Integrity Program Assessment, Execution, and Optimization
Cognascents Consulting Group helps organizations assess, optimize, and develop mechanical integrity programs that do more than satisfy regulatory requirements. By connecting engineering, inspection, maintenance, and risk, we help clients identify issues earlier, focus resources where they deliver the greatest value, and improve long-term asset performance.
When Clients Engage Us
What we help operators solve
Organizations typically engage Cognascents when they are in one of three stages:
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▸Building a Mechanical Integrity program
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▸Assessing an existing one
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▸Optimizing a mature program
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Our Approach
A program that runs well looks different from one that just exists.
Every organization starts from a different point. Some need to establish a complete mechanical integrity program. Others need to strengthen specific elements or improve existing processes. We tailor our approach based on your goals, program maturity, and operational priorities.
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Assessment
Assess the ProgramWe evaluate your existing mechanical integrity program against regulatory requirements, industry standards, and best practices. We identify strengths, gaps, and improvement opportunities, then provide prioritized recommendations and a practical roadmap for implementation. |
Foundation
Develop Integrity Program FoundationWe support the development of the foundation for an effective mechanical integrity program by developing program governance, procedures, inspection strategies, roles and responsibilities, Inspection Data Management System (IDMS) selection, and the supporting processes needed to establish a sustainable, long-term program. |
Implementation
Mechanical Integrity Program ImplementationWe provide engineering expertise to develop or implement specific program elements such as inspection, testing and preventative maintenance (ITPM) planning, Risk-Based Inspection (RBI), Corrosion Control Documents (CCDs), Integrity Operating Windows (IOWs), damage mechanism reviews, or IDMS data builds. |
Optimization
Continuous ImprovementWe help improve the effectiveness of your existing mechanical integrity program through optimization of inspection strategies and intervals, governance, work processes, IDMS utilization, program KPIs and dashboards, and continuous improvement initiatives that strengthen reliability, reduce risk, and maximize the value of inspection and maintenance resources. |
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“A strong mechanical integrity program connects documented requirements with field execution. Our assessments identify gaps and prioritize practical improvements that reduce risk and strengthen equipment reliability.”
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Why Cognascents
Why choose Cognascents for a mechanical integrity program assessment
Multidisciplinary Expertise
Engineering for the Entire Integrity Program
Effective mechanical integrity programs require expertise across multiple engineering disciplines and the standards that govern them. Cognascents brings together specialists in process safety, corrosion engineering, materials, mechanical engineering, inspection, and reliability with deep knowledge of API, OSHA, PHMSA, ASME, and related industry requirements. Our engineers also serve on API Recommended Practice subcommittees, helping shape the standards that guide today’s mechanical integrity programs. |
Built by Program Builders
Engineers Who Build These Programs
Our engineers implement RBI programs, IOWs, and mechanical integrity programs from the ground up. When we assess yours, we read it through the same lens we would use to build it. That changes what we find and how we prioritize it. |
AI-Accelerated
Faster Analysis, Same Depth
Cognascents applies AI tools to the data-intensive parts of an integrity program assessment: parsing IDMS records, cross-referencing inspection history against damage mechanism expectations, and flagging anomalies in large equipment populations. The engineering judgment still comes from our people. The time spent handling data does not. |
Standards & Codes We Work To
The API standards and regulatory frameworks that govern our asset integrity program design and execution.
Pressure Equipment & Piping
API 510API 570API 653ASME Section VIIIASME B31.3CSA B51API 579/ASME FFS-1
Pipeline Integrity
PHMSA 49 CFR Part 192, Subpart O (gas transmission integrity management)49 CFR 195.452 (hazardous liquid pipeline integrity management)
Risk-Based Inspection & Damage Management
API RP 580/581API RP 571
Process Safety
OSHA PSM 29 CFR 1910.119(j) (mechanical integrity)EPA RMP 40 CFR 68.73 (Program 3) and 40 CFR 68.56 (Program 2)
Food & Beverage / Refrigeration
IIAR 2IIAR 6ASME BPEASME B31.5
Canadian Requirements
CSA Z767CSA B51ABSA jurisdictionCSA B52
You Know the Gaps Are There
Now close them with a team that stays through execution.
Contact us to talk through your integrity program. Our engineers will give you a straight assessment of where it stands and what closing the gaps would actually take.
Want the full picture first? Keep reading for what a well-run program delivers and the services that connect to it. ↓
What You Gain
What a well-run integrity program actually delivers.
The difference between a documented program and an effective one shows up in equipment reliability, audit outcomes, and the confidence of the people operating it every day. These are the outcomes clients see from this engagement.
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Enhanced Safety
Stronger Safety PerformanceBy addressing gaps and deficiencies in your mechanical integrity program, our service helps ensure the safety of your personnel, assets, and the environment. Through systematic assessment and improvement, we help you reduce the risk of equipment failure, accidents, and incidents, creating safer, more reliable operations. |
Program Insight
Understand Where Your Program StandsGain an objective understanding of your program’s strengths, gaps, and improvement opportunities. We provide practical, prioritized recommendations so you know what to address first, what can wait, and where investment will have the greatest impact. |
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Regulatory Defensibility
Greater Regulatory ConfidenceYou will have confidence that your mechanical integrity program is aligned with applicable OSHA, PHMSA, API, ASME, and company requirements. Whether preparing for an audit or strengthening internal governance, you’ll have a program built on recognized industry standards and engineering best practices. |
Enhanced Reliability
Resources Prioritized to Improve Asset PerformanceBy prioritizing inspection, maintenance, and engineering efforts on the assets with the greatest risk, your mechanical integrity program focuses resources where they have the greatest impact. This approach improves equipment reliability, reduces unnecessary work, and supports long-term operational performance. |
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Related Services
Services that connect to an integrity program assessment.
The assessment surfaces what needs to change. These services are where we often go to work.
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Inspection Strategy Execution
Risk-Based Inspection (RBI)When the assessment identifies gaps in inspection strategy, an API 580/581-aligned RBI program is often the implementation path. |
Program Documentation
Corrosion Control Documents & IOWsCCDs and IOWs are often a core gap, and developing them is our expertise. |
Equipment Condition Assessment
Fitness-For-Service (FFS)Program assessment findings often include equipment operating outside original design parameters, and FFS provides the engineering basis for continued service decisions. |
Related Content
Mechanical integrity articles and case studies
A look at the mechanical integrity gaps PSM audits surface most, and two programs we helped put back on solid ground.
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Article | Asset Integrity
From an Auditor’s Perspective: Common Mechanical Integrity Gaps in PSM AuditsThe deficiencies that turn up most in PSM mechanical integrity audits, from someone who has sat on the auditor’s side of the table. |
Case Study | Manufacturing
Fortifying Critical PSM Program Elements for a Lithium-Ion Battery ManufacturerClosing mechanical integrity and related PSM gaps for a manufacturer outside the traditional refining sector. |
Case Study | Asset Integrity
A Future-Ready Mechanical Integrity Program Through Contextualization and 3D VisualizationModernizing an MI program by connecting inspection data to a navigable 3D model of the asset. |
MECHANICAL INTEGRITY QUESTIONS, ANSWERED DIRECTLY
Frequently asked questions about integrity program assessments
What does OSHA require in a mechanical integrity program?
29 CFR 1910.119(j) covers pressure vessels and storage tanks, piping, relief and vent systems, emergency shutdown systems, controls, and pumps. It requires written procedures under (j)(2), training for maintenance personnel under (j)(3), inspection and testing per RAGAGEP under (j)(4), correction of equipment deficiencies under (j)(5), and quality assurance for fabrication, installation, and spare parts under (j)(6). EPA 40 CFR 68.73 imposes parallel requirements for RMP Program 3 processes.
What is a mechanical integrity program assessment?
A structured gap assessment of the MI program against regulatory requirements, applicable RAGAGEP, and company standards: reviewing documents, interviewing personnel, and sampling equipment records to test whether ITPM tasks are defined, executed on schedule, and acted on. It goes deeper than the triennial compliance audit under 1910.119(o), examining the technical basis behind each element rather than only confirming the element exists.
Why does RAGAGEP matter for mechanical integrity?
Under 1910.119(j)(4)(ii), inspection and testing procedures must follow recognized and generally accepted good engineering practices, and under (j)(4)(iii) frequencies must be consistent with manufacturers’ recommendations and good engineering practice. Codes such as API 510, API 570, and API 653 typically supply that basis. An inspection program without a documented RAGAGEP basis is difficult to defend, regardless of the equipment’s actual condition.
Where should a new mechanical integrity program start?
With the covered-equipment list and the procedures that govern it. Identify the equipment in scope under 1910.119(j)(1), establish written procedures and ITPM tasks per RAGAGEP, select and populate an IDMS, and define how deficiencies are managed under (j)(5). RBI, CCDs, and IOWs come next. They optimize a program that already works; they cannot substitute for one that doesn’t.
How do RBI, CCDs, and IOWs fit into a mechanical integrity program?
They are optimization layers on the (j)(4) inspection foundation. CCDs per API RP 970 define the damage mechanisms for each process unit; IOWs per API RP 584 set the operating limits that keep those mechanisms in check; Risk-Based Inspection per API RP 580/581 uses both to place inspection where risk is highest. Cognascents’ Risk-Based Inspection service delivers them as one integrated program.
Talk to an engineer about your mechanical integrity program
Tell us about your integrity program and where you think the gaps are. One of our engineers will give you a straight answer about what an assessment would actually find and what it would take to close it.