ITIS "You’re never sure unless ITIS tested."

ITIS | Ultrasonic Flowmeter Testing As demand for larger and heavier flowmeters grows, we continue to expand our capabilities. Here’s a look at some of the ultrasonic flowmeters we test for various clients. Depending on end-client requirements, we can test these flowmeters at operating pressures using either liquid or gas within temperature ranges from -196˚C to 800˚C. Ultrasonic gas flowmeters operate by measuring the transit time of ultrasonic sound waves. The gas velocity is determined by the difference in transit time of a sound wave traveling with the flow direction compared to one traveling against it. The path of the sound wave, or acoustic path, can cross the pipe directly or consist of multiple chords using reflections. At our state-of-the-art test facility, we conduct comprehensive testing on your products and assemblies to verify their behavior and reliability under both standardized and extreme conditions. For product development and validation, we offer a range of testing services, including destructive examination, pressure pulse, endurance, load, burst pressure, leak, and climatic testing. Curious about how we can assist with your testing and certification needs? Discover more on our website: : https://lnkd.in/ewvePAN6 "You’re never sure unless ITIS tested!"

Hydrogen and Safety Training Day We were proud to represent ITIS at the Hydrogen and Safety Training Day, sharing our insights and experiences from hydrogen testing and contributing to new industrial product standards. The event, held on Friday, September 20th, brought together experts and participants to explore key developments in green hydrogen, safety protocols during hydrogen fires, and hands-on experiences at the new hydrogen lab at HZ University of Applied Sciences and Scalda on the Kenniswerf 2040 in Vlissingen NL). Hosted by HZ University of Applied Sciences, Scalda, and Schelde Safety Network, the day featured technical presentations and real-world insights from industry leaders like Rens Hamelink (Smart Delta Resources), Jeroen Tap (Dow), Sanne Buisman (EQUANS), and Colin Zegers (ITIS BV (Industrial Testing & Inspection Services)). We look forward to future opportunities to share our expertise and collaborate on advancing hydrogen technology and safety practices! For more information about testing, please visit our webite: www.itis-nl.com #Hydrogen #Safety #Innovation #EnergyTransition #Testing

Understanding Fugitive Emission Testing: Ensuring Safety and Compliance At ITIS, we frequently address questions about fugitive emissions: "What are they? What can leak? What is the maximum allowable leakage? How can I prevent my equipment, particularly pressure-containing components, from leaking?" As an ISO 17025 accredited test laboratory, ITIS tests pressure-containing components according to ISO and API (American Petroleum Institute) standards to determine their leakage values during fugitive emission tests. What Are Fugitive Emissions? Fugitive emissions are the unintentional release of gases or vapors from pressure-containing equipment or components inside plants, such as valves, flanges, pumps, storage tanks, and compressors. These emissions are not accounted for in the equipment design and often go undetected by standard monitoring devices, making them uncontrolled emissions. The Growing Concern of Fugitive Emissions Pollution has escalated since the 19th-century industrial revolution, with a significant rise in fugitive emissions over the last 70 years. These emissions have increased nearly fivefold since 1950 due to the rising demand for heat and electricity. Health, safety, and environmental concerns have made fugitive emissions a critical issue for end-users, operators, and regulators worldwide. Regulations and Standards Since the early 1960s, regulations and standards have been developed to address fugitive emissions. Regulatory bodies and legislation, such as TA Luft in Germany and the Clean Air Act in the United States, enforce these standards. Despite these efforts, accurately quantifying fugitive emissions remains challenging, especially in major oil- and gas-producing countries. Our Role in Fugitive Emission Testing ITIS helps industries manage and reduce fugitive emissions through rigorous testing according to international standards. We provide data that enable our clients to enhance the safety and efficiency of their operations. Our testing services ensure that pressure-containing components meet required standards and operate without leaking, promoting a safer and more environmentally friendly industrial environment. For example, during an inspection, we found a leaking stem seal in a chemical plant, releasing flammable and toxic gas. Such leaks can pose significant risks if not properly managed and controlled. For more information on fugitive emission testing and certifications, visit our website: www.itis-nl.com. Connect with us for insights on how ITIS can support your emission testing needs and ensure compliance with the latest industry standards. #Valvetesting #ISO17025 #FugitiveEmission #Safety #LeakTesting

ITIS| The Importance of Regular Pressure and Leak Testing for Hydrogen Filling Stations As hydrogen emerges as a clean energy carrier, hydrogen filling stations have become a critical part of the infrastructure. Ensuring the safety and efficiency of these stations is paramount. Regular pressure and leak testing play a key role in this. Here’s why these tests are so important.   Safety First Hydrogen is an extremely flammable gas. Leaks can lead to an explosive atmosphere if the gas accumulates and encounters an ignition source. Additionally, hydrogen filling stations often operate under very high pressures, up to 700 bar or more. Any faults or defects at these pressures can pose significant safety risks. Regular pressure tests ensure that all components of the filling station can withstand operational pressure, reducing the risk of material fatigue and failure. Helium has been used for this test for safety reasons according to end user requirements.   Environmental Protection Preventing leaks helps reduce environmental pollution and waste of valuable resources. While hydrogen itself is not harmful to the environment, its production can have an impact depending on the methods used (e.g., from fossil fuels). Therefore, it is important to minimize waste.   Operational Efficiency Regular inspections and tests ensure a reliable and efficiently functioning filling station. This significantly reduces downtime and maintenance costs. Moreover, preventing leaks and pressure issues can help minimize repair costs and hydrogen loss.   Regulatory Compliance Many countries have strict regulations for the construction and maintenance of hydrogen filling stations. Regular testing helps comply with these regulations, avoiding fines or closures. Operational permits may even require regular pressure and leak testing.   User Trust Users need to trust that the stations are safe. Regular and thorough testing contributes to this trust. A well-maintained filling station provides a better user experience and can enhance the positive image of hydrogen as a fuel option.   Testing a hydrogen filling station for pressure and leaks is essential to ensure safety, efficiency, reliability, environmental impact, and regulatory compliance. By taking these tests seriously, we can contribute to a safer and more sustainable energy future.   Do you have questions or want to learn more about testing and inspections of hydrogen filling stations? Feel free to contact us; we are happy to share our knowledge and experience! www.itis-nl.com   #Hydrogen #Testing #Inspection #Leaktesting #Energy #Safety #Sustainability #Innovation #Technology #Infrastructure

ITIS | Testing & Inspections ITIS is an independent, ISO 17025 accredited testing laboratory. Over the coming weeks, we will be conducting numerous tests both on-site and at our testing laboratory in Goes (NL) on industrial products such as valves, flowmeters, hydrogen filling stations, hoses, and more. Our testing services can be broadly categorized into: Design Validation Testing (DVT): Evaluating products under design conditions for pressure, temperature stages, and endurance such as operational cycles. Operational Condition Testing: Assessing products under real-world operational conditions to ensure they meet end-user requirements. Production Testing: Testing products according to industry standards. These tests can be attended in person at our Goes laboratory or followed live via a livestream for customers, NOBOs, or end-users. For more information, please visit our website: www.itis-nl.com or email us at: info@itis-nl.com

Exciting article in the upcoming edition of Pomp.NL magazine highlighting various innovations in the field of inspection (Dutch language) In a time where technological advancement is the norm, it's inspiring for companies to engage in new developments to stay ahead in driving innovation in the inspection realm. With a plethora of groundbreaking advancements and collaborations, ITIS BV continues to push boundaries and set new standards in the industry. One of the most thrilling developments in the inspection world is the emergence of inspection robots. Companies like ExRobotics and XiniX AI have developed impressive robots that not only enhance the safety of inspections but also make them more efficient. By leveraging advanced technologies such as audio imaging and artificial intelligence, these robots can accurately detect and pinpoint problems, even in the most challenging environments. As a leading player in the sector, ITIS BV aims to maintain a crucial role in co-developing and supporting many of these innovations. Our involvement in programs like Industrial Robotics Innovation (IRI) has led to the creation of groundbreaking solutions that enhance the safety and efficiency of inspection processes. Despite remarkable progress in inspection technologies, ITIS BV remains committed to making these innovations more widely accessible to companies. As Leendert Schouten, Program Manager at KicMPI rightly points out, there is still hesitancy among some technical services to embrace these new technologies. Therefore, we encourage everyone to experience these technologies firsthand and discover the benefits for themselves. One of the most notable innovations ITIS is working on is the development of an emissions monitoring system for various applications. This system, which detects leaks using advanced sensors, offers a proactive approach to maintaining pressure-containing components, allowing potential issues to be identified and addressed early. With these exciting developments and many more on the horizon, it's evident that the future of inspection is brimming with possibilities. By collaborating and embracing new technologies, we can continue to push the envelope and improve the safety and efficiency of inspection processes. For more information, visit our website www.itis-nl.com #innovation #inspection #KicMPI #PompNL #ExRobotics #XiniXAI #PompNLmagazine      

Quand les VRAIES normes servent à quelque chose et en particulier à la protection de notre environnement et des personnes ! UNM (Union de Normalisation de la Mécanique) EVOLIS - Organisation professionnelle KSB France

Unlocking Innovation: The Imperative of ISO Standard 12101   As team leader within ISO TC153 WG5 (Fugitive Emissions), we are pleased to share a pivotal update on our journey towards shaping the ISO standard 12101. Collaborating with experts from across the globe and prestigious organizations like ESA (European Sealing Association) and FSA (Fluid Sealing Association), we're diligently crafting a game-changing standard.   The essence of ISO 12101 lies in its mission: to establish meticulous test methods for evaluating the efficacy of stem seals in valves. Our overarching goal? To slash fugitive emissions and usher in a new era of environmental responsibility and operational excellence.   By subjecting diverse stem seal designs to rigorous testing, we aim to provide a comprehensive classification and qualification framework under various conditions. This, in turn, empowers valve manufacturers to make informed decisions, aligning their choices with ISO 15848-1 standards.   But why is this standard so crucial? Time and again, we've witnessed preventable fugitive emissions during valve testing, owing to unrealistic expectations or the absence of essential data for manufacturers. ISO 12101 fills this void by delineating crucial parameters—leakage thresholds, pressure ratings, dimensional tolerances, and more—that are indispensable for ensuring optimal seal performance.   Moreover, ISO 12101 doesn't just scratch the surface. It delves deep into testing conditions, encompassing stroke, angle, and movement across various valve types—from rotating non-rising stems to quarter turns and beyond. This granular approach equips manufacturers with the insights needed to optimize valve-stem seal combinations for maximum efficacy.   As we gear up for the transition from Committee Draft (CD) to Draft International Standard (DIS), excitement mounts. The DIS stage heralds the culmination of tireless efforts, with a document that boasts over 95% technical accuracy—a testament to our unwavering commitment to excellence.   Looking ahead, we anticipate swift progress towards the Approval Stage—Final Draft International Standard (FDIS)—ushering in a new era where ISO 12101 becomes the gold standard for stem seal testing worldwide.   Join us on this transformative journey as we unlock innovation, mitigate emissions, and shape a future where sustainability and performance go hand in hand. Together, let's embrace ISO 12101 as a catalyst for positive change.   For questions ore remarks, please send an email to: colin.zegers@itis-nl.com   #ISO12101 #15848-1 #FugitiveEmissions #ValveInnovation #ESA #FSA

Unlocking Innovation: The Imperative of ISO Standard 12101   As team leader within ISO TC153 WG5 (Fugitive Emissions), we are pleased to share a pivotal update on our journey towards shaping the ISO standard 12101. Collaborating with experts from across the globe and prestigious organizations like ESA (European Sealing Association) and FSA (Fluid Sealing Association), we're diligently crafting a game-changing standard.   The essence of ISO 12101 lies in its mission: to establish meticulous test methods for evaluating the efficacy of stem seals in valves. Our overarching goal? To slash fugitive emissions and usher in a new era of environmental responsibility and operational excellence.   By subjecting diverse stem seal designs to rigorous testing, we aim to provide a comprehensive classification and qualification framework under various conditions. This, in turn, empowers valve manufacturers to make informed decisions, aligning their choices with ISO 15848-1 standards.   But why is this standard so crucial? Time and again, we've witnessed preventable fugitive emissions during valve testing, owing to unrealistic expectations or the absence of essential data for manufacturers. ISO 12101 fills this void by delineating crucial parameters—leakage thresholds, pressure ratings, dimensional tolerances, and more—that are indispensable for ensuring optimal seal performance.   Moreover, ISO 12101 doesn't just scratch the surface. It delves deep into testing conditions, encompassing stroke, angle, and movement across various valve types—from rotating non-rising stems to quarter turns and beyond. This granular approach equips manufacturers with the insights needed to optimize valve-stem seal combinations for maximum efficacy.   As we gear up for the transition from Committee Draft (CD) to Draft International Standard (DIS), excitement mounts. The DIS stage heralds the culmination of tireless efforts, with a document that boasts over 95% technical accuracy—a testament to our unwavering commitment to excellence.   Looking ahead, we anticipate swift progress towards the Approval Stage—Final Draft International Standard (FDIS)—ushering in a new era where ISO 12101 becomes the gold standard for stem seal testing worldwide.   Join us on this transformative journey as we unlock innovation, mitigate emissions, and shape a future where sustainability and performance go hand in hand. Together, let's embrace ISO 12101 as a catalyst for positive change.   For questions ore remarks, please send an email to: colin.zegers@itis-nl.com   #ISO12101 #15848-1 #FugitiveEmissions #ValveInnovation #ESA #FSA

ITIS: Elevate Your Valve Testing Experience with API PR2 Standard Step into a realm where reliability meets innovation - where your valves undergo a transformative journey of resilience and precision. At ITIS, we redefine valve testing with our cutting-edge PR2 Valve Testing services, setting the benchmark for excellence in the industry. Immerse yourself in the assurance of our 15,000 psi choke valve, meticulously tested in our accredited laboratory to meet and exceed API 6A PR2 standards. From the bone-chilling depths of -120°C to the scorching heat of 176°C, and pressures soaring up to 1034 bar, our tests push boundaries, ensuring your valves are primed for the toughest environments. API 6A PR2 tests are not just assessments; they are guarantees of performance. Recognized globally for their stringent criteria, these tests subject valves to extreme temperature differentials and dynamic pressure conditions, validating their robustness and reliability. But at ITIS, we go beyond the standard. Our commitment to precision and safety knows no bounds. Each test is conducted within meticulously controlled environments, with our state-of-the-art digital registration system capturing every detail, simplifying reporting and ensuring transparency throughout the process. Yet, innovation is our hallmark. In a world where connectivity reigns supreme, we offer a revolutionary experience - the ability to witness your valve tests remotely. Through live streaming of test data and video images, stakeholders from across the globe can immerse themselves in the testing process, witnessing firsthand the resilience of your valves. Experience the future of valve testing with ITIS. Explore our website today to discover how we can elevate your testing experience to new heights: www.itis-nl.com   #ISO17025 #valvetesting #ITIS #PR2 #Innovation #Reliability