Is Your Facility Meeting NDT Safety & Compliance Standards?

Here’s How to Benchmark

Maintaining the integrity of the resource is not only a good practice but also essential in high-risk operations, including those that involve manufacturing, oil and gas, power generation, and petrochemical industries. Outcomes such as environmental risks, safety incidents, economic downtime, and regulatory penalties may occur from the failure of equipment due to undetected problems. Non-Destructive Testing (NDT) is an important security tool, but every safety step and precaution can collapse without proper safety and compliance standards.

“Are you meeting the right NDT safety and compliance standards?” is the question that every facility manager and compliance officer should be asking.

It is more crucial than ever to make sure your facility complies with the latest standards due to changing regulations, degrading facilities, and enhanced monitoring from regulatory agencies. This is where TechCorr is useful. TechCorr, an established provider of asset integrity and inspection services, offers facilities the tools, experience, and vision they require to assess their present programs, uncover faults, and strengthen compliance. Whether you're in charge of rotating machinery, pressure vessels, or pipelines, TechCorr assists you in evaluating your NDT methods to standard practices before small issues turn into serious ones.

Download our Free NDT Safety & Compliance Checklist

The Importance of NDT Safety & Compliance

• Maintaining structural integrity: One of the most important aspects of NDT is it’s ability to identify defects and flaws which could fail, risking individuals and assets. To ensure the reliability and safety of essential structures, protecting workers and end users from fatal consequences, early detection of defects by NDT is necessary.
• Promotes preventive care: NDT techniques are important because, when it comes to preventive maintenance, NDT helps in detecting the issues before they result in a major breakdown. The reduction of downtime and expansion of components’ lifespan and other related expenses, this proactive approach improves operational efficiency and productivity.
• Compliance with regulatory standards: Strict safety rules, including ISO, API, ASME, and ASTM standards, must be followed by industries. By offering accurate inspection reports and the documentation needed for certification and audits, NDT assists businesses in adhering to these standards.

Even after applying NDT at various stages of the manufacturing process, final goods inspection is often the most crucial step. This is particularly true for complicated mechanical or technical objects, such as automobiles or other vehicles, aircraft, electronics, industrial machinery, and medical gadgets. To ensure compliance with quality and safety standards, NDT is often used on the individual parts and components that potentially fail over the course of the product's service life.

Regular inspection helps preserve operational reliability and security, guarantees compliance with new requirements, and assists in problem exploration. To mitigate these risks, NDT procedures must be regularly inspected and monitored.

Key Standards & Regulatory Bodies to Know

Understanding how regulations work is as important for Non-Destructive Testing (NDT) as executing the inspections. The framework for performing, documenting, and reviewing NDT has been established by a variety of regulations and controlling organizations, especially for industries with elevated risks like power generation, petrochemicals, and oil and gas. Asset integrity, worker safety, and environmental protection are all greatly enhanced by standards, which range from industry-specific rules to federal safety requirements. The main governing bodies and standards mentioned below are essential for every facility to know when assessing NDT compliance and security.

• Occupational Safety and Health Administration (OSHA): OSHA is a division of the US Department of Labor. The Assistant Secretary of Labor for Occupational Safety and Health serves as OSHA's administrator. The Secretary of Labor, a member of the President of the United States' cabinet, is the person to whom OSHA's administrator reports. The goal of OSHA is to guarantee that American workers have healthy, safe working environments free from illegal reprisals. To further a national system of worker safety and health protections, OSHA carries out its mission by establishing and enforcing standards, enforcing the anti-retaliation provisions of the OSH Act and other federal whistleblower laws, providing and supporting training, outreach, education, and assistance, and collaborating with our state OSHA programs while making sure they are at least as effective as federal OSHA.

• American Petroleum Institute (API): API is a representative of the whole oil and natural gas sector in America. Since its founding as a standards-setting body in 1919, API has created over 800 standards to improve operational and environmental sustainability, efficiency, and safety. The goal of API is to influence public policy in favor of a robust, sustainable U.S. oil and natural gas business while also promoting safety throughout the industry globally. Some of the API standards are:

• API STD 1104: The butt, fillet, and socket welds in carbon and low-alloy steel pipes used for the compression, pumping, and transmission of fuel gases, carbon dioxide, nitrogen, and crude petroleum and petroleum products are covered by this standard. Where appropriate, it also covers welding on distribution systems.

• API 510 (Pressure Vessel Inspector): Enhance managerial oversight of process unit maintenance, repair, and operation. Reduce the likelihood of delays in inspections. Employ inspectors with substantial training and experience to uphold a high degree of safety.

• API 570 (Piping Inspector): Improve management's control over process unit inspection, repair, modification, and rerating. Employing inspectors with experience in process piping will help you maintain a high level of safety.

• API TR 1189 (Internal Corrosion in Pipeline Facilities): This technical study provides an overview of internal corrosion issues in facilities and offers suggestions for managing and mitigating the hazard.

• **API 650 (Welded Tanks for Oil Storage): **API 650 must be followed in the design and construction of welded steel tanks used to store chemicals, oil, and other materials. The American Petroleum Institute (API) developed the standard to ensure environmental performance, safety, and sustainability.

• American Society of Mechanical Engineers (ASME): Originally established as the American Society of Mechanical Engineers in 1880, ASME is a non-profit professional association that promotes the critical role of engineers in society while facilitating cooperation, knowledge exchange, and skill development across all engineering specialties. There are more than 500 standards and related items in ASME's standards catalog. Pressure technology, nuclear power plants, elevators and escalators, building, technical design, standardization, and performance testing are only a few of the many themes covered by these items. Recent initiatives aim to offer direction to sectors like robotics, energy storage, additive manufacturing, model-based enterprise, and mobile unmanned systems.

• **The American Society for Testing and Materials (ASTM): **To ensure quality and safety, the American Society for Testing and Materials (ASTM), now known as ASTM International, is a global standards organization that creates and disseminates voluntary consensus technical standards for a variety of materials, goods, systems, and services. The construction, energy, environmental, medical, electronics, and personal protective equipment (PPE) sectors are just a few of the many industries and applications that are covered by these standards.

• **International Organization for Standardization (ISO): **ISO is a non-governmental organization that develops and distributes international standards, serving as a global platform for professionals to reach acceptance on best practices in a variety of domains, such as manufacturing, technology, and management. It is crucial to remember that ISO does not carry out certification or issue certifications; external certification bodies do that. Some of the ISO standards are:

• ISO 9001: Quality Management Systems.

• ISO 14001: Environmental Management Systems.

• ISO 45001: Occupational Health and Safety Management Systems.

• ISO 27001: Information Security Management Systems.

How to Benchmark Your NDT Safety & Compliance?

• Equipment safety standards: A comprehensive and organized self-assessment in several important categories is the first step in benchmarking your facility's NDT safety and compliance procedures. To make sure that all testing instruments—whether liquid penetrant, magnetic particle, ultrasonic, or radiographic—are utilized, maintained, and calibrated in compliance with manufacturer specifications and relevant standards like ASTM or ASME, it is necessary to first study equipment safety requirements. Inaccurate results from outdated or improperly calibrated equipment can endanger the safety of employees as well as the integrity of assets.
• Inspector certifications: Equally crucial is to make sure inspector certificates are current and compliant with current standards or API requirements. Although they improve the accuracy of inspections, skilled workers are crucial to maintaining compliance during regulatory agency audits. To ensure that all decision inconsistencies and corrective measures are appropriately documented and maintained on file, a facility's inspection documentation and notification system should also be precise, recognizable, and audit-ready.
• Frequency of inspections and re-inspections: Evaluating the frequency of inspections and re-inspections is another important element. Do they follow code requirements, or are they reactive and inconsistent? Additionally, companies need to figure out if they comply with Risk-Based Inspection (RBI) methods, which prioritize inspections not only according to deadlines but also based on the probability and impact of failure. RBI frameworks improve safety and economic efficiency by focusing resources in areas where they are most required.
• Radiation safety protocols (for RT): Strict radiation safety procedures must be followed by establishments that use radiography testing to abide by state and OSHA standards. This covers programs for personnel dosimetry, area control, signage, and shielding. To reflect shifting workplace conditions, dangers, and best practices, PPE procedures and field procedure reviews must be updated regularly.

Common Red Flags We See During Compliance Audits:

During compliance audits, certain warning signs that point to more significant issues with a facility's NDT program frequently surface.

• Delayed reinspection dates happen to be the most common, and they could end up with concealed defects and a higher risk. This supervision can lead to significant non-compliance with standards such as API 510 or 570, whether it is the consequence of insufficient planning, supervision, or a lack of a risk-based audit strategy.
• The lack of traceable documentation is another common problem. Verifying previous inspections or demonstrating compliance with regulations is made harder by incomplete or fragmented inspection records, which also raise concerns during audits.
• Additionally, we frequently come across individuals who are neither certified nor trained to carry out or assess NDT work. Even a well-conducted test may be questioned if the person does not have the right credentials and training records.
• Lastly, outdated safety procedures threaten worker safety as well as compliance, especially when it comes to PPE use, restricted area entrance, or radiation safety. Frequently, proactive training, uniform processes, and regular audits can stop these early indications. An operation will be safer, and the road to complete regulatory compliance will go more effortlessly if they are addressed sooner.

How TechCorr Supports Full Compliance?

In addition to providing standard inspection services, TechCorr is a reliable advisor on your path to complete NDT safety and compliance. With years of experience in sectors like power generation, petrochemicals, oil and gas, and refining, we know that true compliance is an ongoing, planned procedure rather than a checkbox. To find vulnerabilities in your current inspection program and bring your operations into compliance with OSHA, API, ASME, and ISO requirements, we provide comprehensive compliance audits.

Additionally, our team specializes in Risk-Based Inspection (RBI) planning, which helps facilities in scheduling inspections according to actual risk rather than scheduled intervals. Through the utilization of data and industry knowledge, we direct more intelligent and efficient inspection methods. TechCorr also helps clients with asset monitoring solutions, which save downtime and increase predictability by combining technology and analytics to track asset integrity in real time.

Additionally, we provide training and documentation support because compliance is dependent on more than just technologies. TechCorr gives you the tools you need to stay ahead of audits and regulatory changes, from assisting your teams in keeping accurate inspection records to making sure staff members fulfill certification requirements. We are your partner in creating a safer, more compliant future, not just a supplier.

Final reminder:

Ensuring reliability over time and actively safeguarding your operations are more important than fulfilling the minimum of NDT safety and compliance requirements. Maintaining compliance with regulatory changes and preventing expensive errors requires routinely examining your inspection procedures, certifications, and paperwork. TechCorr will help if you're not sure how your facility is doing. To determine the risks and opportunities in your current program, schedule a compliance evaluation or meeting with our team of experts. Remember to subscribe to TechCorr's YouTube channel and blog to stay up to date throughout the year. We provide insights, regulatory updates, and expert guidance to keep your team focused and your systems audit-ready.

Download our Free NDT Safety & Compliance Checklist

Reference:

• https://www.valencesurfacetech.com/the-news/non-destructive-testing/
• https://www.solutionss.org/news/importance-of-ndt-in-industrial-safety-and-quality-control/
• https://ndtinspect.com/codes-and-standards-in-ndt-industry/
• https://www.asnt.org/what-is-nondestructive-testing/industries/manufacturing
• https://www.astm.org/
• https://www.asnt.org/
• https://www.iso.org/home.html

To safeguard your assets, guarantee worker safety, and prevent expensive downtime or fines, you must maintain NDT safety and regulatory compliance. However, how can you tell if your program is prepared for an audit? You can compare your current inspection procedures and pinpoint areas for improvement using TechCorr's 25-Point NDT Safety & Compliance Self-Audit Checklist.

Aligned with standards such as OSHA, API, ASME, ASTM, ISO, and EPA/state laws, this expert-developed checklist covers all the requirements, from inspector credentials to equipment maintenance and field safety measures.

NDT Safety & Compliance Self-Audit Checklist

1. Qualifications of an Inspector

• Are all inspectors accredited in accordance with ISO 9712, ASNT, or API?
• Are certificates at Levels II and III up to date and documented?
• Is a re-certification and continuing education program in place?
• Do staff members receive training on site-specific risks and safety procedures?
• Is there a certified Level III on hand to oversee procedures and respond to audits?

2. Logs for Equipment Maintenance

• Are all NDT tools calibrated in accordance with manufacturer and ASTM specifications?
• Can calibration records be tracked down, and are they current?
• Are checks for preventive maintenance regularly recorded?
• Do RT devices adhere to state radiation licensing regulations?
• Is it possible to conduct critical path inspections using backup equipment?

3. Inspection Schedule & Frequency

• Do inspection schedules follow RBI, 510, or 570 plans?
• Are due dates for reinspection regularly monitored and reviewed?
• Are inspection priorities determined using a risk-based approach?
• Do asset performance and failure history inform schedule updates?
• Are unforeseen or urgent inspections accurately recorded?

4. Procedures for Documentation and Reporting

• Do inspection reports get preserved safely, are they traceable, and are they complete?
• Are records in compliance with ASME/API documentation standards?
• Are findings, abnormalities, and remedial measures properly documented?
• Does every kind of examination follow the same template?
• During audits, are documents of previous inspections readily available?

5. Procedures for Safety (PPE, Radiation, Confined Space)

• Do RT safety protocols adhere to state and OSHA regulations?
• Are protocols for entering limited spaces often reviewed and updated?
• For every task, is PPE suitable, accessible, and inspected?
• Does frequent training reinforce field safety protocols?
• Are accidents and near-misses recorded and examined for patterns?