TPI January 2025

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The trade magazine for tube and pipe products

January 2025

Photo credit: Benteler Steel Tube

Business & market news

PipeSense and EnControl collaborate to reduce gas pipeline leaks

pipeline leak detection system, PipeGuard. Via around the clock monitoring, the PipeGuard system has been proven to accurately detect leaks without the risk of false positives. Additionally, PipeSense was asked to provide automatic shut-in valve control at one site location, which it was able to achieve through its customised system configuration capabilities. With delivery taking place in Q2 and Q3 this year (2024), PipeSense expects the clients to experience results in mitigating the potential risks caused by pipeline leaks shortly.

In its mission to redefine how pipeline integrity is delivered to the market, provider of AI-enhanced pipeline monitoring and leak detection technology, PipeSense, has announced the successful installation of three of its systems across the US. Supporting EnControl, a leading third party control room company to the oil, gas and hydrogen industries, PipeSense deployed its specialised ‘PipeSentry’ solutions to two separate natural gas systems in the American midwest and one natural gas liquid system in the south. PipeSense specialises in developing and delivering technologies that support pipeline operators to combat the consequences of leaks. These new applications will further highlight the capabilities of PipeSense technology and how it helps customers to fight the negative consequences of pipeline leaks for operators, communities and the environment. For the two natural gas systems – in Kansas and Michigan respectively – and a natural gas liquid system located in Tennessee, PipeSense met the client’s requirements to provide continuous leak detection monitoring. This was achieved by the recommendation of PipeSense’s

PipeSense’s leak detection technology, PipeGuard, was installed at a natural gas system in Michigan

complex pipeline integrity management technologies. PipeSense has demonstrated a new standard to make a positive difference in the communities and regions it works within. PipeSense president and CTO Stuart Mitchell said: “It’s great to be working alongside EnControl for these projects and to know that its team is committed to enhancing pipeline integrity and pushing back against the damage caused by leaks. Throughout the US, pipeline leaks cost operators and the economy billions in damages and lost productivity. We are determined to make a lasting difference via the technology we develop and install, so these three new projects will be further proof of that. As a leader in compliance, EnServ Solutions has seen first-hand the value of what we can provide. We look forward to seeing the long-term results.” Brandon Clemons, president of EnControl, said: “Our partnership with PipeSense enables us to deliver advanced leak detection technology, offering real-time monitoring and shutdown capabilities in response to leaks. Our dedication to maintaining pipeline integrity means we continuously adapt our systems and practices to meet evolving standards, ensuring that our clients’ operations are not only compliant but also secure and reliable.” PipeSense www.pipesense.com

The delivery of these three systems follows a year of growth in which PipeSense has expanded the mileage guarded by its technology, including several high-consequence areas (HCA’s) throughout the Permian Basin and additional projects in California, Kentucky, Illinois, Michigan and Minnesota. The experienced team behind PipeSense have decades of experience in selecting, developing and deploying

TechnipFMC awarded engineering and installation pipe contract in Suriname

TechnipFMC is to begin work on the development of an emerging frontier in Suriname using its subsea architecture and Saipem’s engineering, procurement, construction and installation (iEPCI™) solutions and pipelay capabilities – notably J-Lay given the location offshore – to accelerate time to first oil. TechnipFMC’s contracted scope for the project includes Subsea 2.0 tree systems, manifolds, connectors and topside control equipment. The company will also supply umbilicals, flexible jumpers and flexible risers. Jonathan Landes, president, subsea at TechnipFMC, said: “We are very pleased to receive this iEPCI™ award for the GranMorgu project. We are bringing our new frontier experience and differentiated technology – including Subsea 2.0 – while leveraging the complementary capabilities of our vessel ecosystem.” TechnipFMC www.technipfmc.com

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Business & market news

Hydrogen pipeline guidance for gas distribution piping systems

More than 200 individuals from ASME, PRCI and the broader pipeline community reviewed the project and provided comments as the project progressed. “This collaborative effort exemplifies PRCI’s mission to advance pipeline safety and innovation through research driven solutions,” said Cliff Johnson, president of PRCI. “By combining our Emerging Fuels Institute with ASME’s expertise, we’ve created a practical framework to help standardise hydrogen pipeline requirements within the widely used B31.8 standard. This achievement demonstrates how industry-led research can effectively strengthen standards and accelerate the safe deployment of emerging fuels through the global pipeline infrastructure.” Moving forward, the PRCI project team will support the ASME B31.8 Hydrogen Task Group in presenting the proposed language in the CER for review and approval through a consensus process by the ASME B31.8 and B31 Standards committees for inclusion in the 2026 edition of B31.8. ASME helps the global engineering community develop solutions to real world challenges. Founded in 1880 as the American Society of Mechanical carbon, increasing the efficiency of steel-framed buildings. Atlas Tube’s own engineering experts, who have seen and evaluated hundreds of designs, were also on hand to help engineers leverage HSS in a better way. “Quite simply, we want engineers to know that Atlas Tube has your back,” said Brad Fletcher, senior sales engineer, Atlas Tube. “In addition to product education, our engineering experts can help you solve design challenges, address sustainability requirements, support connection challenges and take advantage of the largest HSS and pipe pile size ranges in North America.” Visitors to the Atlas Tube booth received a preview of another engineer support tool – Fabricator-Friendly, Connection

The Emerging Fuels Institute (EFI) of the Pipeline Research Council International (PRCI) have completed a Consensus Engineering Requirement (CER) project to translate and update the pipeline language from the American Society of Mechanical Engineers (ASME) B31.12 Hydrogen Pipelines Standard to establish a new exception chapter for hydrogen pipelines in the ASME B31.8 Gas Transmission and Distribution Piping Systems Standard. The resulting report is a comprehensive, practical guide that will support fit-for purpose projects and help maintain pipeline safety. The final report with the proposed language and project details and a corresponding webinar are now available free on the PRCI website. “This change will result in a more efficient application of clear, consensus based hydrogen rules for piping systems by consolidating these rules into the standards that are most often used by our industry partners,” said Chris Cantrell, ASME’s senior managing director of standards and engineering services. “ASME would like to thank our volunteers, our staff and PRCI staff and volunteers for working with us to meet pipeline industry needs and to advance the use of hydrogen to promote a clean energy future.” Atlas Tube, a division of Zekelman Industries – a steel pipe and tube manufacturer based in North America – demonstrated how engineers can optimise their structures using its products and expertise at the recent NCSEA Structural Engineering Summit held at the MGM Grand Hotel in Las Vegas. At the Atlas Tube booth, structural engineers interacted with the company’s new HSS vs Wide Flange Comparison Tool that offers an easy way to calculate savings in both pounds and dollars when converting from wide flange to hollow structural sections (HSS) in gravity column applications. Lightweighting a structure’s steel frame using HSS can reduce both the overall cost and the amount of embodied

The final report with the proposed language and project details and a corresponding webinar are now available free on the PRCI website

Engineers, ASME is a not-for-profit professional organisation that enables collaboration, knowledge sharing and skill development across all engineering disciplines, while promoting the vital role of the engineer in society. Since 1952, PRCI has been recognised around the world as a unique forum within the energy pipeline industry for delivering value to its members and the industry through the development and deployment of research solutions to improve pipeline safety. American Society of Mechanical Engineers www.asme.org Details. The company will be offering downloadable connection details that integrate with Revit, AutoCAD and other leading design programs to further streamline the design process. Atlas Tube will be officially launching the tool in early 2025. Zekelman is a family of operating companies which include Atlas Tube, Picoma, Sharon Tube, Wheatland Tube, Western Tube and Z Modular. With 20 manufacturing locations and more than 3,200 employees across North America, the company a leading independent manufacturer of HSS and steel pipe and a producer of electrical conduit and elbows, couplings and nipples in North America.

Atlas Tube shows engineering expertise at Structural Engineering Summit in Las Vegas

Zekelman Industries www.zekelman.com

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Business & market news

Global oil & gas contract value declines despite steady Middle East volume in 2024

LNG for the North Field offshore compression program in Qatar, covering engineering, procurement, fabrication and installation of six platforms, along with 28", approximately 100km of corrosion-resistant alloy rigid subsea pipelines, 24”, 100km subsea composite cables, 150km of fibre optic cables and various other subsea facilities as part of the COMP3A and COMP3B projects. Additionally, Saipem secured a $2bn contract from Saudi Aramco for the EPCI of wellhead platform topsides, jackets, tie-in platforms, rigid flowlines, submarine composite cables and fibre optic cables for the Marjan field in Saudi Arabia and further it received two contracts overall valued approximately $1bn for the EPCI of jackets, production deck modules, subsea pipelines (both rigid and flexible) and subsea power cables for the Marjan, Zuluf and Safaniyah fields in Saudi Arabia. GlobalData www.globaldata.com

Field offshore compression program in Qatar and significant contracts worth over $3bn from Saudi Aramco for Engineering, Procurement, Construction, and Installation (EPCI) work on the Zuluf, Safaniyah and Marjan field development projects in Saudi Arabia.” Operation and maintenance (O&M) represented 45 per cent of the total contracts in Q3 2024, followed by procurement scope with 33 per cent and contracts with multiple scopes, such as construction, design and engineering, installation, O&M and procurement, which accounted for 10 per cent. Some notable contracts awarded during Q3 2024 include Bechtel Energy’s approximately $4.3bn lump-sum turnkey EPC contract for Train 4 and related infrastructure at the Rio Grande Liquefied Natural Gas (LNG) export project in the Port of Brownsville, Texas. Saipem made significant contributions with several key contracts such as the $4bn agreement with QatarEnergy

Global oil & gas contract activity saw a 35 per cent quarter-on-quarter decrease in total disclosed value from $55.3bn in Q2 2024 to $35.7bn in Q3 2024. Despite this, steady contract volumes, particularly in the Middle East, were driven by substantial projects such as Saipem’s $4bn contract with QatarEnergy and multi-billion-dollar agreements from Saudi Aramco, providing some stability, reveals GlobalData, a leading data and analytics company. GlobalData’s latest report said: “Oil & gas industry contracts review by sector, region, terrain and top contractors and issuers, Q3 2024,” which reveals that the overall contract volume remained relatively stable, with 1,519 contracts in Q3 2024 compared to 1,546 in Q2 2024. Pritam Kad, oil & gas analyst at GlobalData, said: “Contract activity in the Middle East has provided stability, helping to offset the overall value decline. This is driven by Saipem’s $4bn contract from QatarEnergy LNG for the North

Jingning Junwen Steel Co., Ltd

Small diameter stainless steel seamless tube Process: Cold drawing, bright annealing Delivery status Soft (HRB≤90) Grade: 304 / 304L / 316L / 321 / 317L / N08904 / S32205 / S32750 / N08825 / N06625 Standard: ASTM (ASME) and DIN, GB, JIS Size: OD 1/8"- 11/4", WT 0.028"-0.083" Tolerance: Outer diameter:

Precision cold drawn stainless steel seamless coil tubing Production Process: Cold drawing (cold-draw) Surface Finish: Vacuum bright annealing Delivery Status: Soft state (HRB ≤90) Grade:

304 / 304L / 316L / 321 / 317L / N08904 /S32205 / S32750 / N08825 / N06625 / N10276 / S31254 ASTM (ASME) and DIN, GB, JIS OD 1/8"- 1", WT 0.028"-0.083"

±0.08mm (0.00315") Wall Thickness: ±10%

Standard:

Quality testing:

Hydrostatic test (1400PSI-5000PSI) / Air pressure test / Eddy current testing ISO9001:2015 / PED / ISO45001:2018 / ISO14001:2015

Size:

Tolerance:

Outer diameter: ±0.08mm (0.00315"), wall thickness: ±10% 100ft-3500ft, or according to customers’ requests Hydrostatic test (1400PSI-5000PSI) / air pressure test / Eddy current testing ISO9001:2015 / ISO45001:2018 / ISO14001:2015 / HSE / PED

Length:

Certification:

Quality testing:

Certification:

Our stainless steel coiled tube products are widely used in oil drilling, shipbuilding, aerospace and petrochemical oil refining equipment, spiral wound heat exchanger and chemical industry cold treatment, gas transmission pipeline, fluid pipeline, steam insulation pipe cable, stainless steel heat tracing coiled tubes, high pressure fluid pipeline, stainless steel thermal insulation pipe cable, anticorrosive stainless steel pipe cable and umbilical cord protected by PVC sheath pipe and cable industries.

No. 88 Shiniu Mountain, Jingning, She Autonomous County, Zhejiang, China Salesman: Sam | Mobile: +86 13305889498 | Tel: +86 578 5973358 | Email: jw@jw-steel.com

www.jw-steel.com

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Business & market news

Extrudable PPS technology for sustainable piping

Syensqo, a global provider of advanced materials and chemical solutions, has launched Ryton ® PPS XE-5000NA, the first grade of an innovative extrudable polyphenylene sulfide (PPS) technology, which aims to boost the performance and sustainability of piping materials. “There is a growing need for new piping materials solutions capable of exceeding the chemical, thermal and pressure resistance of conventional polyethylene or polyamide resins without compromising processability or efficiency,” said William Sattich, principal scientist for PPS at Syensqo. “In addition to meeting these requirements, our advanced Ryton ® PPS XE-5000 technology delivers high-performance extrudable thermoplastic compounds with a permeation resistance far superior to that of common piping materials, revolutionising the energy industry’s approach for piping solutions.” Ryton ® PPS XE-5000 provides a safe and proven solution for pipes operating in high-temperature and high-pressure environments. Its exceptional chemical and permeation resistance make it an economical and efficient choice for both traditional and emerging energy applications. Mike O’Brien, global marketing manager for energy at Syensqo, added: “The new PPS XE grade expands the

Syensqo has launched Ryton ® PPS XE-5000, the first grade of an extrudable polymer technology for sustainable non-metallic piping

legacy of Ryton ® into higher performance non-metallic piping solutions. This meets customer demands in key markets, including oil & gas and the next generation of energy applications.” With excellent extrusion properties, Ryton ® PPS XE-5000NA is ideal for use in inner liners, stand-alone and composite pipes. This new material is now commercially available worldwide. Ryton ® is a registered trademark of Syensqo. Syensqo www.syensqo.com

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Editorial Features Steel & stainless steel pipes Fittings, valves, flanges & connectors Show issue for: Lamiera, Made in Steel & Tube Eurasia

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Business & market news

Using artificial intelligence to secure pipeline infrastructure

control since optimal welding parameters and a visually flawless weld from the outside cannot reliably prove a flawless weld. For this reason, despite the high quality training of welders and welding supervisors, defects can occur that can have serious consequences if a defective weld seam causes a pipe to burst. Whether gas

The Pipe-safe project has been launched to put an AI assistant for quality assurance of welds in pipeline construction into practical use. This will enable the welded joints on gas and water pipes to be evaluated using AI, thus relieving the burden on skilled workers. The safety of the supply infrastructure, especially in pipeline construction, depends primarily on the quality of the welds. That is why high standards apply in the training of plastic pipe welders – for example, welded joints are checked again by another specialist in the construction site trench. These are crucial measures to ensure the security of gas, water and wastewater supply and to avoid accidents. The inspection of the weld seams in the trench must be non-destructive and carried out under construction site conditions. Currently, a welding supervisor is required who is a knowledgeable specialist. However, this does not correspond to a 100 per cent

The Pipe-safe project, which is to support welding specialists with modern non-destructive testing technology and AI, has started at SKZ

destructive testing techniques (via ultrasound) of an immediate evaluation of the weld quality directly after the welding process has taken place, without the need for additional testing technology,” explained Christoph Kugler, group leader digitalisation at SKZ. If successful, the burden on quality assurance experts in pipeline construction can be significantly reduced in the future and the quality of the weld seam can be ensured. In addition to the transfer of scientific knowledge into practice, the project also includes measures for socio-technical challenges, such as the acceptance of digital assistants and AI systems. The SKZ project is funded by the Federal Ministry of Education and Research (BMBF) through the DATIpilot funding guideline. SKZ www.skz.de aspects of their work. The fabricators have consistently delivered products of superior quality, adhering to the highest industry standards. Their commitment to quality ensures that customers receive reliable, high-performance steel components for a wide range of applications. Additionally, these fabricators have a proven track record of embracing innovation in their processes and products. They continuously seek out new technologies and techniques to enhance efficiency, reduce environmental impact and improve product performance. SSAB www.ssab.com

or water, the effects can be dramatic. The Pipe-safe project at SKZ is therefore designed to support experts in the future by means of modern non-destructive testing technology and AI. The aim of the project is to develop an AI-based assistant for construction site work to detect errors in heated tool butt welding (HTBW) of gas and water pipes automatically and independently of the user. The project is based on a previous research project in which the quality of the heating element butt welding process using a heat flow sensor and the process data from the welding machine could be successfully assessed by a trained AI. In pilot plant trials, all welding defects were reliably detected using the developed AI for the bulk plastics polypropylene and polyvinyl chloride. Pipe-safe is now to bring this into practical application. “The approach chosen in the project for in-line quality assurance has the advantage over downstream, non SSAB has launched the Strenx ® Certified Fabricator, an initiative designed to recognise and promote excellence in the field of high strength steel fabrication. Strenx ® Certified Fabricator connects a select group of fabricators with a proven ability to provide OEMs with state-of-the-art steel components and prefabricated structures. They have demonstrated exceptional skill and expertise in working with SSAB’s Strenx ® performance steel. SSAB has appointed MTL Advanced Ltd, located in Rotherham, UK. Strenx ® Certified Fabricators have consistently demonstrated their dedication to excellence in various

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German manufacturer offers a flexible and durable solution for temporary surface pipelines in extreme environments By Andrea Schütz, head of media content & media strategy, ABOPR Pressedienst BV

In order to maintain operations it is crucial that the pipes are laid quickly and with low manpower requirements. To achieve this, German manufacturer Rädlinger primus line GmbH has developed the Primus Line ® Overland Piping system that considerably reduces the effort. One reason for this is the structure of the aramid-reinforced and composite liner with leak-free connectors, which makes it much more durable and flexible than other piping at the same time. The system is specifically developed for above ground piping of demanding and potentially hazardous media. The biggest problem with mines is that they are often located in remote places whose terrain makes laying above ground supply lines a particular challenge. “To keep mining operations running, water and other process media must be transported through a remote and rugged terrain, where the weather is often extreme, the access is limited, and the risks are high. It is essential to have a reliable and durable pipeline system that can handle the challenges and deliver the targeted results,” explained engineer Heiko Manzke, director Australia and New Zealand. HDPE pipes are still frequently used for this purpose, as they have proven themselves in many applications. However, it is particularly important to have as few connection points as possible, which can weaken the overall structural integrity of the lines and create weak points where problems such as leaks can occur if they are under constant stress from environmental influences. No matter which overland piping system is used: in the long term, these lead to materials degrading over time, which can only be prevented up to a certain point. That is why Germany-based Rädlinger primus line GmbH has developed Primus Line ® Overland Piping: an alternative that is considerably safer and more resistant, but at the same time can significantly shorten the installation work. “The lining of the flexible pipeline consists of thermoplastic polyurethane (TPU), a very durable polymer. Its outer layer, also made of TPU, offers maximum protection from UV-light and abrasion as well as the required flexibility for repeated The construction and laying of the above-ground pipeline infrastructure in mining operations involves a great deal of labour, time and costs. One of the biggest hurdles is the general safety of the pipes, which have to be weatherproof even in extreme areas. On the other hand, they should have as few connecting elements as possible, as these are inherently a weak point and encourage leaks, for example, that pose a security threat to the environment. However, if the terrain is particularly challenging, it may be necessary to lay more connections in order to adapt to the terrain without risking too much distance unnecessarily, which in turn increases the general project costs.

The TPU coating makes the liner flexible and resistant against UV as well as abrasion

installations and coiling of the reusable system,” explained Mr Manzke.

High durability Abrasion, impact, UV light and other environmental stresses affect the outer layers of the pipe while they internally must be able to cope with abrasive materials and harsh chemicals. Therefore, Primus Line ® Overland Piping has a three-layer structure to ensure high durability. While the outer TPU-layer protects against external influences, the aramid-reinforced middle layer ensures the necessary flexibility of the liner, making it reusable and bendable.

The structure of the composite liner makes it resistant to hazardous media

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allowing them to be laid out fast and easily in different layouts. They can also be connected to pumps or other pipeline assets. Either way, no hot work such as welding or butt fusion is required for installation. In addition to this quick connection system the overall number of necessary joints for the pipeline infrastructure was reduced since fewer joints mean less weak points. “We therefore provide installation lengths of 3,300ft (1,000m) and more to reduce the number of necessary joints, especially when compared to HDPE pipe, thus making this solution particularly safe to use and operate,” explained Mr Manzke. Fully reusable pipe system When developing the design, great care was taken to keep operating costs as low as possible. This cost advantage of Primus Line ® Overland Piping results, in addition to the less complex laying, from its low storage requirements and reusability. Storage demand can be kept low because, depending on the diameter, up to 13,120ft (4,000m) of the flexible pipe can fit on one transport reel. In comparison, storing HDPE pipe requires up to ten times more space. “The reusability of Primus Line ® Overland Piping makes it not only a cost-effective solution, but also an environmentally friendly one since far less machinery is required during installation and transport. This significantly reduces the carbon footprint on site and allows installation through bushland, nature parks or waterways without damaging the environment,” Mr Manzke concluded. Rädlinger primus line GmbH Founded in 2001, Rädlinger primus line GmbH currently has around 100 employees at its headquarters and production site in Germany and branches in the USA, Canada, China and Australia, as well as a large, international and specially trained partner network. The core of the Primus Line ® technology is a flexible pipe consisting of a fabric-reinforced liner and specially developed connectors. Suitable for the transport of water and oil & gas, it has the necessary approvals from many countries around the world and meets the highest standards for use in the drinking water sector. Today, Primus Line ® is used worldwide as a safe, reliable and sustainable solution in the trenchless rehabilitation of pressurised pipelines (Primus Line ® Rehab) and in the construction of freely layable pipelines (Primus Line ® Overland Piping). To ensure the functionality of the pipe system under the most extreme conditions Rädlinger primus line GmbH sets high standards: the production process itself is subject to constant quality control using optoelectronic measuring devices. These record all process parameters and allow a continuous control of the consistency and wall thickness of each layer of the pipe. In addition, each production charge is given a batch ID for unambiguous traceability and undergoes a burst pressure test that reliably confirms the maximum operating pressure.

Installation lengths from 3,300ft are possible

The third and inner layer offers strong chemical resistance that even withstands contact with highly corrosive hydrocarbon compounds. “This design differentiates the solution from other systems resulting in a generally longer service life and ensuring a successful operation without leakage and environmental damage,” explained Mr Manzke. The choice of aramid as a core material was no coincidence: its strength is ten times higher than that of steel and twice that of glass fibre or nylon. The aramid fabric therefore makes Primus Line ® flexible and, in combination with the TPU layers, safe at the same time. “Based on the standard API 15LF, the burst pressure is at least two and a half times higher than the permissible operating pressure,” Mr Manzke added. In addition, this fabric gives the pipes an extremely high tensile strength that allows for a complete stand-alone absorption of even very high operating pressures. Easy installation One of its main advantages is the ease of installation, which does not require heavy equipment or high manpower. “The construction of 3.7 miles (6km) of pipeline only takes about one to two days with a crew of three to four people. In comparison, it takes about 25 to 30 days to lay the same distance with a crew of four to six people using HDPE pipes,” Mr Manzke said. The situation is similar when it comes to removing the pipeline. This time saving is made possible, among other things, by coiling them flat on special transport reels that are delivered to the customer. Once on site, installation requires only a mini-excavator or winch and

basic hand tools. This approach can minimise both logistical costs and the environmental impact associated with transportation. “Since no heavy trucks are needed to transport liquids, Primus Line ® Overland Piping actively contributes to minimising CO 2 emissions,” Mr Manzke added. However, flexibility does not only refer to the material of the pipes. Specially developed high pressure end fittings with flanges or quick couplers compatible with Victaulic notch are used to link various flexible pipelines,

Rädlinger primus line GmbH info@primusline.com www.primusline.com

The liner is simply uncoiled and recoiled flat on transport reels

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“We’ve advertised in Tube & Pipe Technology and its sister publications for many years. Their publications provide an excellent environment for creating positive recognition, impressions, and awareness of our NDT systems for tube, bar and wire readers. Editor Rory McBride is a pleasure to work with, always responsive and helpful, and our ad agency finds Jason Smith, sales director at Intras, outstanding.” At the heart of the tube industry for more than 40 years

“We highly appreciate the ongoing collaboration with Intras Ltd, which supports us regularly with advertising and articles in Tube & Pipe Technology magazine, which is the leading magazine in the tube industry.”

“Our partnership with Tube & Pipe Technology over the years has enabled us to grow our profile and, therefore, our business. Thanks to the publication’s international readership it also enables our company news and marketing activities to reach our global customer base.”

“ Tube & Pipe Technology has provided us a really professional and well-known communication platform for our welded pipe mill over more than 30 years. TPT creates an opportunity for Chinese enterprises like us to know the international trends in the industry, which has been particularly useful when travel to trade events has been difficult in recent times.”

“We appreciate the long-standing relationship and the good cooperation we have with Tube & Pipe Technology and the opportunity that they provide for us to communicate with the global industry.”

SALES

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Jason Smith Rest of World

Email: linda@intras.co.uk Tel: +44 1926 834685

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