information on line numbering system, valve identification system, SM numbering, Instrument numbering, Process specific requirement, Instrument process hook up requirement etc |
2. |
All lines are numbered. Line no. to contain, Size of pipe, Fluid code, Line sequence no., Piping material specification, Insulation/ Painting/ Heat tracing/ Jacketing requirement, Area no. if any as minimum. |
3. |
Valve and SM identification in the form of symbol or tag no. |
4. |
Instrument tag no. |
5. |
Equipment nozzle identification in terms of nozzle no. or tie in point no. |
6. |
Identification of proprietary package battery limit |
7. |
Specific requirement such as slope, spool, specification break, line routing criteria, gravity drain, barometric leg requirement, Valve/ Instrument location criteria etc. |
8. |
Line continuation to other P & I D properly marked |
9. |
Applicable notes |
10. |
Minimum equipment elevation requirement |
11. |
Brief equipment specification |
12. |
Insulation requirement on equipment |
13. |
Process vents and drains |
14. |
Utility station requirements |
B |
EQUIPMENT PD SHEET/ ENGIEERING DATASHEET |
1. |
Operating and design conditions |
2. |
Dimensional data |
3. |
Support type |
4. |
All major nozzles located and elevation/ projection defined |
5. |
Maintenance requirement if any |
6. |
Insulation thickness |
C |
PIPING DESIGN PHILOSOPHY IF ANY |
D |
PROJECT DESIGN BASIS |
E |
STRESS and SUPPORT DESIGN PHILOSOPHY IF ANY |
F |
3 D DESIGN PHILOSOPHY IF ANY |
G |
LINE LIST FOR AVAILABILITY OF DATA |
Sr. No. |
List |
F |
PLOT PLAN |
1. |
Functional and Process Point of view |
2. |
Man and Material movement point of view |
3. |
Local statutory requirement point of view |
4. |
Space management point of view for better utilisation of space |
5. |
Hazard point of view – Hazardous area, Emission, Venting, Flaring etc. |
H |
EQUIPMENT LAYOUT |
1. |
Functional and Process Point of view |
2. |
Man and Material movement point of view |
3. |
Local statutory requirement point of view |
4. |
Space management point of view for better utilisation of space |
5. |
Hazard point of view – Hazardous area, Emission, Venting, Flaring etc. |
6. |
Access, Operation and Maintenance point of view |
7. |
Hazardous area classification |
8. |
Safety |