Browse PIP Practices

Review the most up-to-date collection of PIP Practices. Most recently published practices are listed first. Search key terms or filter by discipline to narrow the list.

Civil / Structural / architechtural

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Piping

process control

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Found 583 Results
Work Processes
ADG013

Guideline for Developing Practice Addenda

Abstract ↓

​The PIP membership agreement provides Member Companies ownership of PIP Practices, including authorization to amend a practice for internal use to meet specific needs and preferences. This Practice provides guidance on amending adopted PIP Practices within the limits outlined in the membership agreement.​

February 2025
Complete Revision
Piping
PN01NU0B01

Piping Material Specification 1NU0B01 Class 150, Alloy 20, Butt Weld, C.A. – None, Process (PTFE Packing/Gaskets)

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN01NU0S01

Piping Material Specification 1NU0S01 Class 150, Alloy 20, Socket Weld, C.A. – None, Process (PTFE Packing/Gaskets)

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN03NU0B01

Piping Material Specification 3NU0B01 Class 300, Alloy 20, Butt Weld, C.A. – None, Process (PTFE Packing/Gaskets)

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN03NU0S01

Piping Material Specification 3NU0S01 Class 300, Alloy 20, Socket Weld, C.A. – None, Process (PTFE Packing/Gaskets)

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PNSMV015

Low and Intermediate Alloy Steel Check Valve Descriptions

Abstract ↓

​This Practice provides the detailed purchase descriptions for alloy steel check valve tag numbers included in PIP Piping Material Specifications (PMSs). This Practice also provides a cross reference for alloy steel check valve tag numbers to applicable PIP PMSs. Procurement of valves shall include the detailed purchase descriptions given in this Practice, along with the requirements in PIP PNSM0110 and the purchase order. ​

February 2025
Complete Revision
Piping
PN09CB1S01

Piping Material Specification 9CB1S01 Class 900, Killed Carbon Steel, Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN09CB2S01

Piping Material Specification 9CB2S01 Class 900, Killed Carbon Steel, Socket Weld, 0.125″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN15CB1S01

Piping Material Specification 15CB1S01 Class 1500, Killed Carbon Steel, Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN15CB2S01

Piping Material Specification 15CB2S01 Class 1500, Killed Carbon Steel, Socket Weld, 0.125″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

February 2025
Complete Revision

Process Safety
PSEED01

Inherently Safer Design Guide

Abstract ↓

​This Practice provides guidance to incorporate Inherently Safer Design (ISD) principles throughout project and operation phases. It expands upon the original four elements developed by Trevor Kletz—Substitute, Minimize, Moderate/Attenuate, and Simplify— into 7 elements with the introduction of Eliminate and the recognition of Limit Effects and Error Tolerance. This Practice defines PIP ISD principles, illustrates the value of applying ISD principles throughout each project phase and into operations, and provides tools to incorporate ISD principles to reach desired corporate target values. The tools are organized by project phase and can be used throughout the facility lifecycle, such as in Safety, Operations, and Maintenance assessments. This Practice applies to all roles. All roles share leadership, accountability, and application of ISD principles. This shared responsibility spans the entire engineering and management team beyond the process safety engineer or manager. Each team member identifies, evaluates, and incorporates inherently safer design elements within their areas of expertise. Comprehensively applying the ISD principles across roles/functions/disciplines leads to a safer process.​​

February 2025
New Practice
Piping
PNC00004

Piping Stress Analysis Criteria for ASME B31.3 Metallic Piping

Abstract ↓

​This Practice describes the minimum requirements for piping flexibility analysis parameters and applications, and documentation requirements. ​

February 2025
Complete Revision
Piping
PN01NH0B01

Piping Material Specification 1NH0B01 Class 150, Alloy B3 (UNS N10675), Butt Weld, C.A. – None, Process (PTFE Packing/Gaskets)

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN01NH0B02

Piping Material Specification 1NH0B02 Class 150, Alloy B3 (UNS N10675), Butt Weld, C.A. – None, Process

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN03NH0B01

Piping Material Specification 3NH0B01 Class 300, Alloy B3 (UNS N10675), Butt Weld, C.A. – None, Process (PTFE Packing/Gaskets)

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN03NH0B02

Piping Material Specification 3NH0B02 Class 300, Alloy B3 (UNS N10675), Butt Weld, C.A. – None, Process

Abstract ↓

​NA

February 2025
Complete Revision
Electrical
ELIMTD00

Motor Installation Details for Class I Division 1 Areas (Motors 600 Volts and Below, 60 hp Maximum)

Abstract ↓

​This Practice describes the requirements for installing circuits for power and control to AC squirrel cage induction motors (600 volts and below, 60 hp maximum), located in Class I, Division 1 areas. This Practice tabularizes the basic assumptions used in developing these details and provides guidelines for their application. ​

February 2025
Complete Revision
Piping
PN01CJ1S01

Piping Material Specification 1CJ1S01 Class 150, 1-1/4Cr-1/2Mo, Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN03CJ1S01

Piping Material Specification 3CJ1S01 Class 300, 1-1/2Cr-1/2Mo, Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service, Process Process

Abstract ↓

​NA

February 2025
Complete Revision
Piping
PN06CJ1S01

Piping Material Specification 6CJ1S01 Class 600, 1-1/2Cr-1/2Mo, Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

February 2025
Complete Revision

Reading Practices

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Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry’s standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.

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