Note: Example in “RED” Below (refer to example P&ID) Facility: Process: Date: PRESSURE VESSELS (MAWP > 15 psi) Documentation Reference that contains equipment design information (e.g. U-1A forms, shop drawings, etc.) Design Information (i.e. safe limits) Design codes to which the equipment was constructed and installed (e.g. ASME B&PV Code, Section VIII) Materials of Construction Is the Material of Construction Determined to be Compatible w/Process MAWP Temp. Minimum Wall Thickness Corrosion Allowance Revision / Date (psi) (°F) (inch) (inch) Revision / Date Reference PV-01 U-1A, 1/1/2011 450 psig 250 °F 3/8 inch 1/16 inch ASME B&PV Code, Section VIII, 1994 ASTM A516 – Carbon Steel Reference Manufacturer’s Literature / Material Compatible Chart
PROCESS SAFETY INFORMATION – MATERIALS OF CONSTRUCTION AND DESIGN CODES AND STANDARDS EMPLOYED SUMMARY SHEET Note: Example Shown in “RED” Below (refer to example P&ID) Facility: Process: Date: STORAGE TANKS Documentation Reference that contains equipment design information (e.g. shop drawings, etc.) Design Information (i.e. safe limits) Design to which the equipment was constructed and installed (e.g. API 650) Materials of Construction Is the Material of Construction Determined to be Compatible w/Process MAWP Temp. Minimum Wall Thickness Corrosion Allowance Revision / Date (psi) (°F) (inch) (inch) Revision / Date Reference NA
PROCESS SAFETY INFORMATION – MATERIALS OF CONSTRUCTION AND DESIGN CODES AND STANDARDS EMPLOYED SUMMARY SHEET Note: Example Shown in “RED” Below (refer to example P&ID) Facility: Process: Date: COMPRESSORS (Equipment Identification and Type, e.g. centrifugal, screw, diaphragm, piston, etc.) Documentation Reference that contains equipment design information (e.g. technical specifications, shop drawings, etc.) Design Information (i.e. safe limits) Design codes to which the equipment was constructed and installed Materials of Construction Is the Material of Construction Determined to be Compatible w/Process Maximum Suction Pressure Maximum Differential Head Maximum Operating Temperature Casing MAWP Casing Temperature Motor Rating Revision / Date (psi) (psi) (°F) (psi) (°F) HP Revision / Date Reference RC-01, Reciprocating Manufacturer’s Technical Specifications, Rev A, 9/2000 100 psig 400 psig* 100 °F 400 psig 350 °F 25 API 618, 2001 Head, Cylinder, and Cylinder Cap – Ductile Iron, ASTM A536 Crosshead Guide and Crankcase – Gray Iron, ASTM A48, Class 30 Manufacturer’s Material Specifications, Rev 4, 3/1/2010 * Note: This number specifies the pressure-containing abilities of the compressor cylinder and head
PROCESS SAFETY INFORMATION – PIPING SPECIFICATION LIST Note: Example Shown in “RED” Below (refer to example P&ID) Facility: Process: Date: PIPING SPECIFICATION Documentation Reference that contains equipment design information Design Information (i.e. safe limits) Design codes to which the equipment was constructed and installed (e.g. ASME B31.3) Materials of Construction Is the Material of Construction Determined to be Compatible w/Process MAWP Temperature Class Schedule Corrosion Allowance Revision / Date (psi) (°F) # Sch. (inch) Revision / Date Reference A1 SPEC01, Rev 10, 2/1/2011 740 psig 100 °F 300 lb. 80 1/16 inch ASME B31.3 ASTM A106, Grade B, Seamless Reference Manufacturer’s Literature / Material Compatible Chart
PROCESS SAFETY INFORMATION – VALVE SPECIFICATION LIST Note: Example Shown in “RED” Below (refer to example P&ID) Facility: Process: Date: VALVE SPECIFICATION Documentation Reference that contains equipment design information Design Information (i.e. safe limits) Design codes to which the equipment was constructed and installed (e.g. API 600, ASME B16.34) Materials of Construction Is the Material of Construction Determined to be Compatible w/Process MAWP Temp. Revision / Date (psi) (°F) Revision / Date Reference V1 (includes HV-01 through HV-05) SPEC02, Rev 11, 2/1/2011 3000 WOG 3000 psig 2500 psig 100 °F 300 °F API 607 (certified fire test); ASME B16.34; API 598; MSS SP-25; NACE MR0103 Body and End Cap – A105 Stem and Ball – SS 630 Seat – PEEK Reference Manufacturer’s Literature / Material Compatible Chart
PV-01 Level Upper 52 inches Potential Overfill of PV-01 and Liquid to RC-01; Potential Catastrophic Failure of RC-01 and Release NA Lower NA NA NA Stream Composition NA NA PV-01; Piping Specification A1 Corrosion Allowance 1/16 inch Potential Reduction in Wall Thickness and Failure of or Piping NA Vibration NA NA NA NA NA NA Other NA NA Electrical Classification An electrical classified area is a location where flammable gases or vapors, flammable liquids, or combustible liquids are processed or handled; and where their release into the atmosphere could result in their ignition by electrical systems or equipment. PROCESS SAFETY INFORMATION – ELECTRICAL CLASSIFIED AREA SUMMARY SHEET Facility: Process: Date: ELECTRICAL CLASSIFIED AREA Document Title Reference Standard (e.g., Article 500 of NEC) Revision No. and/or Date Does the Electrical Classified Area Evaluation include: Yes NA
PROCESS SAFETY INFORMATION – PRESSURE RELIEF DEVICES LIST Facility: Process: Date: PRESSURE RELIEF DEVICE AND TYPE Calculation Document Revision No. and/or Date Sizing Basis (e.g., fire, process upset, thermal) Calculated Requirement Actual Nameplate Set Pressure @ Temperature Capacity Accumulation Set Pressure @ Temperature Capacity Accumulation (psi @ °F) (scfm) (%) (psi @ °F) (scfm) (%)