Demanda
Ref: BRSE20260126030
Caduca: 26/01/2027
Descripción
A Swedish industrial engineering and services provider offers mechanised/remote-controlled welding and weld-overlay technology to refurbish and protect critical pressure equipment in nuclear, energy and process industries. The solution enables corrosion/erosion mitigation and lifetime extension of components (e.g., vessels, reactors, columns, digesters, nozzles and pipes) through on-site execution and transfer of know-how.
Title
Mechanised weld overlay for on-site refurbishment of pressure equipment in nuclear and process industries
Abstract
Based in Sweden, the organisation designs, manufactures and deploys advanced welding systems and executes on-site refurbishment projects for critical industrial assets in high-demand sectors such as nuclear, energy and process industries. It combines engineering, manufacturing and field execution capabilities to deliver tailored solutions for maintenance, repairs and lifetime extension of components and systems.
Many heavy-industry assets suffer from corrosion, erosion and degradation that can lead to reduced wall thickness, increased inspection findings, and unplanned shutdowns. Conventional approaches may require extensive material removal and component replacement, often resulting in long downtime and high costs.
The offered technology is a mechanised weld-overlay (cladding) approach that restores and upgrades degraded base material by applying a corrosion-resistant layer, including in confined geometries such as nozzles and pipes, using remote-controlled equipment. The method is designed for on-site execution to reduce dismantling needs and to support fast turnaround during outages.
echanised and remote-controlled execution supports repeatable quality in demanding environments and in restricted geometries.
Provides an alternative to full replacement by upgrading the component surface for improved corrosion resistance, supporting longer service life and reduced lifecycle cost.
On-site refurbishment can reduce logistics and downtime compared with workshop replacement.
Suitable for high-integrity sectors with stringent qualification needs; experience includes qualification artefacts for non-destructive testing (NDT) and training.
The organisation seeks partners with proven capabilities in high-integrity maintenance and refurbishment of pressure equipment (nuclear, energy and process industries)
Many heavy-industry assets suffer from corrosion, erosion and degradation that can lead to reduced wall thickness, increased inspection findings, and unplanned shutdowns. Conventional approaches may require extensive material removal and component replacement, often resulting in long downtime and high costs.
The offered technology is a mechanised weld-overlay (cladding) approach that restores and upgrades degraded base material by applying a corrosion-resistant layer, including in confined geometries such as nozzles and pipes, using remote-controlled equipment. The method is designed for on-site execution to reduce dismantling needs and to support fast turnaround during outages.
echanised and remote-controlled execution supports repeatable quality in demanding environments and in restricted geometries.
Provides an alternative to full replacement by upgrading the component surface for improved corrosion resistance, supporting longer service life and reduced lifecycle cost.
On-site refurbishment can reduce logistics and downtime compared with workshop replacement.
Suitable for high-integrity sectors with stringent qualification needs; experience includes qualification artefacts for non-destructive testing (NDT) and training.
The organisation seeks partners with proven capabilities in high-integrity maintenance and refurbishment of pressure equipment (nuclear, energy and process industries)