Every procedure, checklist, and tracker was built by engineers who have actually commissioned plants — not consultants who researched what one looks like. From FEED through first startup, we have the document for it.
These documents were developed from what we actually used commissioning LNG plants, refineries, and chemical facilities — not from reading other companies' procedures.
Every document is delivered as a formatted DOCX or functional XLSX with your facility name, process unit, and project details ready to fill in. No PDF walls.
Every document is grounded in 29 CFR 1910.119 requirements. PSSR documents reference §1910.119(i) directly. MOC documents align with §1910.119(l). Nothing is generic.
PSM compliance starts at FEED — not at commissioning. The decisions made in front-end engineering determine the scope of your PHA, your PSI package, and your PSSR. These documents establish the foundation.
Comprehensive checklist of all PSM deliverables that must be scoped, assigned, and scheduled at FEED. Covers all 14 elements with FEED-phase applicability ratings, responsibility assignments, and schedule integration notes. Keeps your project team aligned on what PSM work needs to start — and when.
Structured decision tool for determining whether a new facility or process unit is subject to 29 CFR 1910.119. Walks through the Highly Hazardous Chemical list, threshold quantity analysis, and process coverage determination with documentation fields for regulatory defensibility. Includes ammonia, chlorine, flammables, and all Appendix A chemicals.
Master planning document for building a PSM program concurrent with capital project execution. Defines scope, schedule, document deliverables, staffing requirements, PHA approach, and integration milestones by project phase. Includes a responsibility assignment matrix (RAM) and a 12-section program outline aligned with all 14 OSHA PSM elements.
Defines the boundaries, methodology selection criteria, node structure, team composition, and schedule for the project PHA before detailed engineering begins. Covers HAZOP vs. What-If methodology selection, P&ID maturity requirements, and integration with the P&ID review process. The document that keeps your PHA from becoming a moving target.
Detailed engineering is where PSM gets built or gets lost. P&IDs are being finalized, the HAZOP is running, and the document library is taking shape. These documents keep the engineering team and the PSM program in lockstep.
Structured review protocol for verifying that PSM-required content is captured in the P&ID package. Covers instrument identification, safety instrumented function tagging, relief device documentation, MAWP designations, locked/car-sealed valve identification, and P&ID vs. equipment specification consistency. Designed for use by the process safety lead at each P&ID issue.
Formal Management of Change procedure tailored to the engineering design environment. Addresses the most common new-build MOC failure: design changes made without formal review after HAZOP and PHA are complete. Includes change categorization (replacement-in-kind vs. true change), hazard review requirements by change type, authorization matrix, and P&ID revision control integration.
Template structure and content requirements for assembling a complete PSI package under §1910.119(d). Covers hazard information (SDS, toxicology, flammability, reactivity), technology information (block flow diagrams, PFDs, P&IDs, design basis), and equipment information (design codes, materials of construction, relief system design). Includes a PSI document register to track completion status through detailed engineering.
Complete HAZOP preparation and documentation framework. Covers pre-HAZOP P&ID requirements, node development, guideword application methodology, consequence and safeguard documentation, action item format, and post-HAZOP close-out tracking. Includes HAZOP report template with blank worksheets, team sign-off page, and action item register formatted for PSSR integration.
Defines PSM documentation requirements for SIS/SIL-rated safety functions on new builds. Covers SIL determination documentation, SIS design specification requirements, proof test procedure requirements, bypass procedure requirements, and PSSR verification items for safety-critical instruments. Written for engineering teams who need to know what the PSM program will require of the SIS documentation before it's too late to incorporate it.
Construction is where the best-laid PSM plans meet reality. Field changes happen daily. Contractors work in parallel. As-built deviations accumulate. These documents manage the construction-phase PSM interface so deviations don't become surprises at PSSR.
Streamlined MOC form for field-level changes during construction — designed for speed without sacrificing documentation integrity. Covers scope description, engineering review requirement determination, P&ID revision trigger, HAZOP re-review threshold, and authorization levels. Includes guidance on what constitutes a field change vs. a replacement-in-kind in a construction context, which is the most common source of confusion.
Procedure governing temporary modifications during construction — blinds, bypasses, jumpers, and temporary utilities that differ from the design intent. Covers installation authorization, duration limits, tracking requirements, and removal verification. Addresses the PSSR risk: temporary changes installed during construction that are never removed before startup because no one tracked them.
Spreadsheet tracking system for managing as-built deviations from IFC drawings throughout construction. Captures location, deviation description, design basis impact, P&ID revision status, and PSSR verification status for each item. Includes conditional formatting to flag open items approaching the pre-commissioning milestone. The document that prevents PSSR from discovering what construction built instead of what engineering designed.
Defines the PSM-required contractor safety interface between the operating company, EPC contractor, and subcontractors during construction. Covers §1910.119(h) requirements in a construction context: contractor safety qualification, site-specific hazard communication, injury/illness reporting interface, and periodic safety performance review. Includes contractor evaluation criteria and pre-award safety qualification form.
Pre-commissioning is where paper becomes reality. Equipment is energized, instruments are checked, systems are cleaned and tested — all without hazardous materials present. These documents organize and document that verification so nothing is assumed ready when it isn't.
Comprehensive mechanical completion checklist organized by process system — each system on its own tab. Covers piping (hydrotesting, flushing, cleaning, blinding), equipment (installation verification, alignment, pre-lube), instrumentation (installation, process connections, field terminations), electrical (energization, motor rotation), and civil/structural items. Includes A-item and B-item distinction with authorization levels for each category. The backbone of your mechanical completion walkdown.
Procedure and tracking log for performing and documenting instrument loop checks on safety-critical and process-critical loops before process fluid introduction. Organized by loop number with fields for transmitter range verification, control valve stroke, alarm setpoint verification, shutdown function testing, and sign-off by discipline. Includes a summary tab flagging any loops not yet signed off, with sortable priority tiers for PSM-critical functions.
Step-by-step checklist for authorizing electrical energization of equipment and systems during pre-commissioning. Covers pre-energization inspection requirements, safety clearance verification, protection relay testing, motor rotation checks, and authorization sign-off by area. Includes a specific section for safety instrumented system power-up sequence and a hold-point for operations supervisor sign-off before initial energization of any PSM-covered equipment.
Complete documentation package for piping and vessel hydrostatic testing during pre-commissioning. Covers test medium requirements, test pressure determination (MAWP basis), isolation boundary establishment, test equipment calibration requirements, hold time documentation, and leak evaluation criteria. Includes test data record sheets for each system, equipment exclusion lists, and post-test drying and cleaning requirements. ASME B31.3 and B31.1 referenced throughout.
Master punch list management system for tracking pre-commissioning and commissioning deficiencies. Separates A-items (must be cleared before startup authorization) from B-items (can be cleared within 30 days of startup). Includes fields for item description, system, discipline, responsible party, target date, and status. Dashboard tab shows A-item count by system and by discipline with conditional formatting for overdue items. The document your commissioning manager will live in for 60 days.
Installation and removal tracking register for all blinds and spectacle plates installed during construction, hydrotesting, flushing, and pre-commissioning. The most underappreciated safety document on a new build — blinds left in at startup have caused fatalities. This register tracks every blind by tag number, location (P&ID reference), size/rating, installation date, installer, removal authorization, removal date, and removal verification sign-off. Sorted by status so open blinds are always visible.
PSSR is the regulatory gate between construction and hazardous material introduction. It is not a checklist — it is a verification that your entire PSM program is in place and ready. These documents execute that verification the way regulators expect to see it done.
The definitive PSSR verification checklist covering all requirements of §1910.119(i) across all 14 PSM elements. Each element has its own section with specific verification items, documentation requirements, and sign-off fields for multi-discipline PSSR team members. Covers construction-per-design confirmation, procedure completeness, PHA recommendation closure, and employee training verification — the four regulatory requirements stated in §1910.119(i) — plus element-specific verification items. OSHA's most-cited PSSR deficiencies are called out explicitly throughout.
Defines the composition, roles, and responsibilities of the PSSR team for a capital project startup. Covers PSSR team leader qualifications, discipline representation requirements (process, mechanical, electrical, instrumentation, operations, safety), external review considerations, and sign-off authority levels. Includes a PSSR team charter template and the team's scope statement — the document that tells everyone what they're signing off on and what they're not.
Master tracking spreadsheet for operating procedure development status across all unit operations. Organized by procedure number with fields for procedure title, process unit, responsible author, draft date, review date, approval date, training completion %, and PSSR-ready status. Includes a dashboard showing procedures not yet approved and procedures approved but not yet trained. The tool that answers the question "are we ready for PSSR?" for the operating procedures element.
Employee training completion tracking system for PSSR purposes. Covers initial operator training, procedure qualification, emergency response training, contractor training, and PSM overview training. Organized by employee with a cross-reference to required training modules by job classification. Includes completion percentage by training type and by department, and flags operators who are not yet qualified for PSSR authorization. The document that proves §1910.119(g) is satisfied.
Verification checklist confirming that all required PSI documents exist, are current, and are accessible before PSSR sign-off. Covers every PSI category in §1910.119(d): chemical hazard data, technology information (MAWP, design temperatures, P&IDs, equipment specifications, relief system design basis, ventilation design), and equipment information (construction materials, electrical classification, safety and relief system design, design codes, and design data). Each item has a location field and a document revision reference.
Master log for tracking PHA and HAZOP action items from study completion through PSSR closure. Each action item captured with recommendation text, risk ranking, responsible party, target date, resolution description, and verification sign-off. Summary dashboard shows open items by risk rank — high-risk items blocking PSSR are highlighted automatically. Closing every open recommendation before startup is not just good practice; it is a PSSR regulatory requirement under §1910.119(i)(1)(iv).
Complete PSSR authorization documentation package — the formal record that §1910.119(i) was satisfied before hazardous material introduction. Includes the PSSR completion statement (the regulatory record), multi-discipline sign-off signature page, list of referenced supporting documents, open items accepted for B-item resolution (with authorization basis), and startup authorization notice. The document that authorizes chemical introduction — and that OSHA will ask to see if something goes wrong.
From PSSR sign-off to steady-state operation, this is the most hazardous phase of any project. Equipment has never operated at design conditions. Procedures are being followed for the first time. Every deviation is unexpected. These documents manage that reality.
Step-by-step procedure governing the introduction of hazardous process chemicals into a new facility following PSSR completion. Covers pre-introduction final confirmation (PSSR signed off, blinds removed, emergency systems functional, communications tested), authorization hierarchy, chemical introduction sequence by unit, monitoring requirements during first fill, and hold points where operations must stop and verify before proceeding. The last procedure before the hazard arrives — written accordingly.
Structured template for developing the initial startup procedure for a new process unit. Covers pre-startup checks, utility establishment sequence, purging and inerting, initial feed introduction, temperature and pressure ramp-up sequence, product specification approach, and stabilization criteria. Includes hold points, emergency shutdown criteria during startup, and a lessons-learned documentation section for the first-startup debrief. Built from what we actually used — not from what a startup procedure should theoretically look like.
Qualification verification checklist confirming that each operator is trained and qualified for their assigned role before participating in initial startup activities. Covers procedural knowledge verification, equipment identification, emergency response demonstration, communication protocol, and job-task analysis completion. Signed by the operator, their supervisor, and the operations manager. The document that answers "how do you know your operators were ready?" if OSHA asks.
Emergency response plan template for a new PSM-covered facility, covering the initial startup period before transition to normal operations procedures. Addresses §1910.119(n) requirements: emergency action plan, communication procedures, emergency shutdown triggers, evacuation routes, assembly areas, first responder coordination, and facility notification contacts. Includes a chemical release response matrix by chemical, release scenario, and wind direction. Designed for facilities where the emergency response organization is itself new.
Communication standards and protocols for the control room during initial startup and hot commissioning — a period when field teams, operators, engineers, and management are all simultaneously present and communicating over multiple channels. Covers field-to-control room communication standards, radio procedure, hold-point communication protocol, simultaneous operations (SIMOPS) notification requirements, and shift handover format during active commissioning. Prevents the communication breakdowns that cause startup incidents.
Structured debrief and lessons-learned documentation package for the period immediately following first startup. Covers what went according to plan, what deviated, what required unplanned MOCs, what startup procedures need revision, and what the PSM program needs to address before normal operations. Includes a facilitation guide for the debrief session, an action item template, and a handover summary confirming the PSM program is ready for normal operations. The document that turns a startup into institutional knowledge.
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