Welding Systems, Field Joint Coating Spreads, Facing Machines and Clamps
Front Loaders, Track-Hoes, Forklifts and Rollerboxing Equipment
Portable asset for spoolbase / multi-joints / Pin and Box fabrication suitable for all regions
Capabilities to perform Welding and Coating Qualification Tests in our workshops or on production site if requested by our customer
A Pipeline Technique system – designed and built in house. Both the hardware and software are tailor-made to suit today’s challenges in quality and productivity: an extremely robust system which we have deployed since 2010.
The system has been designed to meet the most demanding pipeline and riser applications. Each element of the system incorporates a number of unique features to increase operational efficiency and reproducibility and to simplify maintenance.
Type: Bug and Band System
Welding Process: TIG, Short Arc GMAW, Pulsed GMAW and GSFCAW.
Bevel angle from 1° and over
Pipe position: Horizontal, Vertical, Inclinated (5G, 1GR, 2G, 6G)
Pipe diameter: from 4” and over
Pipe thickness: 6 mm and over
Pipe material: carbon steel, corrosion resistant alloy (stainless steel, duplex, superduplex and clad).
Wire diameter: from 0.8 mm to 1.2 mm
Welding Procedure qualification tests can be performed in our workshop in USA / Europe or Asia, but also in country in our customer’s sites. Training of local welders can be performed few days before the start of production.
Pipeline Technique owns and operates a number of Spoolbase facilities. Each is totally modular and self-sufficient, and can be deployed around the world. We have successfully utilised this equipment in regions ranging from the UK to Indonesia.
We can now containerise this equipment, ship to anywhere in the world and set up on anything from a greenfield to a fully mature worksite.
Its capabilities have allowed Pipeline Technique to produce over 100 welds in a single shift, along with producing over 50 highly critical SCR welds in a single shift.
Location: globally available
Deployment: can be shipped and erected in a matter of months
Pipeline Technique can perform any kind of Field Joint Coating for Offshore (S-Lay and J-Lay) / Landlines and spoolbases except IMPP coating.
Pipeline Technique has developed the automatic TEGO FJC application system, which is a fully fused tape wrap system which is compatible with both PE and PP coated pipelines.
Automatic TEGO is a 3 layer system and is fully compatible with both 3LPP and 3LPE linepipe coatings, the system has been internally designed in order to supply a high integrity and cost effective alternative to the use of heat shrink sleeves.
For replacement of IMPP for S-Lay operations Pipeline Technique has track record for Hybrid PU solutions as an alternative solutions.
We own and operate modular multi-jointing racks which can be deployed around the world. We have successfully utilised this equipment in markets as far afield as Germany, USA, Indonesia, Oman, Angola and more.
We can now containerise this equipment, ship to anywhere in the world and set up on anything from a greenfield to a fully mature worksite.
Location: globally available
Deployment: can be shipped and erected in a matter of months
We also supply a full range of specialized personnel for all areas of our scopes of work. Our personnel are highly experienced and selected to suit the particular requirements of any given project, we can a full range of disciplines including Project Management , Engineering, Supervision, Automatic Welding Technicians, Field Joint Coating Technicians, Welders.
We have the capability to offer a full service supplying all personnel required to man a firing line onshore or offshore or a landline spread, additionally we can also offer local personnel to projects as required in order to supply the most cost effective manpower solution to projects.
Associated to our automatic welding equipment we propose a fleet of ancillary equipment for all the diameters / thickness of pipelines offshore / Onshore for Carbon Steel and Corrosion Resistance Alloy :
Analysis of the measurement is performed to estimate High Low in a random pipe sequence or with optimisation of pipe alignment.
We’re applying our experience and specialist technical capabilities to support global fabrication and construction projects.
