World's Best Pipelines
Since 2000
Technical Pipeline Engineering Solutions
Founded in 2000, Technical Pipeline has spent more than two decades at the working end of some of the world’s most demanding pipeline projects. We design and manufacture the full range of apparatus and machinery that pipeline contractors depend on to align, weld, cut, heat, hold, transport, and test pipe equipment built to get every operation done safely, at a lower cost, and in less time, on water pipelines, gas pipelines, steam lines, oil pipelines, power plant piping, transmission lines, and clean and wastewater networks alike.
Solution Partner Approach
We see ourselves not as a supplier but as a solution partner — engineering equipment around the real conditions of each project rather than asking the project to work around a standard catalog. That partnership is backed by our own in-house R&D department, which develops solutions that go beyond what the rest of the industry offers. Our most advanced work in this respect carries our own patent: technology built exclusively around Technical Pipeline Robot, using engineering that puts both our own equipment and the contractors we partner with well ahead of the competition.
Across two decades of manufacturing, our equipment has found its way into ten core industry sectors, each with its own working conditions and its own emerging expectations around pipe sizing standards:
Sectors We Serve
| # | Main Sector | Sub-Headings | Size Standard Candidates |
|---|---|---|---|
| 1 | Oil, Natural Gas & Petrochemicals | Onshore pipelines; Refinery and petrochemical plants; LNG and hydrogen infrastructure (future phase) | ASME B36.10M, API 5L / ISO 3183, EN 10220 |
| 2 | Construction & Infrastructure | Urban infrastructure (water, sewage, gas distribution); Horizontal directional drilling (HDD) and underground crossings; District heating; Building mechanical systems | EN 10220, EN 10255, ASME B36.10M |
| 3 | Power Generation | Thermal and combined-cycle plants; Hydroelectric; Geothermal; Renewables and energy transition (future phase) | ASME B36.10M / B36.19M, EN 10220 |
| 4 | Water, Dams & Transmission Lines | Drinking water transmission and conveyance lines; Dam penstocks; Irrigation and wastewater; Desalination plants | EN 10220, AWWA C200, ISO 4427 / EN 12201 (PE), ISO 10467 / EN 1796 (GRP) |
| 5 | Manufacturing & Fabrication | Pipe spool prefabrication; Pressure vessels, tanks, and heat exchangers; Pipe manufacturing and coating plants; Heavy fabrication | ASME B36.10M, EN 10220, EN ISO 1127 |
| 6 | Mining | Ore slurry and tailings lines; Dewatering and ventilation; In-mine process lines | ASME B36.10M, EN 10220, ISO 4427 (PE) |
| 7 | Defense Industry | Vehicle and shipboard systems; Test and trial facilities; Military infrastructure | Project specification (ASME B36.19M/10M, EN 10220 candidates) |
| 8 | Chemical, Pharmaceutical & Biotechnology | Chemical process plants; Pharmaceutical and hygienic lines; Laboratory and pilot plants | ASME B36.19M, EN ISO 1127 |
| 9 | Marine & Offshore | Shipbuilding and shipyards; Offshore platforms and marine structures; Subsea pipe-laying; Port and coastal facilities | EN 10220 / ISO 4200, ASME B36.10M / B36.19M |
| 10 | Aerospace | Manufacturing facilities; Engine test and ground infrastructure; Fuel and gas fill infrastructure | ASME B36.19M, EN ISO 1127 |
Note: The size standards listed above are reference candidates shown for informational orientation only. They are not used in any engineering calculation and are not published as verified specifications until confirmed by our engineering team.
Contact our engineering team to find out how Technical Pipeline can serve as your equipment partner on your next project.
