Design and delivery of turnkey manufacturing plants for the production of fully bonded Thermoplastic Composite Pipes (TCP) and Reinforced Thermoplastic Pipes (RTP) for the oil & gas industry, hydrogen infrastructure, chemical processing, mining, geothermal energy and other demanding industrial applications.

Fully bonded Thermoplastic Composite Pipes (TCP) represent the next generation of high-pressure pipeline systems, combining high specific strength, excellent corrosion resistance, low weight and the ability to supply long continuous pipe lengths on reels. Compared with conventional carbon steel pipelines, TCP systems can significantly reduce installation time and lower total installation costs—by up to 30%, depending on the project.

Each manufacturing plant is engineered to produce pipe systems tailored to the customer's specific requirements. Pipe architecture, material selection and manufacturing technology are optimized for the required pressure rating, temperature range, transported media and long-term design life.

Manufacturing Capabilities

The manufacturing complex can be configured to produce:

• Fully Bonded Thermoplastic Composite Pipes (TCP) for high-pressure applications;

• TCP-DGB (Gas Barrier) with integrated non-metallic gas barrier technology;
• Reinforced Thermoplastic Pipes (RTP) for medium- and high-pressure pipeline systems;

• Custom-engineered composite pipeline systems for the transportation of crude oil, natural gas, associated petroleum gas, produced water, hydrogen, carbon dioxide (CO₂), hydrogen sulfide (H₂S) and chemically aggressive fluids.

Engineering Approach

The design of a TCP manufacturing plant begins not with equipment selection, but with the definition of the target pipe architecture and the required performance characteristics.

The required pipe structure—including diameter, pressure class, reinforcement architecture, liner and matrix materials, service conditions and long-term performance requirements—defines the configuration of the manufacturing plant, the process architecture, the number of wrapping stations, production capacity and the level of process automation.

In other words, we design the manufacturing facility around the product requirements, rather than adapting the product to the limitations of available equipment.

This engineering approach enables optimization of both the technical performance of the pipe and the economic efficiency of the manufacturing facility while providing maximum flexibility for future product development and expansion of the product portfolio.

Turnkey Project Scope

Fartrouven R&D provides comprehensive engineering support throughout the entire project lifecycle, including:

• feasibility studies and technical consulting;

• pipe architecture and product development;
• process design and plant engineering;

• equipment design and supply;

• manufacturing process optimization;

• installation, commissioning and production start-up;

• personnel training and technology transfer;

• technical support during industrial operation.

Each project is developed individually, taking into account the customer's production programme, target markets, applicable international standards and long-term business objectives.

Our Engineering Approach

Fartrouven R&D designs TCP manufacturing plants on the principle that a production facility is not merely a sequence of extrusion lines and wrapping machines, but an integrated system for controlling the thermomechanical processes that govern the formation of the composite pipe structure throughout the entire manufacturing cycle.

By integrating advanced process engineering, automation and manufacturing technologies, we create production facilities capable of delivering consistently high product quality, superior process stability, increased manufacturing efficiency and the flexibility required to develop next-generation thermoplastic composite pipe systems.

.

Single/double/triple layer

UD tape (Unidirectional endless fibre-reinforced tape):

Technical Questionnaire

for Request for Quotation (RFQ): Turnkey Thermoplastic Composite Pipe (TCP) Manufacturing Plant ....

The Composite & Element project is not an ordinary set of equipment for the manufacture of composite pipes and fittings - it is a set of new solutions in the field of technology and production organization.

Innovative technologies have drastically reduced the cost of production and significantly reduced the cost of building a plant.

In fact, this is not a supply of equipment - we offer a ready-made highly profitable turnkey business

COMPOSITE PIPES MLSC

EXCELLENT TECHNICAL PARAMETERS OF MLSC COMPOSITE PIPES

Multilayer composite pipes manufactured using the technology of plasma modification of the surface of the aluminum layer PSA (Plasma surface activation).

Flexible, shape-memory, MLSC (PE-RT/ALap) multilayer composite pipes are welded like polypropylene pipes.

• Delamination resistance increased by 3 times
• Operating pressure over 25 bar
• Service life 100 years
• Thermal expansion like metal
• Absolutely oxygen-tight
• Low cost

VARIETY OF APPLICATIONS

• Versatility and ease of installation
• Water supply systems
• Radiator heating
• Warm floor
• Surface heating and cooling
• Gas supply systems (including for a mixture of hydrogen and natural gas)
• Soil heating of greenhouse complexes
• Pavement temperature stabilization systems

COMPOSITE FITTINGS

MODULAR FITTING SYSTEM

Simple and clear constructor for the installer

The cost of ELEMENT fitting is out of competition

• 30 elements form a combination of 300 fittings
• General welding tool
• The strength of the joints is increased by 7 times
• Low cost
• Do not change the flow area of the pipeline
• Pressure losses are reduced by 1.5-2 times
• Oxygen-tight
• Universal for PE-RT/Al and PE-RT/EVOH

Bore diameters of fittings of various types

Composite & Element project options are available: from an inexpensive solution to creating a large enterprise with a high market share.

We believe that the supply of equipment is only part of the tasks that face when creating a full-fledged production.

Therefore, we help our customers at all stages of the project from design to commissioning.

In the future, we provide technical and technological support for the project at the warranty and post-warranty stages.

EQUIPMENT

Automated Control Systems in the Manufacturing Process of Thermoplastic Composite Pipes More details ...

FARTROUVEN R&D

.

Rua Campo de Futebol, 308 Ruivaqueira 2425-480 Souto da Carpalhosa, Portugal

  www.fartrouven.pt

Portugal +351 244 130 855
CIS countries +7 985 087 40 86

e-mail: geral@fartrouven.pt

© FARTROUVEN R&D PORTUGAL 2012-2026